This 3-day Hands-On course covers Today’s Triple / Quad-Play / IPTV networks that deliver Telephony, IPTV and Internet Access over common telecommunication infrastructures and includes Security and Access control. The success of these service networks depend on being designed, installed, managed and troubleshot to provide the highest quality services available. This course provides practical Hands-On experience to deploy, manage and troubleshoot large-scale carrier IPTV networks. Attendees will learn how to ensure the delivery of the required quality of service for successful TV delivery.

With the evolution of color digital television and digital broadcasting systems we have seen the rapid evolution of TV and video over the past 10 years. Direct satellite and digital cable systems now offer both standard definition and High definition TV. Analogue terrestrial TV broadcasting is being replaced entirely with digital and HDTV over terrestrial systems. The natural next step after HDTV will be the introduction of 3D services but the standards and technologies for this is more complex and, until recently, less well developed. With the completion of DVB standards for Mutliview coding (MVC) enhancements this is now set to change and allow 3D services to expand. This Hands-On course will provide a technical overview of the challenges of delivering 3D video services. It will address the visual perception issues as well as the mechanisms of encoding and transporting 3D TV services. The course will then look at the competing systems that already exist as well as the parts of the standardization that have been completed and available, as well as vendor independent standardization. Hands-On exercises will allow students to build 3D Video presentations and experiment with different ways of viewing 3D TV applications and services.

This Hands-On ISDN Basic Rate Interface (BRI) Provisioning and Maintenance course begins by presenting the theory and structure of ISDN BRI services. This includes: ISDN Components, ISDN Connections, Basic Rate Interface versus Primary Rate Interface (PRI), Custom ISDN Versus National/Standard ISDN, ISDN Services and ISDN Features. From this point the course presents the different 5ESS Switch Modules and Peripheral Units that provide ISDN BRI service. The Peripheral Units covered are the Integrated Services Line Unit (ISLU), Integrated Services Line Unit 2 (ISLU2), Access Interface Unit (AIU), Packet Switch Unit (PSU) and Packet Switch Unit 2 (PSU2). From here the course presents the translation Recent Change Views and fields required to provision ISDN BRI services. Next, the course presents ISDN voice and data call flow identifying the Recent Change Views used to perform call processing and control the call routing. This is followed with a lesson presenting 5ESS Switch maintenance messages (Input and Output) used to test and verify ISDN BRI service. This includes examples of the messages and analysis of output messages from the 5ESS Switch. The course presents ISDN Protocol (Q.921 and Q.931) and their Information Elements. The last lesson addresses ISDN BRI Protocol. This includes instruction covering the different layers, messages and elements of ISDN Protocol, how to correctly run a protocol session and how to interpret its results. 5ESS documents are extensively used and referenced through this course. This course also provides: procedures, tables, charts, case work, information on the resolution of 5ESS Switch ISDN BRI service problems and recommendations of what to do next. The objective of ISDN Basic Rate Interface – Provisioning and Maintenance is to train provisioning and maintenance personnel to build and translate ISDN BRI services along with correcting ISDN BRI service problems in a 5ESS Switch.

This Hands-On ISDN Primary Rate Interface – Provisioning and Maintenance course starts with an overview of the 5ESS Switch and Integrated Services Digital Network (ISDN) basics. This brief review includes 5ESS Switch Modules, Peripheral Unit functions and ISDN concepts. This is followed with ISDN Primary Rate Interface (PRI) specifics, such as: Physical Hardware Components, ISDN PRI Connections, Custom versus National ISDN PRI, ISDN PRI Services and ISDN PRI Features. The ISDN Primary Rate Interface Provisioning lesson addresses the 5ESS Recent Change Views used to build an ISDN Primary Interface Group, Trunk Group and Trunk Members. The course also addresses 5ESS hardware, transport facility and channel group provisioning. Next, protocol layers 1 (I.431), 2 (Q.921) and 3 (Q.931) are presented as they pertain to the ISDN Primary Rate Interface. This includes layer 2 connectivity along with layer 3 Information Element definitions. The Call processing lesson presents how Recent Change Views control the origination and termination of calls involving a PRI Trunk Group. The ISDN PRI Automatic Line Evaluation (ALE) and PRI Protocol Monitoring lesson presents Automatic Line Evaluation analysis procedures, input messages to initiate Protocol Monitoring sessions and procedures to analyze ISDN PRI protocol. An ISDN Primary Rate Interface Trunk Maintenance lesson looks at the PRI Trunk Group Members and the trunk member tests available. Each lesson provides: procedures, tables, charts, casework, information on the resolution of 5ESS Switch ISDN PRI service problems and recommendations of “What To Do Next.” Alcatel-Lucent’s 5ESS documentation is used and referenced throughout this course. The objective of ISDN Primary Rate Interface – Provisioning and Maintenance is to train provisioning and maintenance personnel to build / translate, “turn-up” and maintain ISDN Primary Rate Interface circuits in a 5ESS Switch.

This extensive Virtual "Live" Instructor-Led course begins with a general overview of the 5ESS Switch with emphasis placed on the Modules and Unit functions. Next, the Central Office Power configuration and Power Alarm arrangements through the 5ESS display screens are explained. This is followed with a lesson presenting the function and operation of the Administrative Module, its Units, related display screens and commands. The function and operation of the Communication Module 2 (CM2), Communication Module 3 (CM3) and Quad Link Packet Switch Network (QLPS) are presented next. This includes the QLPS, CM2, CM3, display screens and related commands. The Switching Module Processor lesson presents the function and operation of the MCTU, MCTU2, MCTU3, SMPU4 – TSIU4, SMPU5 – TSIU4-2 and SMU6 along with their display screens and commands. The next lesson, Switching Module Peripheral Units, presents function and operation of all the different Peripheral Units that can reside in a Switching Module. This lesson also includes related display screens and commands. The Signaling System 7 lesson is presented next and addresses both the IRN2 and PSU-SS7 versions along with related display screens and commands. The next lesson presents Software Update display screens and procedures as defined in Alcatel-Lucent ’s Routine Operations and Maintenance Procedures document, 235-105-110. The last lesson presents Call Processing through the 5ESS and Related Recent Change Views. Alcatel-Lucent’s 5ESS Dyna Text Switch documentation is referenced throughout this course. This course can be customized to include Control Center (SCC/NOC/NRC etc.) Operational Support System (OSS: NMA, TNM, Netcool, etc.) messages. The objective of 5ESS Operations is to train maintenance personnel to effectively maintain a 5ESS and care for alarms, abnormal conditions and service affecting situations. After completing this course, you will be able to: -5ESS Overview -5ESS Power, Power Procedures, Alarms and 5ESS Equip.Diagnostics -Administrative Module Functions, Circuitry and Terminations -Communication Module 2 & 3 Functions, Circuitry and Terminations -Switching Module Processors Functions, Circuitry and Terminations -Switching Module Peripheral Unit Functions, Circuitry and Terminations -Common Network Interface and Packet Switch Unit System Signaling 7 Functions, Circuitry and Terminations -Software Update / Broadcast Warning Messages (SU/BWM) basic information -Origination Call Processing through the 5ESS Equipment and RCVs -Line Unit (LU) 1, 2 and 3 -Access Interface Unit (AIU, EAIU and XAIU) -Integrated Services Line Unit (ISLU 1 & 2) -Packet Switch Unit (PSU & PSU2) -Integrated Digital Carrier Unit (IDCU) -Digital Carrier Line Unit (DCLU) -Digital Line Trunk Unit (DLTU and DLTU2) -Trunk Unit (TU) -Digital Network Unit – SONET (DNU-S) -Optical Interface Unit (OIU) -Digital Service Units (1, 2 & 3) LDSU & GDSU -And Others

This Hands-On 5ESS Operations for Field and Control Center (NOC, NRC, SCC, CCC, etc.) course begins with a general overview of the 5ESS Switch with emphasis placed on the Modules and Unit functions. Next, the Central Office Power configuration and Power Alarm arrangements through the 5ESS display screens are explained. This is followed with a lesson presenting the function and operation of the Administrative Module, its Units, related display screens and commands. The function and operation of the Communication Module 2 (CM2), Communication Module 3 (CM3) and Quad Link Packet Switch Network (QLPS) are presented next. This includes the QLPS, CM2, CM3, display screens and related commands. The Switching Module Processor lesson presents the function and operation of the MCTU, MCTU2, MCTU3, SMPU4 – TSIU4, SMPU5 – TSIU4-2 and SMU6 along with their display screens and commands. The next lesson, Switching Module Peripheral Units, presents function and operation of all the different Peripheral Units that can reside in a Switching Module. This lesson also includes related display screens and commands. The Signaling System 7 lesson is presented next and addresses both the IRN2 and PSU-SS7 versions along with related display screens and commands. The next lesson presents Software Update display screens and procedures as defined in Alcatel-Lucent ’s Routine Operations and Maintenance Procedures document, 235-105-110. The last lesson presents Call Processing through the 5ESS and Related Recent Change Views. Alcatel-Lucent’s 5ESS Dyna Text Switch documentation is referenced throughout this course. This course can be customized to include Control Center (SCC/NOC/NRC etc.) Operational Support System (OSS: NMA, TNM, Netcool, etc.) messages. The objective of 5ESS Operations is to train maintenance personnel to effectively maintain a 5ESS and care for alarms, abnormal conditions and service affecting situations. After completing this course, you will be able to: -5ESS Overview -5ESS Power, Power Procedures, Alarms and 5ESS Equip.Diagnostics -Administrative Module Functions, Circuitry and Terminations -Communication Module 2 & 3 Functions, Circuitry and Terminations -Switching Module Processors Functions, Circuitry and Terminations -Switching Module Peripheral Unit Functions, Circuitry and Terminations -Common Network Interface and Packet Switch Unit System Signaling 7 Functions, Circuitry and Terminations -Software Update / Broadcast Warning Messages (SU/BWM) basic information -Origination Call Processing through the 5ESS Equipment and RCVs -Line Unit (LU) 1, 2 and 3 -Access Interface Unit (AIU, EAIU and XAIU) -Integrated Services Line Unit (ISLU 1 & 2) -Packet Switch Unit (PSU & PSU2) -Integrated Digital Carrier Unit (IDCU) -Digital Carrier Line Unit (DCLU) -Digital Line Trunk Unit (DLTU and DLTU2) -Trunk Unit (TU) -Digital Network Unit – SONET (DNU-S) -Optical Interface Unit (OIU) -Digital Service Units (1, 2 & 3) LDSU & GDSU -And Others

This course begins with a brief overview of the 5ESS Switch. The 5ESS Analysis tools are presented next and include the 5ESS Plant 24 report, deciphering Output Messages, Output Message Routing, 5ESS Log Files and Operational Support System (OSS) filter procedures. The Analysis presented in this course consists of: Post Initialization Analysis, Remote Switching Module Stand Alone Analysis, Single Process Purge (SPP) Analysis, Return To Point Of Interrupt (RPI) Analysis, Communication Module TMS Post Mortem and Asynchronous Failure Analysis, Audit Analysis, Assert Analysis, Transport Facility Performance Monitoring Analysis, Machine Detected Interoffice Irregularities (MDII) Analysis, Cutoff Call Analysis and Peripheral Error Analysis. Each lesson provides procedures, tables, charts and a “What To Do Next” discussion. These lessons also identify 5ESS Switch documentation that can be used for further analysis.

This extensive Hands-On 5ESS Switch Recent Change, Translations and Routing course starts by presenting a brief overview of the 5ESS Switch structure and basic Recent Change navigation. This is followed with lessons on Intra-Office Call flow and Inter-Office Call Flow. These lessons include Call Processing Flow Charts based on the supporting Recent Change Views. Next, the course addresses Inter Exchange Carrier and Intra Exchange Carrier Call Flow. These lessons include 5ESS Forms and Recent Change Views supporting Feature Group B and D “Equal Access” translations. This is followed with a lesson addressing the translations for Direct Inward Dial trunking arrangements to Private Branch Exchanges (PBXs) and Internet Providers. Included in this course is lesson material addressing Local Number Portability (LNP) and the Recent Change Views that support LNP. The last part of this course presents the Recent Change Views involved with the Charging and Billing of calls, including an AMA Trace example. All these lessons reference Alcatel-Lucent’s DynaText 5ESS Switch documentation.

This Hands-On course, 5ESS TLWS and Testability, presents metallic (POTS) line testing, Digital ISDN (DSL) testing and basic Message Trunk testing via 5ESS Trunk and Line Work Station (TLWS), Supplementary Trunk and Line Work Station (STLWS) and through 5ESS Input Messages. The 5ESS TLWS and Testability course begins by presenting electronic theory and how it pertains to telecommunications. This includes basic transmission characteristics and the “local loop.” The next lesson addresses the 5ESS circuitry and units that are used to perform and request tests via the TLWS, STLWS or through Input Messages. This lesson also includes translations that can impact the operation of the test circuitry. The main point of this course is the TLWS and STLWS Screens and Commands lesson. This is divided into two lessons that address all the TLWS / STLWS screens and their abilities. The first TLWS / STLWS lesson addresses customer Line Testing and the second lesson addresses Trunk Testing. This is followed with a lesson addressing Remote Testing procedures encompassing the Pair Gain Test Controller (PGTC) and Test Bus Control Unit (TBCU). The last lesson presents 5ESS Input and Output Messages that can be used to request different tests. 5ESS documents are extensively used and referenced through this course.

This course teaches installation and troubleshooting technicians the key elements needed for installing, testing, validating and troubleshooting WiFi equipment used inside and outside building for public and private hotspot services. The course introduces the elementary principles of radio used in WiFi services. It teaches how to survey the location in order to position access points in the appropriate location and how to avoid contention with other 802.11 services. Students are taught how to select the appropriate antenna type for the selected location and position plant inside and outside as required. The correct safety procedures and service configuration options will be learned in this course. Students will undertake practical exercises to install devices, undertake the appropriate configuration, measure signal strength, loss, Signal to Noise ratio and survey a site.

This Hands-On course provides students with the knowledge and skills to implement, monitor, and maintain Windows Server 2008 servers.

Get Hands-On instruction and practice administering Windows Server 2012, including Windows Server 2012 R2, in this 5-day Microsoft Official Course. This course is part two in a series of three courses that provides the skills and knowledge necessary to implement a core Windows Server 2012 infrastructure in an existing enterprise environment. This course maps directly to and is the preferred choice for Hands-On preparation for Microsoft Certified Solutions Associate (MCSA): Exam 411: Administering Windows Server 2012, which is the second of three exams required for MCSA: Windows Server 2012 credential. Labs in this course are based on Windows Server 2012 R2 and Windows 8.1.

In this Hands-On 3-day course, gives a deeper understanding of internetworking and routed network protocols. The focus of the course is the design,

In a competitive environment, the proper technology decisions can catapult corporations over their competitors, erasing barriers to entry and redra

The Advanced Hands-On course is an expansion of the Residential Wi-Fi Best Practices course, and includes comprehensive coverage of past, current and emerging wireless technologies. It includes an in-depth look at Radio Frequency (RF) propagation and Wireless LANs. The course is designed for those who want a better understanding of Wi-Fi networks, including those seeking certification, or who need to find and mitigate challenging wireless problems. The course covers various aspects of a WLAN design, such as access point placement, multi-node mesh networks, wired and wireless links, and system testing. The latest Wi-Fi Alliance and IEEE 802.11ax standards are discussed, as well as security options including WPA3 and covers the business and enterprise WLAN installation and troubleshooting. Our instructors have actual field experience and have faced the same obstacles as your team. Our “Real World Experience” allows us to provide the participants with the answers and the skills to overcome their daily challenges.

For around a hundred years, single antennas have been used, dipoles, etc. for wireless communications in the last ten years, however, this has all changed and multiple antenna system. Different types of diversity, beamforming, array antennas and MIMO have all emerged onto the wireless scene. They offer better cell capacity, more user throughput, larger cells: too many good things to be true, it seems. However, actual deployments have shown the immense value of current MIMO technology and the potential for the next few years. Technologies such as IEEE 802.11n, Mobile WiMAX, HSPA and LTE are all dependent on their antenna systems for their performance. The newest and therefore most advanced usage is for LTE so some time will be spent on antennas for that technology and its predecessor, HSPA. This unique course starts with a refresher on antenna basics before looking at diversity in all its forms and then diversity, MIMO, beamforming and array antennas.

The ArcSight Logger Administration and Operation course provides you with comprehensive training to quickly configure your Logger and bring it into an operational state. Learning content is specifically intended for team members of security operations, network operations, auditing and compliance. This course includes Hands-On Labs on common functionality and procedures to tailor and maintain the ArcSight Logger appliance. It also include exercises to take advantage of built-in product content to fulfill event search and reporting demands in enterprise log management environments.

Learn how ATM works within existing and next generation networks in this introductory ATM course, which will prepare you for more in-depth exploration of ATM's benefits and valuable solutions.

Voice, data, and video traffic over ATM networks creates tremendous cost efficiencies. If not properly configured and tested, however, the implementation can represent numerous headaches for network engineers and managers. Learn to establish a structured and logical approach to troubleshooting and managing today's ATM networks using network management and troubleshooting tools from industry-leading vendors.

This Hands-On course covers the key concepts of Avaya Aura Messaging administration, maintenance, and troubleshooting. The main focus is on basic administration, maintenance, and troubleshooting tasks for the latest Avaya Aura Messaging including: Solution features, components, architecture, and topologies Setting up flexible storage with the additions of using Exchange Store or VMware Zimbra store Adding a mail gateway utilizing native and fax server options Performing standard administrative tasks for Avaya Aura Messaging Post-installation administrative tasks Class of Server features and how to manage COS Managing subscriber accounts Administering system features Managing user preferences and user features Managing unified messaging Updating software and add, modify, or remove sites Integration capabilities with Avaya CS1000 support through Session Manager Administering third-party products, such as AudioCodes gateways and fax servers Downloading service packs and optional languages Interpreting logs and reports in troubleshooting And more...

This extensive Hands-On course covers Avaya Aura® Messaging and to implement it. Avaya Aura Messaging is the latest to Avaya's messaging portfolio. You will learn about hardware and architecture, some of the administrative tasks, preparing Microsoft exchange store, and to backup and restore the systems and much more...

Course description coming soon...

Course description coming soon...

This extensive course will give students the skills and the knowledge needed to administer voice terminals and system features on AVAYA Communications Manager basic and advanced systems covering S8800/ S8700 / S8500/ S8300. Administration exercises are done using AVAYA Site Administration (ASA) and System Manager (ASM) software. Also multiple phones will be covered as well as practical day-to-day administration and maintenance. This course will also prepare students to take the Avaya Certified Expert exam.

This Hands-On course will provide attendees the practical skills and the knowledge needed to maintain and troubleshoot voice terminals and Advanced system features on AVAYA Communications Manager 6.2. Hands on Administration Exercises are done using Avaya Site Administration (ASA) and System Manager (SMGR) software. This will give attendees the practical day-to-day skill-sets for the Avaya CM 6.2.

This Hands-On course is geared for System Administrators and Technicians with little or no previous Avaya Telecom experience, with responsibility for programming, maintaining and troubleshooting Avaya CM 6.2. This course will cover in-depth set-up, programming, administration, maintenance and troubleshooting. Students will also gain skills and the knowledge needed to administer voice terminals and system features on AVAYA Communications Manager S8800/S8700 /S8500/S8300 LSP’s and Gateways. Hands on Administration Exercises are done using Avaya Site Administration (ASA) and System Manager (SMGR) software. Course Objectives: -Describing system components (hardware and software) -Interpreting system forms including: Call Center BCMS Basic forms and Reports, Coverage Paths, Coverage Groups, Abbreviated Dial, Pick-up groups, Hunt Groups, Paging Groups ,Intercom groups, Stations, Route Patterns and ARS. -Administering voice terminals and adjuncts – (phones) Moving, adding, deleting, changing phones -Understanding voice terminal features (there are over 100) -Administering trunk features and class of restriction COR -Administering ARS analysis (call routing) -Administering and installing T-1’s especially ISDN-pri. -Using system management features and setting system wide parameters -Retrieving and interpreting traffic data analysis reports -Applying attendant console features -Trouble Shooting user and equipment problems -Understanding VOIP phones and features -Using Troubleshooting commands -Backups -Understanding and clearing alarms -Sending alarms to e-mail -Status, Clear, Disable, Enable, Reset and Trace - Commands -IP phones installation and troubleshooting -Firmware Downloads for IP phones -Logging in and changing security codes on IP phones -Reset and Reboot IP phones -Understanding C-Lan (Control Lan) cards and IP phone registration -View IP Settings and Current Firmware -Understanding System Parameter Settings that affect IP phones -Retrieving and interpreting traffic data analysis reports -Determine trunk requirements And more...

This Hands-On course covers how to implement Centrex features in the CS 1500 and will include both configuring the CS 1500 for TDM lines and VoIP lines, as well as setting up telephones. The Hands-On activities include configuring VoIP phones and making test calls to verify that translations data fill and telephone configurations are correct.

This Hands-On course will cover basic equipment components. We will cover system setup from “out of the box” to rack mounting the system at the customer premise. We will cover installing phones and performing firmware upgrades on the phones. The second part of this course will focus on maintenance and troubleshooting post installation.

Today, Modern Industrial Plants, Power and Electric Companies and all Network and Telecommunication companies contain a great deal of electrical equipment that needs to be understood, maintained and repaired. To perform electrical maintenance tasks correctly and efficiently, electricians and electrical maintenance personnel must have: 1. A basic understanding of the fundamentals of electrical theory; 2. A specific knowledge of the way electrical devices and equipment operate; 3. A practical hands-on experience. Basic Electricity reviews the fundamental principles of electrical theory as applied to electrical circuits and devices used in our common utilities such as transformers, inductors, and capacitors. The general topics covered in this unit include the nature of electricity; basic electrical quantities and their units of measurement; electrical circuits; electromagnetism and devices used i.e. Safe practices, Voltmeters, Cable Types, basic soldering, and more...

This Hands-On course covers an introduction to the Internet, its components and High Speed Internet services. Attendees will gain a tremendous Hands-On experience on the set-up and configuration of LANs (Local Area Networks) & Networking Technologies. Students will learn routing procedures of the internet and an overview of internet protocols. The course also provides Hands-On labs to install routers, modems and associated software and hardware to access the Internet and Intranet. The training also includes configuring the networks for wireless access and the installing of wireless adapters and much more...

Considerable concern has resulted from reports that Google, and what has been reported as more than 20 other companies, have fallen under hacking attacks thought to emanate from China. There is nothing special about news of hacking. What has changed is the recent realization that it is likely that the latest breed of hacker is no longer an individual amateur wanting to prove their individual skill as a challenge, but may well be serious government funded professional group. It is thought that attacks have been perpetrated on commercial, banking and defense corporations as well as high profile Internet businesses like Google and Yahoo. With potential in the future from terror groups as well, detecting attempted intrusions attacks early and effectively is critical, not just to protect human rights, as was thought to be the motivation for the Google attacks but also to protect major commercial Interests and national security. Detecting potential attacks and being aware of likely threats is important to all organizations. It is no longer just security experts that need security skills, but it should be within the knowledge base of all technical professionals. This course provides an understanding of the jargon that surrounds this field. It analyzes the different classes of attack that have been identified and examines some of the methods that have been employed by hackers. Having established the form of the threats it teaches how to detect and recognize these threats without crippling the networks being defended. It then goes on to establishing countermeasures and good practice to minimize or remove the threats. Students learn the inner workings of the "real" TCP/IP protocols from intrusion detection points of view. In addition to studying the normal or expected TCP/IP conventions and behavior the course examines malicious or unexpected patterns that may be seen in the wild. This provides participants a more accurate view of real world situations that they would encounter and prepares them to determine what is going on in the actual network traffic. WireShark is used to produce an audit trail of traffic flowing in and out of the network and allows packet content to be analyzed for abnormalities. Students learn how to recognize the warnings and alerts produced by intrusion detection systems and determine the source of problem as well as capturing pertinent activities afterwards. Hands-On exercises on analysis tools are used to achieve this. The course finally goes on to examine how Intrusion Detection Systems can be deployed to automate detection and potentially undertake countermeasures to protect.

As WiFi technology improves and its popularity expands, the number of WiFi connected devices within the residence is increasing exponentially— computers, tablets, phones, televisions, smart appliances, and so on. The growth in wireless devices coupled with faster broadband connections to the home has contributed to an increase in end-users’ wireless quality of experience (QoE) expectations. Customers want to consume wireless content on the device they want, where they want, when they want, and they want a high-quality, trouble-free experience while doing so. As a whole, this creates significant challenges for companies today including: -Residential set-up, configuration and troubleshooting -Significant increases in WiFi-related help desk calls -Difficulty segmenting, identifying, and resolving wireless performance issues -High numbers of repeat service calls -Customer turn-over due to poor wireless QoE -And much more...

This Hands-On course on BGP Routing (Border Gateway Protocol), from the basics of how it works through to advanced issues such as route reflectors, policy, filtering, route selection and routing registries. This course covers BGP routing in depth, from basics to important issues such as graded dampening and filtering. Practical Hands-On labs configurations are also incorporated to your specific equipment and configurations. This course is a must for anyone looking for Practical knowledge and experience with BGP routing. This course is not geared to any specific exam, pre-study and or testing questions. This course just sets focus on today's support and use of BGP Routing.

Our 2-day Hands-On Electrical Grounding and Bonding course highlights one of the most important but least understood articles in the National Electric Code - Grounding and Bonding. Simply put, proper grounding and bonding protects your employees from electric shock and your plant and equipment from heat and fire by limiting the voltage imposed by lightning, line surges, or unintentional contact with higher-voltage lines as well as a ground-fault (phase-to-ground fault). Article 250 of the National Electric Code identifies grounding and bonding system installation methods. A properly installed grounding or bonding system for shielding, EMI, static and lightning protection can help prevent cable failures, equipment damage and power quality problems. These systems are also important for personnel protection and compliance with OSHA 1910.301-.308, and .331-.335. This course takes a deep dive into this topic and is aimed at reducing those risks. Additionally, proper grounding of equipment will also help answer any power quality issues you may be experiencing and prepare your technicians how to insure that the proper procedures and practices and followed but most importantly understood! BTS can also incorporate your specific equipment into this training to make it more impactful for your employees.

The 3 day Hands-On course is split into Three sections, Bridges, Routers and Switches. Upon completing this course, students will construct bridge,

This Hands-On course offers the Hotel, Resort, Campus, Hospital and Building Industry the ability to become fully versed in all data cabling and audio visual design and installation including CAT 5e, CAT6, coax cabling & fiber optics installations and repair for a wide range of audio visual systems for hospitality-hotel-casino-hospital-campus network applications. Electronic and Audio Visual Systems are also becoming more and more sophisticated in today's age of smart homes and wireless networking systems. Electronic and Audio Visual Technicians design, coordinate and implement complex systems to allow users to get the most out of their systems and other modern electronic equipment. We train your technicians to understand and support your data and telecommunication networks including fiber, Cat 5-6, and Coax and the basic to complex design and wiring of today's complex audio visual systems. Our Subject Matter Experts have the real-World experience and the training experience that will give your staff the practical Hands-On techniques and practical applications needed to support your communications network by teaching the latest data cabling, fiber optic, coax, and audio visual system technologies. This course will cover design, installation, troubleshooting, repair and certify your technicians on data cabling, coax, fiber optic cabling, audio visual systems in campuses, casinos, resorts, convention centers, hotels & motels, hospitals and all premise facilities. -Structured Cabling Standards and Practices -Key Definitions -Create designs, concepts, and sample layouts based on knowledge of layout principles and aesthetic design concepts. -Read blue prints and create new floor plans. -Confer with clients to discuss and determine layout design. -Research products recommended in the proposal for compatibility. -Review final layouts and suggest improvements as needed. -Provide and verify product dimensions to ensure proper fit and finish. -Program Remote Control Systems based on the project schematics. -Prepare wiring schematics, floor plans, and product specific proposals for technicians to complete project installation in the field. -Create systems for the end-user that are robust and easy to use. -Install systems to meet and exceed all of the expectations set in the client meetings. -Fiber Optics, Copper, Coax & Wireless for Voice, Data & Video -UTP Install Do’s and Don’ts -CAT 5/6 Installation, Troubleshooting and Repair -Coax Installation, Troubleshooting and Repair -Fiber Optics Installation, Troubleshooting and Repair -Audio Components and Cabling, Installation and Troubleshooting -Visual Components, Cabling, Installation and Troubleshooting -FAQs – Frequently Asked Questions

This Hands-On Cable IPTV Installation and Service for Telecommunications course covers the knowledge needed to install and troubleshoot video services. This course will provide a comprehensive overview of IPTV, a working knowledge of the system from the signal sources to the customer premises equipment, while teaching the requirements for an installer. The why as well as the how to perform installer functions are taught throughout this course, providing the student a Hands-On proper installation as well as basic troubleshooting techniques. The student will also learn the processes and procedures surrounding digital signal tests and measurements, troubleshooting, interference resolution, in the home network mapping as well as service restoration related to industry-wide standards and practices.

This beginner level course is designed for personnel responsible for installing, programming and/or troubleshooting BCM CallPilot or Norstar CallPilot 100/150 voice mail systems. For employees with intermediate or advanced level product knowledge, this course may be used as a refresher to learn about features added in the most recent software versions. Prior to the class, students will be allowed to choose which CallPilot hardware platform and documentation they prefer to use during the training. The assessment test offered at the end of the course does not grant certification. Avaya/Nortel does not offer certification on Norstar products. Avaya/Nortel does not offer certification on BCM CallPilot independently.

This course provides a detailed scope of modern mobile and cellular network technologies used for second generation, 2G+, 3G and 4G networks. It provides an understanding of the structure and implementation of network technologies and demonstrates how networks are sized, planned and built.

This extensive Virtual "Live" Instructor-Led course recognizes that installers and or contractors often have a difficult time getting certified and getting the Hands-On experience needed to do the job. To many courses are focused toward test and exam questions, rather then the understanding and Hands-On Skill-Set to do the job inline with today's standards and competencies. Our Certification Course to become an CAT -6A (5-6-7) Certified Technician is designed to get attendees up to speed quickly on industry standards, provide proper installation, knowledge and get Hands-On training that covers the latest standards, tools, including Wire Mapping and techniques used today's cable installations, and give them the ability to represent themselves as "CAT -6A (5-6-7) certified Installer." BTS's Certification Course to become an BTS Certified Technician, a concise, well-structured course. It is taught by SME certified structured cable specialists with over 25 years of industry experience that includes network installations/upgrades for Telephone Companies, Power & Energy Companies, United States Federal & State Governments, School Districts, and major U.S. Corporations. Our SMEs have the field experience to find the answers to real live scenarios, providing students with a Real World Experience. Attendees each get a Certification Certificate, and I.D. Card Benefits: -Maximize system performance and reliability by learning today's installation techniques. -Be aware of current industry standards, and become a trusted resource for your customer. -Gain customer confidence by ensuring the integrity of their installations. -Hold a Certification Installer Card that represents your Certification. -BTS Certificate and I.D. card remains on electronic record and can be confirmed and reissued at any time. -This Certification is Nationally and Internationally Recognized. NOTE: At the end of this course all attendees will be taking a written exam and a Hands-On Skills exam to complete their certification.

This Hands-On CCENT preparation course is the NEW delivery method to help students pass their 1st exam toward multi-level certifications, the ICND1 is the first part in the two-part updated Cisco ICND curriculum. This course is part of the following Certifications Cisco Certified Entry Networking Technician (CCENT) Cisco Certified Network Associate (CCNA) Cisco Certified Network Professional (CCNP) CCIE Voice (CCIEV Voice) CCIE Security (CCIES Security) ICND1 training course is your starting point for Cisco certifications, preparing you for Exam 640-822 ICND1 and CCENT certification. This course will focus on providing the skills and knowledge necessary to install, operate, and troubleshoot a small branch office Enterprise network, including configuring a switch, a router, and connecting to a WAN and implementing network security. A Student should be able to complete configuration and implementation of a small branch office network under supervision.

This powerful Hands-On CCNA Training course is targeted for those who are pursuing an IT or Cisco Certification and meets all the requirements for the Cisco CCNA Certification exam. BTS provides a very practical Hands-On delivery method which gives students confidence to implement what they have been taught to prepare for their CCNA exam.

The Implementing and Administering Cisco Solutions(CCNA) v1.0 course gives you a broad range of fundamental knowledge for all IT careers. Through a combination of lecture, hands-on labs, and self-study, you will learn how to install, operate, configure, and verify basic IPv4 and IPv6 networks. The course covers configuring network components such as switches, routers, and wireless LAN controllers; managing network devices; and identifying basic security threats. The course also gives you a foundation in network programmability, automation, and software-defined networking.This course helps you prepare to take the 200-301 Cisco® Certified Network Associate(CCNA®) exam. By passing this one exam, you earn CCNA certification.

The CCNA Routing and Switching Boot Camp is an accelerated course that merges content from ICND1 and ICND2. Learn how to install, operate, configure, and troubleshoot basic IPv4 and IPv6 networks. The Cisco Certified Network Associate (CCNA) Routing and Switching composite Exam (200-125) is an assessment that is associated with the CCNA Routing and Switching certification. This exam tests a candidate's knowledge and skills related to network fundamentals, LAN switching technologies, IPv4 and IPv6 routing technologies, WAN technologies, infrastructure services, infrastructure security, and infrastructure management.

This Hands-On course will cover the design, implementation, and monitoring of a comprehensive security policy, using Cisco IOS security features and technologies as examples. You will also learn about security controls of Cisco IOS devices as well as a functional introduction to the Cisco ASA adaptive security appliance. Using instructor-led Hands-On lab exercises, this course allows you to perform basic tasks to secure a small branch office network using Cisco IOS security features, which are available through web-based GUIs (Cisco Configuration Professional) and the CLI on Cisco routers, switches, and Cisco ASA appliances and much more...

Revised CCNP Curriculum and Exams: Cisco has redesigned the CCNP courses and exams to reflect the evolving job tasks of global network professionals. 

Course 1: ROUTE v1.0 – Implementing Cisco IP Routing – is a five-day instructor-led course in which network professionals learn to plan, configure, and verify the implementation of complex enterprise LAN and WAN routing solutions, using a range of routing protocols. ROUTE v1.0 also covers configuration of secure routing solutions to support branch offices and mobile workers. The course includes more than seven hours of e-learning lessons and demos that students can absorb at their own pace. Course 2: SWITCH v1.0 – Implementing Cisco IP Switched Networks – is a five-day instructor-led course in which network professionals will learn to plan, configure, and verify the implementation of complex enterprise switching solutions, using Cisco Enterprise Campus Architecture. SWITCH v1.0 also covers secure integration of VLANs, WLANs, voice, and video into campus networks. Course 3: TSHOOT v1.0 – Troubleshooting and Maintaining Cisco IP Networks – is a five-day instructor-led course in which network professionals learn to (1) plan and perform regular maintenance on complex enterprise routed and switched networks, and (2) use technology-based practices and a systematic ITIL-compliant approach to perform network troubleshooting. Extensive labs provide hands-on learning and reinforce troubleshooting skills. The course includes more than nine hours of e-learning lessons and demos that students can absorb at their own pace.Learn the advanced routing skills you need to provide scalability for Cisco routers that are connected to LANs and WANs as part of a medium-to-large network site. You will learn how to dramatically increase the number of routers and sites using EIGRP and OSPF techniques, instead of redesigning the network when additional sites or configurations are added. This Course 1: ROUTE v1.0 – Implementing Cisco IP Routing course provides Hands-On labs to ensure that you thoroughly understand each technique and includes a CD with supplemental information to help your prepare for the ROUTE exam (642-902) and many study aides and materials.

Revised CCNP Curriculum and Exams Cisco has redesigned the CCNP courses and exams to reflect the evolving job tasks of global network professionals. Course 1 ROUTE v1.0 Implementing Cisco IP Routing is a five-day instructor-led course in which network professionals learn to plan, configure, and verify the implementation of complex enterprise LAN and WAN routing solutions, using a range of routing protocols. ROUTE v1.0 also covers configuration of secure routing solutions to support branch offices and mobile workers. The course includes more than seven hours of e-learning lessons and demos that students can absorb at their own pace. Course 2 SWITCH v1.0 Implementing Cisco IP Switched Networks is a five-day instructor-led course in which network professionals will learn to plan, configure, and verify the implementation of complex enterprise switching solutions, using Cisco Enterprise Campus Architecture. SWITCH v1.0 also covers secure integration of VLANs, WLANs, voice, and video into campus networks. Course 3 TSHOOT v1.0 Troubleshooting and Maintaining Cisco IP Networks is a five-day instructor-led course in which network professionals learn to (1) plan and perform regular maintenance on complex enterprise routed and switched networks, and (2) use technology-based practices and a systematic ITIL-compliant approach to perform network troubleshooting. Extensive labs provide hands-on learning and reinforce troubleshooting skills. The course includes more than nine hours of e-learning lessons and demos that students can absorb at their own pace.Learn the advanced routing skills you need to provide scalability for Cisco routers that are connected to LANs and WANs as part of a medium-to-large network site. You will learn how to dramatically increase the number of routers and sites using EIGRP and OSPF techniques, instead of redesigning the network when additional sites or configurations are added. This Course 2 SWITCH v1.0 Implementing Cisco IP Switched Networks includes extensive hands-on labs to help you learn to plan, configure, and verify the implementation of complex enterprise switching solutions for campus environments using the Cisco Enterprise Campus Architecture. In order to gain a firm understanding of how to manage switches in an enterprise campus environment, you'll cover: VLANs and WLANs, Spanning tree, Inter-VLAN routing Security features and many study aides and materials to pass your exam.

Revised CCNP Curriculum and Exams Cisco has redesigned the CCNP courses and exams to reflect the evolving job tasks of global network professionals. Course 1 ROUTE v1.0 Implementing Cisco IP Routing is a five-day instructor-led course in which network professionals learn to plan, configure, and verify the implementation of complex enterprise LAN and WAN routing solutions, using a range of routing protocols. ROUTE v1.0 also covers configuration of secure routing solutions to support branch offices and mobile workers. The course includes more than seven hours of e-learning lessons and demos that students can absorb at their own pace. Course 2 SWITCH v1.0 Implementing Cisco IP Switched Networks is a five-day instructor-led course in which network professionals will learn to plan, configure, and verify the implementation of complex enterprise switching solutions, using Cisco Enterprise Campus Architecture. SWITCH v1.0 also covers secure integration of VLANs, WLANs, voice, and video into campus networks. Course 3 TSHOOT v1.0 Troubleshooting and Maintaining Cisco IP Networks is a five-day instructor-led course in which network professionals learn to (1) plan and perform regular maintenance on complex enterprise routed and switched networks, and (2) use technology-based practices and a systematic ITIL-compliant approach to perform network troubleshooting. Extensive labs provide hands-on learning and reinforce troubleshooting skills. The course includes more than nine hours of e-learning lessons and demos that students can absorb at their own pace.Learn the advanced routing skills you need to provide scalability for Cisco routers that are connected to LANs and WANs as part of a medium-to-large network site. You will learn how to dramatically increase the number of routers and sites using EIGRP and OSPF techniques, instead of redesigning the network when additional sites or configurations are added. This Course 3 TSHOOT - Troubleshooting and Maintaining Cisco IP Networks prepares you for the Cisco TSHOOT exam (#642-832), you will gain the skills needed to maintain your complex network environments and diagnose and resolve network problems quickly and effectively. You will learn to troubleshoot and maintain particular technologies, and you will learn procedural and organizational aspects of the troubleshooting and maintenance processes. You will practice skills and reinforce concepts by putting them to use in a controlled environment. In fact, you'll spend half the course performing hands-on work with trouble tickets. By the end of the course, you will have developed a set of tools and best practices that you can take back to your organization. and many study aides and materials to pass your exam.

This Hands-On CCNT BootCamp is designed to include all six CCNT courses (Basic Telecommunications, Data Communications, Computer Telephone Integration (CTI), Local Area Networks (LANs), Broadband Technologies, Voice over IP (VoIP) Essentials) into a exam focused training that will give students a broad, knowledge-based introduction to core terms, concepts and skills in convergence technologies. To obtain this industry-valued credential, an individual must pass six competency tests in the following disciplines listed below:

Gain core knowledge and experience in cloud security architecture, design, operations, and service orchestration in this best-of-breed CCSP exam prep course. This course is the most comprehensive review of cloud security concepts and industry best practices covering the six domains of the CCSP Common Body of Knowledge (CBK). You will gain knowledge in identifying the types of controls necessary to administer various levels of confidentiality, integrity, and availability, with regard to securing data in the cloud. You will identify the virtual and physical components of the cloud infrastructure with regard to risk management analysis, including tools and techniques necessary for maintaining a secure cloud infrastructure. You will gain an understanding in cloud software assurance and validation, utilizing secure software, and the controls necessary for developing secure cloud environments. You will identify privacy issues and audit processes utilized within a cloud environment, including auditing controls, assurance issues, and the specific reporting attributes.

Distribution frames within a typical Central Office are simple in principle, but the multitude of frame types, block designs, and different switching hardware can create real challenges to the technicians who are responsible for fulfilling orders. Telco-dependent order processing systems also present a learning curve. Errors and misinterpretation can lead to systemic issues that can be both time consuming and costly to correct, and cause confusion until they are corrected. The Central Office POTS/DSL/Span Frame Wiring Course has been designed to help telco techs with relatively little experience to understand how to wire different frame types and different cross-connect circuits correctly, the first time. Various circuit types include POTS, xDSL, tie-circuits, alarms, and any other type of blocks in use by the telco. Vertical (cable pair) and horizontal (OE/line equipment) sides are shown, with multiple exercises for block and circuit locating. Different frame types (COSMIC, MDF/CDF, Protector, ICDF, Fiber) and the connection types (punch-down, solder, fiber) are explained. A brief overview on central office equipment is also provided, to help students understand all the parts of the telephone network (i.e. what is a DACS, switch, add/drop multiplexer, channel bank, loop extender, cable vault, etc.) Digital Cross-Connect (DSX) circuit wiring is also discussed, with exercises on IN, OUT, and MON, DS1, DS3, span patching, plus the different types of DSX panels available, and common plug types (Bantam 309, 310). Tip, ring, T1R1, and E&M are explained, along with the standard telco wiring color code. Fiber optic types, safety, and good practices are also discussed. The Frame Order Management System (FOMS) and Work & Force Administration Dispatch In (WFADI) are also demonstrated, with multiple exercises to help build familiarity and confidence.

This Ciena 6500 Maintenance and Maintenance Course is designed to provide any student with a solid understanding of the 6500-series platform and its many features and options. The role of a 6500 network shelf within a modern switching & transport network is explored, with discussions on theory, maintenance, provisioning, and troubleshooting. The hardware design of the system and its versions (standard ONT/WDM, Packet-Optical PTS, RLS, D, S and T-Series) are explained, along with optional port configurations, including various protocols and line speeds supported like SONET/SDH, Ethernet, DS3/E3, etc. and 10G-800G muxponders. Key concepts of optical switching and re-configurable add/drop multiplexers (ROADM) are explained, plus QoS, waveshaping and policing concepts are introduced. Transaction Language 1 (TL1), Site Manager GUI, and other input-output options are shown. Common maintenance functions like checking system health, air filters, and backups are discussed, along with tier-1 card-level repair. SFP/XFP use and Laser safety is included, along with fiber optic best-practices. Ciena-unique technology like WaveLogic™ and various Flexible service modules are also presented, including the latest 800Gbps interfaces. Universal concepts like fiber types, ferrule polish (PC, UPC & APC), optical transceivers, SMF/MMF, and connector types are also explained. Symptom investigation and troubleshooting is demonstrated using previous trouble examples, and through actual troubles which may exist in the network. Common fault types and best practices are also presented, to help prevent troubles from occurring in the first place. In addition to supporting independent problem-solving skills, the course helps provide an excellent background for NOC and TAC interaction. Our non-intrusive exercises equip the student to conduct day-to-day maintenance activities and show how to perform troubleshooting procedures, including aspects of problem isolation, cabling and port/card provisioning, which helps prepare students for higher-tier support interaction. The course is flexible, allowing the most important content for a particular group of students to be emphasized, and to allow for emphasis on the particular 6500 platform(s) in use.

This Hands-On Implementing Cisco Unified Communications Manager, Part 1 (CIPT1) v9.0 course prepares you for implementing a Cisco Unified Communications Manager solution at a single-site environment. This course focuses primarily on Cisco Unified Communications Manager Version 9.0, which is the call routing and signaling component for the Cisco Unified Communications solution. You will perform post-installation tasks, configure Cisco Unified Communications Manager, implement Media Gateway Control Protocol (MGCP) and H.323 gateways, and build dial plans to place on-net and off-net phone calls. You will also implement media resources, Cisco IP Phone Services, Cisco Unified Communications Manager native presence, and Cisco Unified Mobility. Focusing primarily on CUCM v8.x and 9.x, you will learn basic administrative tasks, such as configuring users and associating them with phones, as well as more advanced topics, such as unified mobility, Media Gateway Control Protocol (MGCP), H.323 gateways, media resources and more... Familiarity with the role that CUCM ( Cisco Unified Communications Manager) plays in a converged network from a system, software, and hardware perspective is necessary to successfully install and configure CUCM. It is important that the Cisco Unified Communications network provides a high availability at or above what a traditional voice network provides. It is vital to understand the deployment and redundancy options of CUCM and to follow the recommended design and deployment practices. Our training course for CIPT1 introduces the CUCM solution and describes the role, architecture, characteristics, hardware and software requirements, and the licensing model of CUCM. The available deployment models for using CUCM in a Cisco Unified Communications solution is also explored.

Thia Hands-On course Implementing Cisco Unified Communications Manager, Part 2 (CIPT2) v9.0 prepares you for implementing Cisco Unified Communications solution in a multisite environment. It covers globalized call routing, Cisco Service Advertisement Framework (SAF) and Call Control Discovery (CCD), tail-end hop-off (TEHO), Cisco Unified Survivable Remote Site Telephony (SRST), and mobility features such as Device Mobility and Cisco Extension Mobility. You will apply a dial plan for a multisite environment including TEHO, configure survivability for remote sites during WAN failure, and implement solutions to reduce bandwidth requirements in the IP WAN. You will also enable Call Admission Control (CAC), including Session Initiation Protocol (SIP) Preconditions and automated alternate routing (AAR).

This instructor-led course introduces you to the features and functions of the Cisco® ASR 9000 Series platforms. Through a combination of lecture and Hands-On labs, you will gain an understanding of all major aspects of the platform, including hardware; software; Layer 2 and Layer 3 services; Layer 2 and Layer 3 multicast; operations, administration, and management (OAM); and quality of service (QoS) features.

Cisco Ethernet phone (ephone) technology has become ubiquitous, but feature sets have become more complex with each new phone type and IOS release. Cisco’s emphasis on collaborative technologies, including voice, video, IM, and voice mail, have made UC phone setup more complex. The Cisco IP Phone Provisioning & Troubleshooting course (for various Cisco CallManager types including CUCM, CME or IOS command line) brings students up to speed quickly, looking at the capabilities of various Cisco phones, and how to add and remove service, plus make changes to existing phone users and features. Different methods can be emphasized, including Cisco’s robust Cisco Unified Communications Manager (CUCM) solution, Communication Manager Express (CME), and/or use of a Cisco router IOS command line with the telephony-service command. Concepts like users, phone numbers, templates, features, etc. are distinguished, with examples of how to create, remove, or change service. This also involves selection of different CODEC types, and examples of PLAR, FXO, FXS, voice mail, and common features like call forwarding, Extension Mobility, calling name and number, etc. plus choosing the actual phone protocol (SCCP or SIP). Device License Units (DLUs) are discussed. Depending upon the needs of a class, initial setup of CUCM can be demonstrated, including virtualization software (i.e. vSphere ESXi, VMWare), plus network topology for DHCP, TFTP, CME router, and phone connections. Fundamental parts of the routing database can be explained, including dial plans, partitions, and Calling Search Space (CSS). Different phone types and their features are explored, such as the popular 7900 and 8800 series. Power options like PoE/inline power are compared, along with the testing and use of phone features, including voice, video or collaborative features (IM, Unity, Presence). Phone options like headsets, expansion modules, Bluetooth connectivity, PC client, external cameras, etc. can be explained and demonstrated, per the needs of the class. Troubleshooting techniques are used to solve phone registration issues, plus power, provisioning (show, debug), and call routing issues (DNA, logs), including how to back-up and restore the database.

The Cisco ONS 15454 SDH is a fast and powerful, yet easy to use optical platform that lowers the cost and increases the efficiency of bandwidth delivery within optical transport networks. The Cisco ONS 15454 SDH Provisioning and Operation Training (OSTPO) provides instructor-led training that enables the student to learn how to operate the ONS 15454 SDH through classroom instruction and hands-on training on an ONS 15454 SDH system. The students complete a wide range of tasks covering many system features and functions. Lab exercises rely on the ONS 15454 SDH user documentation for references to specific procedures. Each student has the opportunity to participate in every lab.

Course description coming soon...

This powerful Hands-On course will cover the essentials in successfully Implementing and supporting Cisco routers/switches in your organization's environment. A practical approach will be accomplished by building, adding, modifying, and troubleshooting a Cisco router network in class. Additional components such as switches, hubs, TFTP, servers will be added to build a realistic network. Debug commands and protocol analyzers will be utilized. The instructor will introduce configuration and hardware faults into the network to test the students newly acquired knowledge. This class is designed to be light on “theory” and heavy on practical application. More than 75% of class time will be spent in hands- on labs. To be successful in this technology, Hands-On Experience is a MUST! We have many students that come back through this specific course even after passing their Certification exam to get more Hands-On practical experience by having this complex routing simplified. This course will provides 'Hands-On' Real-World experience by having students Configure, Implement and Debug over a LIVE in-class Cisco Router network.

This Hands-On course focuses on the initial configuration, verification, administering and basic troubleshooting of Cisco Unified Communications Manager Business Edition 6000. There is a strong emphasis on Hands-On lab oriented tasks to configure, verify and go through administration set-up, day-to-day management tasks and support details. The course needs to run in a equipment ready environment where students can focus on specific areas of interests. Students requiring more in-depth knowledge should attend our other UCM BE courses aimed at specific areas. Keep in mind that our courses can be tailored to specific needs and requirements. If access to equipment is not available, specific equipment may be provided for additional fees, upon request.

While information has become more easily accessible and readily available, the associated risks and security threats have not only increased in number, but also complexity. As a result, the importance of ensuring that an enterprise's information is protected has also increased. It is now more important than ever for executives to ensure that their IT security managers have the expertise needed to reduce risk and protect the enterprise. Designed specifically for information security professionals who are preparing to sit for the CISM exam, the course focuses on the four content areas of the Certified Information Security Manager (CISM) job practice: information security governance, risk management and compliance, information security program development and management, information security incident management. CISM Impacts Your Career and Your Organization The demand for skilled information security management professionals is on the rise, and the CISM certification is the globally accepted standard of achievement in this area. CISMs understand the business. They know how to manage and adapt technology to their enterprise and industry.

The CISSP training is an advanced course designed to meet the high demands of the information security industry by preparing students for the Certified Information Systems Security Professional (CISSP) exam. Led by an authorized instructor, this training course provides a comprehensive review of information security concepts and industry best practices, covering the 8 domains of the CISSP CBK: 1. Security and Risk Management 2. Asset Security 3. Security Engineering 4. Communications and Network Security 5. Identity and Access Management 6. Security Assessment and Testing 7. Security Operations 8. Software Development Security The CISSP Helps You: -Validate your proven competence gained through years of experience in information security -Demonstrate your technical knowledge, skills, and abilities to effectively develop a holistic security program set against globally accepted standards -Differentiate yourself from other candidates for desirable job openings in the fast-growing information security market -Affirm your commitment to the field and ongoing relevancy through continuing professional education and understanding of the most current best practices -Gain access to valuable career resources, such as networking and ideas exchange with peers The CISSP Helps Employers: -Protect against threats with qualified professionals who have the expertise to competently design, build, and maintain a secure business environment -Ensure professionals stay current on emerging threats, technologies, regulations, standards, and practices through the continuing professional education requirements -Increase confidence that candidates are qualified and committed to information security -Ensure employees use a universal language, circumventing ambiguity with industry-accepted terms and practices -Increase organizations' credibility when working with clients and vendors

In this Hands-On extensive course you will gain a solid understanding of the fundamental concepts and architecture of cloud computing and of the design and deployment of a cloud computing platform. You will learn about the evolution of the cloud and its ability to increase processing power and bandwidth capabilities, and you will learn who's who in cloud computing, the products and services offered, and common platforms and applications. You will examine the pros and cons of implementing a cloud computing platform, including the financial benefits and the security risks, and you'll learn about cloud computing standards and best practices.

Course description coming soon...

Wireline switches are providing a special challenge today: despite ongoing migration to triple-play and wireless technologies, there is still some resilient need for reliable, low-latency POTS telephone service. This requires continuing effort to find economical yet reliable ways to run the TDM switching network. The CO Switch Decommissioning & Service Migration Course has been designed by request to help telcos lower the cost of running existing plant as reliably and easily as possible. In addition to power savings and asset harvesting, the course helps to show how to dump usage reports, find, and then utilize the correct de-growth procedures without generating permanent alarms from improperly deleted hardware. Additional considerations are reviewed per the scope of work, including system RC requirements, adjacent & co-located equipment risk, and reversion procedures. Equipment may be considered for abandon-in-place (AIP) versus bay removal, understanding that adjacent cable runs may actually still support other critical equipment. Battery-power removal, spikes, and separate grounds are also reviewed. Students are taken through the original switch manufacturer documentation, such as NTPs, GTEPs, Practices, plus certain Bellcore/Telcordia, NEBS, and NEC standards, as necessary for a project. The course has several optional components, depending upon your scope of work, including proper Recent Change (RC) procedure, system backups, plus how to migrate service to other network elements, including several unified VoIP or fiber communication products. Many telco techs have little background in data networking. The course can optionally provide some basics of packet-based voice networks which includes a summary of routers & switches, the OSI model, and IPv4/IPv6, plus how a TDM voice circuit interfaces to, and operates with, a VoIP or MPLS network. Concepts like Cisco CUCM VoIP, or Genband and Metaswitch MPLS migration are explained. The actual course length is flexible with the content, and can be adjusted depending upon the needs of the class.

This extensive Hands-On Column/Pole Climbing Rescue training is applicable to those in the industry that climb metal columns such as vertical I-beams and poles as seen in the utility field. This course is geared to the industry professional, safety equipment needed and products available to use in the case of a rescue. All Attendees will understand all the parameters and be tested for successfully climbing the addressed applications to meet all OSHA required specifications and regulations.

This extensive Virtual Live Instructor-led CompTIA course meets the NEW DoD Directive 8140 requirements. This course Includes -Testing Voucher with Virtual Testing and Certification on Last Day unless more study time is required, test can be taken at a VUE location. -Official CompTIA Virtual Live Exam and Testing Certification. Will Department of Defense (DoD) Directive 8140 replace DoDD 8570? Yes. When will DoD 8140 take effect? It is already in effect. Why Change from 8570 to 8140? DoD 8140 is designed to be more flexible and inclusive than DoD 8570. DoD 8140 includes initiatives such as NIST NICE (National Initiative for Cybersecurity Education), which identifies critical KSAs (Knowledge, Skills, and Abilities) and places cybersecurity positions into 7 categories (1. Security Provision, 2. Operate & Maintain, 3. Protect & Defend, 4. Analyze, 5. Operate & Collect, 6. Oversight & Development, and 7. Investigate) consisting of 31 specialty areas. A+ from CompTIA is the most recognized and trusted for entry-level service technicians. CompTIA's A+ is the industry standard for validating the foundation skills needed by today's computer support technicians. This international vendor-neutral certification requires that you pass two exams: CompTIA A+ Exams Core 1 (220-1001) and Core 2 (220-1002). The CompTIA A+ Core Series: Core 1 (220-1001) and Core 2 (220-1002) covering the following new content: -Demonstrate baseline security skills for IT support professionals -Configure device operating systems, including Windows, Mac, Linux, Chrome OS, Android and iOS and administer client-based as well as cloud-based (SaaS) software -Troubleshoot and problem solve core service and support challenges while applying best practices for documentation, change management, and scripting -Support basic IT infrastructure and networking -Configure and support PC, mobile and IoT device hardware -Implement basic data backup and recovery methods and apply data storage and management best practices We focus on CompTIA A+ certification exam preparation, you'll gain the needed knowledge of basic computer hardware and operating systems. You'll cover the essential principles of installing, building, upgrading, repairing, configuring, troubleshooting, optimizing, diagnosing, and preventive maintenance, and you'll learn elements of customer service and communication skills necessary to work with clients. Instructor-led practice exams and quizzes help reinforce course concepts and exam readiness. This course meets the NEW DoD 8140 training requirements. CompTIA A+ certification is an international, vendor-neutral certification that proves a technician's competency in installation, preventative maintenance, networking, security, and troubleshooting. CompTIA A+ certification also validates that technicians have excellent customer service and communication skills. CompTIA A+ certified professionals are proven problem solvers. They support today’s core technologies from security to cloud to data management and more. CompTIA A+ is the industry standard for launching IT careers into today’s digital world: -The only credential with performance-based items to prove pros can think on their feet to perform critical IT support tasks in the moment -Trusted by employers around the world to identify the go-to person in end point management & technical support roles -Regularly re-invented by IT experts to ensure that it validates core skills and abilities demanded in the workplace This course is geared to give students “Real-World Experience” in networking hardware & software by providing “Hands-On labs” on these converging technologies throughout this training.

This Hands-On CompTIA Cybersecurity Analyst (CySA+) course also prepares attendees for the exam. This exam is an intermediate-level credential for cybersecurity professionals. As attackers have learned to evade traditional signature-based solutions, such as firewalls, an analytics-based approach within the IT security industry is increasingly important for most organizations. The behavioral analytics skills covered by CySA+ identify and combat malware, and advanced persistent threats (APTs), resulting in enhanced threat visibility across a broad attack surface. The exam will certify that the successful candidate has the knowledge and skills required to: -Perform data analysis and interpret the results to identify vulnerabilities, threats, and risks to an organization -Configure and use threat detection tools -Secure and protect applications and systems within an organization CompTIA CySA+ meets the ISO 17024 standard and is approved by U.S. Department of Defense to fulfill Directive 8570.01-M requirements. It is compliant with government regulations under the Federal Information Security Management Act (FISMA). Regulators and government rely on ANSI accreditation because it provides confidence and trust in the outputs of an accredited program. Over 1.3 million CompTIA ISO/ANSI-accredited exams have been delivered since January 1, 2011. This course meets the NEW DoD Directive 8140 requirements. Will Department of Defense (DoD) Directive 8140 replace DoDD 8570? Yes. When will DoD 8140 take effect? It is already in effect. Why Change from 8570 to 8140? DoD 8140 is designed to be more flexible and inclusive than DoD 8570. DoD 8140 includes initiatives such as NIST NICE (National Initiative for Cybersecurity Education), which identifies critical KSAs (Knowledge, Skills, and Abilities) and places cybersecurity positions into 7 categories (1. Security Provision, 2. Operate Maintain, 3. Protect Defend, 4. Analyze, 5. Operate Collect, 6. Oversight Development, and 7. Investigate) consisting of 31 specialty areas. BTS works with clients to deliver appropriate material to become certified. Course design uses the latest texts and other materials over a one or two week period based on client needs. Time is allowed after each Instructor presentation and demonstration for student Hands-On work on labs, practice exams and Network+ related drills. BTS offers On-Site Mobile Test Servers and Test Administration for this course, or students can take the exam at their own leisure at a certified testing center of their choice and schedule.

This extensive Virtual "Live" Instructor-Led CompTIA Cybersecurity Analyst (CySA+) course also prepares attendees for the exam. This exam is an intermediate-level credential for cybersecurity professionals. As attackers have learned to evade traditional signature-based solutions, such as firewalls, an analytics-based approach within the IT security industry is increasingly important for most organizations. The behavioral analytics skills covered by CySA+ identify and combat malware, and advanced persistent threats (APTs), resulting in enhanced threat visibility across a broad attack surface. The exam will certify that the successful candidate has the knowledge and skills required to -Perform data analysis and interpret the results to identify vulnerabilities, threats, and risks to an organization -Configure and use threat detection tools -Secure and protect applications and systems within an organization CompTIA CySA+ meets the ISO 17024 standard and is approved by U.S. Department of Defense to fulfill Directive 8570.01-M requirements. It is compliant with government regulations under the Federal Information Security Management Act (FISMA). Regulators and government rely on ANSI accreditation because it provides confidence and trust in the outputs of an accredited program. Over 1.3 million CompTIA ISOANSI-accredited exams have been delivered since January 1, 2011. This course meets the NEW DoD Directive 8140 requirements. Will Department of Defense (DoD) Directive 8140 replace DoDD 8570? Yes. When will DoD 8140 take effect? It is already in effect. Why Change from 8570 to 8140? DoD 8140 is designed to be more flexible and inclusive than DoD 8570. DoD 8140 includes initiatives such as NIST NICE (National Initiative for Cybersecurity Education), which identifies critical KSAs (Knowledge, Skills, and Abilities) and places cybersecurity positions into 7 categories (1. Security Provision, 2. Operate Maintain, 3. Protect Defend, 4. Analyze, 5. Operate Collect, 6. Oversight Development, and 7. Investigate) consisting of 31 specialty areas. BTS works with clients to deliver appropriate material to become certified. Course design uses the latest texts and other materials over a one or two week period based on client needs. Time is allowed after each Instructor presentation and demonstration for student Hands-On work on labs, practice exams and Network+ related drills. BTS offers On-Site or Virtual Test Administration for this course, or students can take the exam at their own leisure at a certified testing center of their choice and schedule.

This extensive Virtual Live Instructor-led CompTIA Network+ meets the NEW DoD Directive 8140 requirements and the latest version (N10-007). This course will provide official CompTIA Virtual Live Exam and Testing Certification. -Testing Voucher with Virtual Testing and Certification on Last Day. Will Department of Defense (DoD) Directive 8140 replace DoDD 8570? Yes. When will DoD 8140 take effect? It is already in effect. Why Change from 8570 to 8140? DoD 8140 is designed to be more flexible and inclusive than DoD 8570. DoD 8140 includes initiatives such as NIST NICE (National Initiative for Cybersecurity Education), which identifies critical KSAs (Knowledge, Skills, and Abilities) and places cybersecurity positions into 7 categories (1. Security Provision, 2. Operate & Maintain, 3. Protect & Defend, 4. Analyze, 5. Operate & Collect, 6. Oversight & Development, and 7. Investigate) consisting of 31 specialty areas. BTS works with clients to deliver appropriate material to become CompTIA Network+ certified. Course design uses the latest texts and other materials over a one or two week period based on client needs. Time is allowed after each Instructor presentation and demonstration for student hands-on work on labs, practice exams and Network+ related drills. BTS offers On-Site Testing and Test Administration for this course, or students can take the exam at their own leisure at a certified testing center of their choice and schedule. Master essential data networking skills while preparing for the CompTIA Network+ certification exam (N10-008). CompTIA's Network+ is the premier vendor-neutral networking certification. Our Network+ Prep Course is designed to provide the foundation you need not only to be productive on the job but also to be successful in more specialized topics and in your pursuit of vendor-specific certifications. Companies such as Dell, HP, Ricoh, Sharp, and Xerox recommend or require CompTIA Network+ for their networking technicians. It is a technical prerequisite option for IT technicians seeking to join the Apple Consultants Network, and is recognized by the U.S. Department of Defense. Earning CompTIA's Network+ certification increases your value in the marketplace, providing proof of your knowledge, skills, and ability to manage, maintain, troubleshoot, install, operate, and configure basic network infrastructure. Our Network+ Prep Course points you in the right direction, allowing you to demonstrate the concepts covered on the Network+ exam in a real-world, hands-on environment. You will work through several practice exams to reinforce your knowledge. You will gain essential networking skills in labs that feature a wide verity of networking equipment. In addition to preparing you for Network+ certification, this course also meets the NEW DoD 8140 training requirements.

This extensive Virtual Live Instructor-led CompTIA Network+ meets the NEW DoD Directive 8140 requirements and the latest version (N10-007). This course will provide official CompTIA Virtual Live Exam and Testing Certification. -Testing Voucher with Virtual Testing and Certification on Last Day. Will Department of Defense (DoD) Directive 8140 replace DoDD 8570? Yes. When will DoD 8140 take effect? It is already in effect. Why Change from 8570 to 8140? DoD 8140 is designed to be more flexible and inclusive than DoD 8570. DoD 8140 includes initiatives such as NIST NICE (National Initiative for Cybersecurity Education), which identifies critical KSAs (Knowledge, Skills, and Abilities) and places cybersecurity positions into 7 categories (1. Security Provision, 2. Operate & Maintain, 3. Protect & Defend, 4. Analyze, 5. Operate & Collect, 6. Oversight & Development, and 7. Investigate) consisting of 31 specialty areas. BTS works with clients to deliver appropriate material to become CompTIA Network+ certified. Course design uses the latest texts and other materials over a one or two week period based on client needs. Time is allowed after each Instructor presentation and demonstration for student hands-on work on labs, practice exams and Network+ related drills. BTS offers On-Site Testing and Test Administration for this course, or students can take the exam at their own leisure at a certified testing center of their choice and schedule. Master essential data networking skills while preparing for the CompTIA Network+ certification exam (N10-008). CompTIA's Network+ is the premier vendor-neutral networking certification. Our Network+ Prep Course is designed to provide the foundation you need not only to be productive on the job but also to be successful in more specialized topics and in your pursuit of vendor-specific certifications. Companies such as Dell, HP, Ricoh, Sharp, and Xerox recommend or require CompTIA Network+ for their networking technicians. It is a technical prerequisite option for IT technicians seeking to join the Apple Consultants Network, and is recognized by the U.S. Department of Defense. Earning CompTIA's Network+ certification increases your value in the marketplace, providing proof of your knowledge, skills, and ability to manage, maintain, troubleshoot, install, operate, and configure basic network infrastructure. Our Network+ Prep Course points you in the right direction, allowing you to demonstrate the concepts covered on the Network+ exam in a real-world, hands-on environment. You will work through several practice exams to reinforce your knowledge. You will gain essential networking skills in labs that feature a wide verity of networking equipment. In addition to preparing you for Network+ certification, this course also meets the NEW DoD 8140 training requirements.

Course description coming soon...

This extensive Virtual Live Instructor-led CompTIA Security+ meets the NEW DoD Directive 8140 requirements and the latest version CompTIA Security+ (SY0-501) English language exam will retire on July 31, 2021. The new Security+ (SY0-601) is now available. This course Includes: -Testing Voucher with Virtual Testing and Certification on Last Day -Official CompTIA Virtual Live Exam and Testing Certification. BTS works with clients to deliver appropriate material to become CompTIA Security+ certified. This Hands-On course meets DoD Directive 8570.1 requirements. CompTIA's Security+ is the premier vendor-neutral security certification and demonstrates your knowledge of security concepts, tools, and procedures. It confirms your ability to react to security incidents, and it validates your skill in anticipating security risks and guarding against them. In this course, you will learn to proactively implement sound security protocols to mitigate security risks, quickly respond to security issues, and retroactively identify where security breaches may have occurred. You will also learn to design a network, on-site or in the cloud, with security in mind. CompTIA's Security+ is the premier vendor-neutral security certification and is included in the approved list of certifications to meet DoD Directive 8570.1 requirements. This course uses Official CompTIA Approved Quality Content, which assures that all test objectives are covered in the training material. During class, you'll have access to: -Security+ student manual -Additional Security+ practice exam questions -Comprehension exercises, study digest, and quick reference card -Virtual Access to Official Testing Severs for Course-end Testing.

This Hands-On course provides students with the knowledge and skills to configure and troubleshoot a Windows Sever 2008 network infrastructure. Students will learn to implement and configure secure network access and implement fault tolerant storage technologies. Students will gain an understanding of the network technologies most commonly used with Windows Server 2008 and IP-enabled networks. Students will also learn how to secure servers and maintain update compliance.

Course description coming soon...

This Hands-On course will cover PC Hardware and OS. Introduce students to the components and operations of a personal computer. Students would learn the functions of PC hardware and peripheral devices, assemble a PC, format a hard disk drive, and load several different Windows operating systems. Also would include LAN/WAN and Basic TCP/IP . Provide an understanding of the complex issues of internetworking by offering an overview of physical and logical network topologies, routing, switching and interconnectivity. Also go over the use of networking protocols and how protocols function at each layer of the OSI reference model. This course will then provide an understanding of Microsoft Windows 20XX Server and teach the participant how to install and maintain a Microsoft Windows 20XX Server and how to configure several advanced features such as WIN, DNS, and DHCP. Students need to learn an overview of the skills and knowledge necessary to implement, administer, manage, and maintain a Microsoft Windows Server network infrastructure.

In this three-part, lecture-only course, you will learn the fundamentals of data networking, telephony networking, and convergence technologies while preparing for the Convergence Technologies Professional (CTP) certification exam. CTP certification is the largest vendor-neutral convergence certification program. It is recognized as the official convergence program of the Telecommunications Industry Association (TIA) and approved by top communications technology manufacturers, including Cisco, Avaya, Avaya/Nortel, Toshiba, and Mitel.

This Hands-On 5 day course provides an in-depth perspective on the challenges of designing a CyberSecurity programs, implementing secure systems, and other factors needed for a comprehensive CyberSecurity solution. CyberSecurity is one of the biggest issues for today’s Federal and DOD Agencies and commercial organizations. Developed and developing nations, governments, defense departments and industries, and organizations in critical infrastructure verticals are being increasingly targeted by never-ending surges of cyber attacks from criminals and nation-states seeking information, economic or military advantage. The rapidity of the attacks is now so large and their level of sophistication so great, that many organizations are finding it difficult to identify which threats and vulnerabilities pose the greatest risk. They are faced with decisions on how resources should be allocated to ensure that the most likely and potentially damaging attacks are dealt with first. Exacerbating the problem is that most organizations do not have complete understanding of CyberSecurity or an organizational approach to dealing with these challenges. This course will help you better understand securing networks. You will be prepared to answer fairly technical security questions about Microsoft Active Directory, Unix, Linux, databases, firewall, intrusion detection systems and major network services like the Domain Name Services. This course will concentrate on today's cyber security tools, operating systems, applications, network architectures and best practices in government and industry network security, with the focus not only on tool deployment and operation system configuration, but CyberSecurity network defense and analysis techniques. Students will configure multiple operating systems, practice network defense techniques, and understand attack prevention methods in a state of the art security lab. This Instructor-led structured Hands-On experience, will take you through practical, simplified ways of securing these operating systems, applications and infrastructures in Today's Environment.

Course description coming soon...

Fiber optic systems are a key part of new communications services. Their success depends upon good design. This course provides a basic understanding of Fiber Optics, describing different Fiber types, the construction of point to point Fiber links, splicing, impairments and basic link design. It will examine the selection of wavelengths to use, and the use of multiple wavelengths in Course and Dense Wavelength Division Multiplexed systems. It will then provide an understanding of how these optical systems can be deployed using Remote Operation Add Drop Multiplexing Applications. Throughout the course students will undertake workshop exercises in order to be able to apply the knowledge learned. Modern carrier networks must deliver reliable communications services that are secure and match the growing speed and capacity demanded by their customers. During the 20th Century we saw the growth in universal voice and this led to the development of SONET technologies based on Time Division Multiplexing technology. This has been used for early Internet services but these would benefit from packet based asynchronous designs and much higher data rate. 21st Century networks demand has been shaped by the inexorable growth in multimedia, social media and mobile services. Carrier Transport Networks must match the current demands with the right technologies delivered flexibly enough to adapt to the ever changing pattern of user demand. They must also be delivering service to the right place and at the right price. This course is aimed at designers. It will be valuable to all those that want to be aware of the key sills of design, within the context of building new Transport Networks for tomorrow’s carrier services. These will raise the typical single wavelength 10 Gbit/s systems to 100 Gbit/s on Dense Wavelength Division systems carrying over 40 wavelengths per fiber. While this is mainly concerned with long distance, high bandwidth core services, it is important to be aware of where and how the services will eventually be delivered. In the 1990s there was a massive grown in SONET and ATM technology within Transport Networks. However by the end of the 1990s it was realized that ATM was an expensive mistake as Switched Optical Ethernet offered a more powerful and cheaper solution. Also that SONET, optimized for voice services, was probably not the optimal solution either. This course examines the demands which we are likely to place on our next generation of Transport Networks, identifies the options currently available for delivering reliability, security, aggregation flexibility, routing, switching and management. It then provides an approach to designing networks using standardized metrics to deliver services matching current and predicted future demand profiles. In-class exercises will uncover the key statistical techniques for estimating and prediction of future demand and confidence intervals. Using simple spread sheets and modelling students will learn from practical exercises how to design services to match their particular carrier network needs. These techniques will then be applied to consider the design of carrier networks using Optical Transport technologies.

This Hands-On course is geared toward attendees that want to gain an improved understanding of the DIACAP. The course provides an overview of DIACAP requirements, documentation, and associated processes and includes a series of Hands-On exercises in developing the DIACAP Systems Identification Profile (SIP), DIACAP Implementation Plan (DIP), and Plan of Actions and Milestones (POA&M). Our DIACAP training is introduced from a Department perspective, but can be tailored as required to include Component/Service and system-specific nuances relative to the implementation of the DIACAP. Instruction modules include the DIACAP Activity Cycle, the Knowledge Service, DIACAP Governance Structure, roles and responsibilities, and many more. It will also provide each student with an introduction to using the DoD approved automated scanning tools, including the DISA SRRs, Gold Disk, and other DoD automated tools. Review C&A & DoD Information Assurance Policy Go Through DoD's Current IA Policy Framework Cover DoD Information Systems Understand the differences of DITSCAP to DIACAP Overview DIACAP DIACAP Activity Cycle: - Initiate & Plan DIACAP Activity Cycle: - Implement & Validate IA Controls DIACAP Activity Cycle: Activity 3 - Certification Review Determination & Accreditation Decision DIACAP Activity Cycle: - Maintain ATO & Conduct Annual Discuss Reviews (Situational Awareness) DIACAP Activity Cycle: - System Decommission DIACAP And the System Lifecycle Work With DIACAP Supporting Tools Take a Look At Future of C&A Certification Testing And More...

This Hands-On training will provide a base understanding of the pending transition from DIACAP to DIARMF. Our training is based on Federal, DoD and commercial clients. In compliance with the Federal Information Security Management Act (FISMA), Federal agencies and the Intelligence Community have already transitioned to the use of the NIST Risk Management Framework (RMF) as the foundation for their assessment and authorization (A&A) processes, formerly known as certification and accreditation (C&A). DoD is now in the process of establishing the regulatory foundation for their transition to the use of the NIST RMF. This Hands-On practical training will enable your organization to understand the proposed changes and to position yourself early to make the transition as seamless and efficient as possible. This course is focused on a series of Hands-On activities that will provide active learning of the new processes, preparation of the documentation, and execution of the required security control assessments. This class includes extensive hands on training on Federally-approved vulnerability assessment useful security tools. Upon completion, students will be able to immediately apply the concepts and ensure that their organization can experience a smooth transition. Understand the transition from DIACAP to DIARMF See side-by-side comparisons and changes Look at the Differences in IA Controls Current IA Policy Framework Take a look at Validatation Tests Use Validator Toolkit Test against the DoD IA controls using manual and automated procedures Risk Management Framework and supporting laws, standards, and regulations The New Lexicon New Requirements under FISMA 2012 RMF Roles and Responsibilities Steps in the RMF Process Preparing and submitting the authorization package Understanding and executing continuous monitoring Practice in the Use of Federally-approved Security Tools And More...

During this course Voice Frequency, DDS, ISDN, FT1, DS1-DS3, and SONET technologies are examined in detail to create a solid technical foundation. The participants are led through applications for installation and troubleshooting of these technology networks, as well as numerous Hands-On exercises using the T-BERD test sets. i.e. 211, 224, 310, 2310, etc. BTS encourages student(s) to bring their any test-equipment, to incorporate into our Hands-On Labs to gain valuable experience by using their own equipment throughout this course.

This Training Series provides a modular program of training to be run over a period of 14 days. The aim is to provide 1 day and 2 day modules of training aimed at providing a fast overview for engineers and manager new to the subject of Digital Television and Next Generation Communications systems. It is intended that the modules will stand on their own so that participants can select those modules most appropriate to their need and not necessarily attend every module. These modules examine the delivery of TV and communications over Next Generation Networks based upon IP core communications and optical carrier Ethernet services. The intention is to produce a Program suitable for participant with no prior knowledge to access the training and to build up a knowledge base quickly so that they can be valuable members of new and evolving digital TV and Media teams. Module 1 will examine how and why digital television is sweeping the world very quickly. It will consider the way in which Analogue TV has been delivered in the past and how the “digital dividend” can provide increased government revenue by adopting digital TV. It will examine bandwidth issues and demonstrate using hands-on exercises different methods of encoding and of deliver without going into the technical details. At the end of this module attendees will be aware of what is possible and what the limits of technology are but not necessarily how thins work, which will be covered by later modules. Module 2 identifies how digital TV is encoded in detail. It examines how MPEG-2 works and provides hands-on exercises experimenting with MPEG-2 rates and profiles. It then goes on to look and higher compression techniques of MPEG-4 and H.264 for encoding HDTV. At the end of this module participants will have a solid understand of how encoding works to a level that enables them to recognize the difference between MPEG-2 and H.264. To describe the difference between H.264 and Microsoft Windows Media Video 9 and to trancode between different codecs using free or open source software. Module 3 examines multiplexing as it is used in Digital Video Broadcast systems. The DVB standards have been written to enable the same multiplexing techniques to be used for Terrestrial, Satellite and Cable delivery. A simplified subset is also used for delivery of IPTV using DVB-IPI. This module will teach students how DVB multiplexing works at both the Program stream and the Transport stream levels. It will introduce hands-on exercises to enable participants to capture transport streams and to analyze them to understand how multiple TV channels are multiplexed into a single high speed digital stream for broadcast. They will further study the service information and control tables used to allow set top boxes to navigate through the multiplexes, locate individual program streams and play them. Module 4 considers how the Intellectual Property value of TV can be protected. The key to the success of any Television Services is high quality content that the viewer wishes to watch. This generally costs a lot of money and time to produce and so Intellectual Property owners like movie companies and commercial TV production companies need to prevent their content being pirated. Simulcrypt and Multicrypt provide standardized methods for Conditional Access that allow broadcasters to ensure the protection of high value content from illegal copying, and to restrict viewing to particular population groups where required. This is usually used for ensure the customer pays for pay-per-view or premium-rate channels. However it can also be used to restrict access to special channels used for security monitoring or Program production in special cases. More recent developments have allowed the delivery of video on demand over IP networks as well as recoding broadcast channels and the copying and retention of this material can be restricted by Digital Rights Management. This module will examine how DRM systems work and examine both commercial and open source systems. Module 5 will consider Next Generation Networks and the evolution to packet based core networks from earlier generations of circuit based services. The module will look in fast overview at how earlier generation services can be emulated over high speed IP cores to deliver service networks which can delver better performance at much lower cost yet higher reliability. It will also demonstrate the feasibility of this using hands-on exercises that integrate Voice, Internet Access and Television over the same Ethernet interface – both wired and wireless. Module 6 continues the examination of Next Generation Evolution but from the perspective of Carrier Transport Networks. In any modern Digital TV Broadcasting system it is necessary to transport the digital multiplexes from the TV Head-End to individual transmitter sites for broadcast. With Single Frequency Networks accurate timing and synchronization is also vital. This module will examine the options for these transport networks including Optical Fiber, microwave and satellite delivery. Technologies such as Ethernet Aggregation and protection switching will be considered to provide an understanding of how reliability can be controlled and improved. Having introduced all the key building block technologies, Module 7 will provide an understanding of design. It will introduce the concepts of network design and using an example of a TV broadcasting Network demonstrate how the project can be take through the key stages from Initial Service Requirements definitions, Technical Specification, Service sizing, Wavelength allocation and planning, Transmitter sitting, installation, testing and delivery. Module 8 will look at TV Program Production to give engineers an appreciation of the tools and techniques available for the artistic aspects of Program products, the technical aspects of editing, recording and mixing services and finally the storage and delivery. Using simple editing tools attendees will shoot some video, edit it and produce a short Program clip. They will then stream this over a network. Module 9 Multicast IP Television is now used to deliver Television services in some administration as well as to provide interconnection between encoders and multiplexers within DVB Head-ends. This module provides an understanding of how IPTV streams are carried over RTP/UDP/IP, the difference between using TCP and UDP to deliver services and how to analyze these services using protocol Analyzers Module 10 Configuring Routers and Switches for Multicast and Reliable carrier Services. This module will teach attendees how to configure elementary routing protocols, OSPF, Ethernet Aggregation and Protocol Independent Multicast on Cisco switches. Attendees will work as a group and configure individual interfaces to use specific VLANs, configure and test OSPF routing and them implement PIM for multicasting. They will then undertake hands-on exercise to demonstrate the correct working using IPTV streams. Module 11 Service sizing and performance requires an understanding of simple statistics and applying this to broadcasting and transport network design. This module aims to help attendees understand why networks are never as fast as they expect and why projects always take linger then you expect. Providing an understanding of confidence intervals, elementary queuing theory and applying this to the design of network traffic allows attendees to better calculate the service profiles for real services and to apply their newly learned techniques to estimating service demands in the future.

This intensive course provides the skills required to understand basic switch translations and the maintenance of trunks with the help of documentation on the DMS-100 and DMS-200 systems. Our non-intrusive exercises equip the students to conduct maintenance activities and perform troubleshooting procedures and much more.

This extensive Virtual "Live" Instructor-Led course provides extensive information on the design, maintenance, and troubleshooting of the Nortel DMS-10 switching system. Widely recognized as the world’s first all-digital switching system, the Nortel DMS-10 is one of the most popular digital switches ever produced, and still remains in widespread use today. The DMS-10 Switch Maintenance and Troubleshooting course presents a detailed description of the system, and provides the skills necessary to maintain and troubleshoot the switch and its related peripherals. General system architecture is discussed, with diagrams showing functional blocks, card level call processing, and all main modules including the NT3T98 CPU, clock, disk, TTY, and various peripherals connected to the DSDI and I/O bus extender interfaces. The switching Network is also discussed in detail, describing DS-30 “PELP” links, and the various types of line and trunk peripherals they connect. Specific peripherals for a given system can be emphasized as needed, such PE, CE, LCE, DTC, etc. Miscellaneous Equipment is also discussed, including connections to CCS7, announcement systems, etc. The DMS-10‘s command line interface, including System Level commands and menu Overlays are also demonstrated in detail. Many practical examples such a MO system images, line testing, trunk testing, and alarm interrogation are shown. Previous “core” faults are presented as exercises, where the students will determine the needed course of action. Their conclusions are then compared with the answers of what was actually done to correct these previous faults, providing an extremely effective learning method with zero impact to the network. Training may include any topic of particular interest to the student, or to a given region, and may also include optional subjects like translations and external alarming. Finally, the Helmsman documentation viewer and NTPs (Series 602) are covered in detail, with an emphasis on the documents used for maintenance, alarm clearing and card changing.

The Nortel DMS-100 is still one of the most common switches installed in the world today, and remains so due to its high reliability and low-latency for voice circuits. This extensive Virtual “Live” Instructor-led DMS-100 course provides the skills required to perform maintenance and a high-degree of troubleshooting, and will walk the student through a practical understanding of the Genband (Nortel) DMS-100® switching system. It discusses the general system architecture used by all Digital Multiplex System switches, with functional block diagrams of the switch and its main modules, including the SN/XAC front-end, the Network (JNET & ENET), MS, CCS, IOD, and the various PM and LCM types for Line and Trunk peripherals, plus RCU, RLCM, OPM, and GR-303-compliant remotes. MAP and RTIF terminal use are explained, plus remote access through serial TTY and telnet. MAP alarm & fault interpretation are demonstrated, using data from the MAP and from logs, showing the student how to locate suspect cards within the system. The Helmsman documentation viewer and Nortel Technical Publications (NTPs) are covered in detail, with an emphasis on documents used for maintenance and troubleshooting procedures. Previous troubles are reviewed and used as exercises, including LNS line and TRKS trunk maintenance, but also parts of the SuperNode/XA-Core front-end (SN) including the Computing Module (CM), Network (NET), Message Switch (MS), and CCS (SS7) modules. Peripheral Modules (PM), and modules of particular interest to the students are emphasized. Different equipment types are compared where necessary (network & CPU). IOD maintenance is also discussed, including procedures to back-up the Program and Data stores, and a discussion of how hard disks, tape, and billing devices are connected to the system. Special topics like the Star Hub, Remote Concentrating Cluster (RCC), Subscriber Module Access (SMA2), Emergency Stand Alone (ESA), Remote Measurement Module (RMM), etc. can also be discussed per the needs of the class. Our non-intrusive exercises equip the student to conduct day-to-day maintenance activities and show how to perform troubleshooting procedures, including aspects of cabling and the backplane, which helps prepare them for higher-tier support interaction. The course is flexible, allowing the most important content for a particular group of students to be emphasized.

This extensive 8-day course provides the skills required to perform testing and maintenance of trunks and lines with the help of documentation on the DMS-100 system. Our Hands-On non-intrusive exercises equip the students to conduct maintenance activities and perform troubleshooting procedures and much more.

This Hands-On course provides the skills required to perform testing and maintenance of trunks and carrier facilities with the help of documentation on the DMS-100 system. Our non-intrusive exercises equip the students to conduct maintenance activities and perform troubleshooting procedures and much more.

This extensive Hands-On course provides the skills required to perform testing and maintenance of trunks and lines with the help of documentation on the DMS-100 system. Our non-intrusive exercises equip the students to conduct maintenance activities and perform troubleshooting procedures and much more.

This Hands-On course provides the skills required to build understand the TRAVER tool with the help of documentation on the DMS-100 system. Our non-intrusive exercises teach the students to format the different types of TRAVERs and understand the output.

This extensive course provides the skills required to perform maintenance and a high-degree of troubleshooting, and will walk the student through a practical understanding of the Nortel DMS-100/200 switching system. It discusses the general system architecture used by all Digital Multiplex System switches, with functional block diagrams of the switch and its main modules, including the SN/XA, CCS, IOD, and the various PM types related to trunks, including the DTC, DTCI, SPM, and other special trunk peripherals. The LCM line module used in DMS-100‘s is discussed briefly, which will demonstrate a simple PCM phone call, and how that call may traverse a trunk to an Access Tandem switch. Use and cabling of the MAP and RTIF terminals is explained, plus remote access through serial TTY. Alarm interpretation from the MAPCI is demonstrated, and how to interrogate alarms further, so the student can locate cards within the system. Log messages are used to lookup alarm descriptions, and form the basis for troubleshooting action. The Helmsman documentation viewer and NTPs are also covered in detail, with an emphasis on documents used for maintenance and troubleshooting procedures. Previous troubles are reviewed and used as exercises, including TRKS (trunk) maintenance and TTP testing, but also parts of the SuperNode/XA-Core front-end (SN) including the Computing Module (CM), Network (NET), Message Switch (MS), and CCS modules. Peripheral Modules (PM), and modules of particular interest to the students are emphasized. IOD maintenance is also discussed, including procedures to backup Program and Data stores, and a discussion of how hard disks, tape, and BMC devices are connected to the system. The greater SS7 network is also reviewed, and the role of an AT switch. Our non-intrusive exercises equip the student to conduct day-to-day maintenance activities, perform troubleshooting procedures, and much more. The course is flexible, allowing the most important content for a particular group of students to be emphasized.

Telecommunications companies use copper DS1/T1 and DS1/HDSL carriers as well as the local loop to transport digital and analog data services to a variety of business customers. A well trained technical force to install and maintain these systems is vital for providing expected quality of service and world-class reliability in a highly competitive environment. This 3-day course is an intense learning experience that combines DS1/T1, T1/ HDSL, as well as digital and analog data loop operations with Hands-On troubleshooting. For this course, BTS provides a working classroom lab equipped with typical systems currently deployed throughout the telecommunications industry. Students learn the operational of aspects of these systems and then apply this knowledge to test, troubleshoot and repair the circuits using comparable test equipment to that which the use on the job. Troubleshooting scenarios include equipment failures, wiring problems, field repeater problems, cable pair problems, power issues and more...

This course will examine DVB-S2 and DVB-RCS for Digital Video Broadcast and the rather specialized application of carrying IP and other data streams over DVB-S2 and DVB-RCS satellite systems. The course contents have been designed to avoid any product specific or proprietary elements except for the last chapter on product comparisons. The majority of the course works from ETSI standardized mechanisms for DVB systems. This course also aims to show the relationship between the family of DVB standards necessary to achieve IP data transfer. It finally compares these with alternatives, particularly patented proprietary systems that are used on some military applications used to overcome issues with carrying TCP over satellite networks. Details of these performance issues are explained and alternative performance solutions considered.

This Hands-On course provides a technical engineering study of television broadcast systems and infrastructures by examineing the delivery of TV images for SDTV broadcast quality where MPEG-2 has been used for many years. It will also examine what is required for HDTV using MPEG-4 or H.264 and for delivering compressed television to handheld devices. Broadcasting systems depend upon delivery over MPEG transport streams so the course will examine how MPEG-2 transport streams can be used to carry services encoded in MPEG-2, MPEG-4 and H.264. Hands-on demonstrations and analysis of services will be used to explore the actual operation of real services. This will provide an understanding of how service information is delivered and how conditional access is encoded. The course will also examine the architecture of set top boxes for DVB-T and address the issues of middleware and chip-sets. DVB-H can be used to deploy services for either broadcast/multicast or video on demand. These services run over IP and deploy IPTV techniques. Demonstrations of how video can be delivered over IP will be run in the classroom and protocol analysers used to explore the technical mechanisms and protocols used.

Governments everywhere are moving towards Analogue Switch Off in TV broadcasting. Digital Video Broadcasting standards for use terrestrially as well as over satellite and cable have been available for many years, but viewers and users often see limited benefits in migration. With recent changes in television formats, demands for high definition TV services have increased. These already exist for delivery over DVB-S and over cable but are not easy to achieve over DVB-T. Delivering new HDTV services and migrating from analogue to digital together can offer attractive possibilities to governments and the industry alike. DVB-T2 provides new opportunities to increase performance of DVB-T services and with changes in channel coding and encoding compression, deliver HDTV services without increases in radio bandwidth. Already exist in the UK and extensive interest is seen around the world in HDTV. To succeed new services will need to migrate encoding of video streams, change multiplexing techniques and implement new mechanisms in the radio layer to deliver better forward error recovery and more digital bandwidth. This course covers how DVB-T is deployed; HDTV services are encoded and delivered currently. It will then provide a detailed understanding of the frame structure, channel coding and modulation for a second generation digital terrestrial television broadcasting system that will be used by DVB-T2.

This Fiber Optic course will give technicians a working knowledge of the various termination methods and testing procedures in the long haul, metro, and fiber to the home (FTTx) systems. Completion of this course will give the technician an understanding of fiber optics and focuses on the equipment used to terminate, test, and troubleshoot fiber optic systems. This is a prerequisite course and an entry point to more advanced topics available in additional BTS Fiber Optic courses. Our instructors have actual field experience and have faced the same obstacles as your team. Our “Real World Experience” allows us to provide the participants with the answers and the skills to overcome their daily challenges.

This Hands-On 4-day course (Optional 3 Day without ETA Certification, you will receive a BTS Certificate of Completion) has been customized to provide technicians with a refresher and practical understanding of fiber optic theory and fiber applications for singlemode and multimode fiber. It also includes an introduction to fiber splicing (This is not a Fiber Splicing course See our other courses for Fiber Splicing and Testing) This is a Certification Course, it is designed to “Confirm” the technician’s fiber optic knowledge. This is an ETA Approved course and covers all aspects of the Electronics Technicians Association International requirements for the FOT-FOI certification giving the participant a refresher on applicable methods and standards. The course is comprised of 2.5 days of review on Inside Plant Fiber (ISP) and Outside Plant Fiber (OSP), Connector installation methods, testing standards, and methodologies. Testing is 1.5 days and comprised of a written and a hands-on skills test. Successful participants will receive ETA Certification that is valid for 4 years. Our instructors have actual field experience and have faced the same obstacles as your team. Our “Real World Experience” allows us to provide the participants with the answers and the skills to overcome their daily challenges.

This Hands-On 4-day course (Optional 3 Day without ETA Certification, you will receive a BTS Certificate of Completion) has been customized to provide technicians with a refresher and practical understanding of fiber optic theory and fiber applications for singlemode Outside Plant fiber including proper placement and splicing (This is not a Fiber Splicing course See our other courses for Fiber Splicing and Testing). This is a Certification Course, it is designed to “Confirm” the technician’s fiber optic knowledge. This is an ETA Approved course and covers all aspects of the Electronics Technicians Association International requirements for the FOT-OSP certification giving the participant a refresher on applicable methods and standards. The course is comprised of 2.5 days of review on Outside Plant Fiber (OSP) , Connector installation methods, testing standards and methodologies. Testing is 1.5 days and comprised of a written and a hands-on skills test including cable and splice case prep. Successful participants will receive ETA Certification that is valid for 4 years. Our instructors have actual field experience and have faced the same obstacles as your team. Our “Real World Experience” allows us to provide the participants with the answers and the skills to overcome their daily challenges.

This course teaches the functionality of Ethernet, as well as the standards, types of equipment, the provisioning process and various network architectures. Having in-depth practical knowledge of Ethernet & GigE will help broadband professionals better understand the components and implementations of Ethernet technology from 10BaseT through 10GigE as well as the benefits of future enhancements. This course instructs how to quickly and easily build, deploy, manage and troubleshoot Ethernet networks. It also details: network architectures, protocols, frame formats, configuration and provisioning parameters. In addition, participants will discover important operating requirements and troubleshooting techniques and more.

With the introduction of Next Generation Networks to telecommunications carrier infrastructures, customers expect a full range of Triple Play services. These include High-Speed Internet Access, Voice Telephony and Television delivered over the same network interface. These customers may be domestic where service is delivered directly into homes, business where increasing richness of multimedia content allows businesses to communicate more effectively or in military where remote stand-off control or information gathering becomes feasible. Ideally high bandwidth fiber optic communication would be used for new richer services. However existing infrastructures often contain copper loops and for economic reasons these must be used to deploy these services. Careful design of services that work within these more restricted bandwidths is therefore important. This is one of several key challenges to delivering IPTV. It will be necessary to deliver TV quality that can match existing over-the-air and cable delivery. It will also be necessary to ensure that all services can be delivered together and will not significantly affect the performance of other services. Also that voice services can be interfaced to existing telephone networks so that they will integrate into the standard telecommunications infrastructure used around the world. This course will provide an understanding of the technologies being used to deliver a range of services including voice, point to point video, broadcast/multicast TV and HDTV. It will provide a technical understanding of the different RF, wired and cable standards used for distributions and delivery. I will further provide hands-on exercises which will demonstrate how voice, multicast IPTV, Video on Demand and Web Television can be delivered over a common IP infrastructure. The course will used standard Windows PC or Laptop computers running Windows XP or Windows 7 attached to an in class LAN and emulated WAN infrastructure isolated from live infrastructures allowing the demonstration of all services without firewall and security restrictions. The course exercises will use free and open source software allowing attendees to build systems which can be transferred to home, or business systems with little or no operational cost allowing further learning and experiment. This course can be delivered on-site or in a conference facility with a hotel, in a room provided with PCs or Laptops running Windows 7 or Windows XP connected to an in class LAN using RJ45 Ethernet connections. All other networking equipment will be shipped in for connection.

With the introduction of Next Generation Networks to telecommunications carrier infrastructures, customers expect a full range of Triple Play services. These include High-Speed Internet Access, Voice Telephony and Television delivered over the same network interface. These customers may be domestic where service is delivered directly into homes, business where increasing richness of multimedia content allows businesses to communicate more effectively or in military where remote stand-off control or information gathering becomes feasible. Ideally high bandwidth fiber optic communication would be used for new richer services. However existing infrastructures often contain copper loops and for economic reasons these must be used to deploy these services. Careful design of services that work within these more restricted bandwidths is therefore important. This is one of several key challenges to delivering IPTV. It will be necessary to deliver TV quality that can match existing over-the-air and cable delivery. It will also be necessary to ensure that all services can be delivered together and will not significantly affect the performance of other services. Also that voice services can be interfaced to existing telephone networks so that they will integrate into the standard telecommunications infrastructure used around the world. This course will provide an understanding of the technologies being used to deliver a range of services including voice, point to point video, broadcast/multicast TV, HDTV and even 3D communications. It will provide a technical understanding of the different RF, wired and cable standards used for distributions and delivery. I will further provide hands-on exercises which will demonstrate how voice, multicast IPTV, Video on Demand and Web Television can be delivered over a common IP infrastructure. The course will used standard Windows PC or Laptop computers running Windows XP or Windows 7 attached to an in class LAN and emulated WAN infrastructure isolated from live infrastructures allowing the exercises of all services without firewall and security restrictions. The course exercises will use free and open source software allowing attendees to build systems which can be transferred to home, or business systems with little or no operational cost allowing further learning and experiment.

The Nokia (formerly Siemens) EWSD Switching Support Course was created to help telco personnel continue to support the EWSD switching system with less reliance on vendor support options. Intended as a follow-up to the EWSD Maintenance and Operations course, the support course will move personnel with a good working knowledge of the EWSD to the next level, providing them with both the knowledge and confidence to work on important parts of the switch for which they are less familiar. The course begins with a review of the system topology, ensuring a consistent understanding of the different LTG and DLU types, and remotes. The discussion then turns to the front end, with detailed descriptions of the Coordination Processor’s IOP Groups, its various processors, Common and Local Memory, plus various interfaces including X.25, serial, SCSI, etc. Significant detail is placed on the different SN network types, including DE3/4/5, and their various Time/Space stage sub-configurations. An emphasis is placed upon the configuration for the local switch system that students work on. DISP and SRCHALARM commands, plus MMN, FLM and Mask information within the system output messages, are all used to locate as much information about a fault as possible. A large number of past examples are used as practice, but any actual faults in the switch will also be analyzed carefully for the best course of troubleshooting. Predictions are made for the card modules that are most suspect. These results are then compared to the actual fixes performed from the past examples, and also to current maintenance-window diagnostic results, if applicable. Module replacement precautions and procedures are discussed in detail, including communication between COT personnel and the NOC/SCC or other Tier-3 support. Books such as the Exchange Configuration Document (ECD) and Cable Laying List (CLL) will be consulted to see how to find suspect cables and their part numbers, including their exact location on the backplane. Our non-intrusive exercises equip the student to apply troubleshooting techniques for challenging faults, and then determine suspect module lists, including cables. The course is flexible, allowing the most important content for a particular group of students to be emphasized.

This Hands-On Advanced Fiber Optic course will give technicians in-depth knowledge of testing and troubleshooting procedures in the long haul and Metro optical networks. Attendees will gain a detailed understanding of the ITU G.650.3 Fiber Characterization standard and the requirements for Fiber Characterization in today’s networks. This course provides an understanding of important aspects of fiber optics and focuses on the equipment used to test and troubleshoot fiber systems This course involves advanced fiber optic theory and is intended for engineers and technicians involved with equipment or outside plant where fiber characterization is required. Specifically, networks running >10Gbp/s, DWDM and OTN. Our instructors have actual field experience and have faced the same obstacles as your team. Our “Real World Experience” allows us to provide the participants with the answers and the skills to overcome their daily challenges.

This is a great follow-on course to our Hands-On Underground Utility Locating course that provides locators a real Hands-On Field experience in their specific environment. This course covers, their training in action by having them perform their active locating responsibilities with our (SME) Instructor at hand to observe what they have learned, to assist by verifying their methods and practices, and qualifying their work to insure successful underground utility testing practices and procedures. BTS is a valued Approved Vendor for Phillips 66. Training Covers: -Field application of theories taught in a "Real-World" setting -Troubleshooting in the field -Refresher on locate theory as it applies to the specific testing environment -Sweep procedures -Passive procedures -Qualification of testing on customers location meters -Field tips and trade practices -Field verification of competency by SME (Subject Matter Expert) -And more...

Next generation networks are likely to need to deliver High Speed Internet (HSI), Voice and IPTV. High Definition IPTV may require very high access bandwidth so new loop installations will probably require fiber loops. There are many new options for loop and access aggregation network design. This Hands-On course will examine the new fiber technologies now available, consider the advantages of each and provide an understanding of how a Next Generation Access network can take advantage of Ethernet over fiber options.

This extensive Live Instructor-led course available for On-Site or Live Virtual delivery provides Fujitsu FLASHWAVE® 9500 Operations and Maintenance Course that is designed to provide any student with a solid understanding of the 9500 platform, its role within a modern switching & transport network, and how to use and maintain the platform. The hardware design of the system and its versions (DCS, Packet ONP) are explained, along with optional port configurations, including various technologies supported like 10/100G Ethernet, SONET/SDH, and EoSONET. Optical switching and ROADM add/drop multiplexers are explained, plus QoS, waveshaping and policing concepts are introduced. Transaction Language 1 (TL1) has its own module, with sample commands and practice. Common maintenance functions like system health, clocking, and backups are discussed, along with tier-1 card level repair. SFP/XFP use and Laser safety is included, along with fiber optic best-practices (UPC & APC polish, cable routing, reflections, measurements). The course is nominally set for 4 days, with actual course length and content flexible, depending upon the needs of a given class. In addition to supporting independent problem solving skills, the course helps provide an excellent background for NOC and TAC interaction.

This Hands-On 5-day course is to teach students the basic fundamentals of networking, security, and server administration with Windows Server 2008. It is intended to provide the foundational knowledge needed to prepare for the Microsoft Technology Associate (MTA) exams (if desired) and begin building a career in Microsoft technologies. This course is geared to gain fundamental knowledge and skills around security, networking, and administration in Windows Server 2008 R2. It can apply to home computer users, academic, information workers, developers, or help desk technicians wishing to begin a new skills path or up-skill to Windows Server technologies.

This Hands-On course will discuss traditional Ethernet as it is evolving today and its future. Ethernet components and applications will be examined in detail including real time applications (VOIP) and VLANs. Wireless LANs, like Ethernet, are taking on a similar evolutionary path in providing greater speeds. Students will engage in the building of the various types of Ethernet networks and manage them using a practical Hands-On approach by building and working on a live Local Area Network, Implementing and Configuring Today’s Advanced LANs by: • Building a Switched Network • Building a 802.11b wireless network infrastructure • Building a 10/100/1000 Mbps switched network • Configuring Ethernet Switches for Trunking • Configuring Ethernet Switches for VLANs • Interconnecting Ethernet switches using VLANs • Appling SNMP, RMON, MPLS to the Ethernet Network • View Ethernet Protocols using Protocol Analyzers • Testing & Troubleshooting “Real-World” Scenarios • And More…

To prevent interruption of service to as many customers as possible, distribution line repairs are often made while lines and equipment remain energized. Whenever work is done on energized equipment, the linemen doing the work must be insulated and isolated from all energized equipment and grounds. This training course covers the basic principles involved in working on energized lines using insulated gloves. Work methods, communication, concentration, and safety are emphasized throughout this course. As all of our courses, BTS can be tailor any course to meet your company requirements and needs.

As OEM-support options dwindle, it has become more important than ever for telco personnel to resolve network faults on their own, including the most difficult ones. BTS recognizes the challenges of finding affordable, support-level training, and has worked hard to provide you with no-compromise, expert-led courses at the support level. The Nokia (formerly AG Communication Systems) GTD-5® Support Course provides a detailed support-level course with updated, full-color block diagrams and images. This course was designed to bring students with a general, maintenance-level competency of the GTD-5® to a considerably more advanced understanding of the system, including its backplane and cabling. This will help the understanding of inter-module connections, so that almost any fault can be traced and corrected. The microprocessor (MP) front-end and Common Memory Units (CMU) are looked at in detail, with an emphasis on the APC and its connections to the ACDC. Important interfaces like the Operations Gateway (OG), LCDT, RCDT, and AMA equipment are explained and accessed, as available. The role and variations of MDC & CPX are also discussed. The course then looks the PCM network, and studies how the SIC, SSW, and BUNW are interconnected. Superordinate and Subordinate status are explained, and how they relate to the BUNW, TSW, and PCUs. Various failing diagnostic examples from previous BUNW/TSW faults are reviewed and decoded, including recovery messages such as SMA syndromes and diagnostic fault printouts. In particular, the 1.019 Non-Maskable Interrupt, 3.059 PCM Trace, and 3.028 Executive Reset SMA Syndromes are studied, along with the typical craftsperson action for each. Documentation such as the UG, CRL and EL are used to trace cabling, and look at the layout of the backplane of key frames. Troubleshooting techniques are taught pro-actively, including Maintenance-window procedures. Time is allotted to work on troubles which students have encountered and want to discuss. Almost any type of hardware or software fault can be reviewed, with an explanation of the typical steps needed for resolution.

Emphasizes business features such as those used in hunt groups, BRI lines, and for digital, PRI and SS7 trunk groups used to connect to PBX or other switch devices. Also teaches different types and features in business groups, including intra- and inter-group calling, and automatic route selection based on time-of-day, preferred carriers, etc. Special topics like E911, E800, and other special circuits are also discussed as needed.

Inter- and Intra-LATA translations are emphasized, with several different variations and methods to set-up for each. The difference between direct telco trunking and in-band or SS7-based equal access is discussed. Also, translations for domestic, access-tandem or international calls, using different feature groups, or sending one class of call to one IXC and all others to another IXC, and set-up of billing and AMA records is shown. Finally, various reports and statistics about equal-access information is demonstrated.

Learn about the GTD-5's nomenclature and how to add, change and delete directory numbers, basic digit collection and translation, and how switch-based features including CLASS features are assigned (line administration). Also learn the basics about intra- and inter-switch trunk group translations, SS7 and Equal Access databases (trunk administration). Finally, students also learn about digit translation which shows how to set-up screening, announcements, billing parameters, office timing values, etc. As required, some overview on administering lines to survivable remotes like the RSU or a GR-303 remote, or how to program BRI lines can also be provided in this course. An introduction to the GTD5IO command input software is shown if needed.

This Virtual “Live” Instructor-Led GTD-5® course is an extensive and accelerated maintenance course with updated, full-color block diagrams and frame images. The course was designed to jump-start students with little or no switching knowledge to a competency where they can perform Level-1 card-level repair on virtually any of the main modules in the GTD-5 switching system, including the ACDC, the APC/TPC complexes, the TCU (expanded & non-expanded versions), the MDC, NCU, and SSW, plus all subordinate devices within the BUNW such as the ACU, ALU & BLU lines, plus ATU, DCU and EDCU trunks. Ancillary equipment such as SS7 links, recorder announcers, ringing generators, and gateways such as those used for system remote-access equipment, the CPX, Extension Complex, billing, and remote switch monitoring are also discussed as needed. Troubleshooting techniques are taught pro-actively, including Maintenance-window procedures. Other modules are discussed per the needs of the class, such as the IOM, CMU, and remotes like the RSU, RLU, and MXU, plus the important role of GR-303 compliant RDT remotes in providing voice switching for customers served by optical or digital line networks. The FTU is emphasized, so that students have an appreciation of this critical module, and how line and trunk diagnostics operate. The GTD-5 User’s Guide is used extensively, allowing students to gain confidence in how the guide is presented, and how information can be found quickly. Other key documents are used as needed, like the Product Line Reference Guide (PLRG) and Hardware Matrix Report (HDWM). Recent-Change can optionally be added to the course, to show the basics on adding lines, trunks, or interrogating switch settings (CONT PARA, EXAM LTT, etc.) plus an overview of FACTS, such as Digit Translation (PRIN DXLN), and call registers (PRIN PROT, PRIN UNPR). Non-intrusive exercises are provided to locate various modules and cards within the switch, with a large number of previous faults & solutions used to gain practical experience. Existing system faults can also be analyzed, with repair action determined by the class, and the analysis provided to the group responsible for repair, where results can later be compared to the recommended action.

An accelerated version of the traditional Nokia (formerly AG Communication Systems) GTD-5® maintenance and troubleshooting course with updated, full-color block diagrams and frame images. This course was designed to jump-start students with little or no switching knowledge to a competency where they can perform Level-1 card-level repair on virtually any of the main modules in the GTD-5®. Ancillary equipment such as SS7 links, recorder announcers, ringing generators, and gateways such as for remote-access equipment, the CPX, Extension Complex, billing and remote switch monitoring are also discussed as needed. Troubleshooting techniques are taught pro-actively, including Maintenance-window procedure. Envisioned as a minimum 5 day track, the actual course length and content is flexible, and can be adjusted depending upon the needs of the class. A 10 day version of the course provides the traditional maintenance- level background of all switch modules, and many support-level concepts, equipping students to handle most problems independently, while providing an excellent background for NOC and TAC interaction.

This important device is the key of the Extension Complex, and has helped modernize the GTD-5 by performing many key roles in daily switch operations such as AMA and billing record recording, alarm information, and certain types of database administration such as for the Alcatel-Lucent XAIU line frame or fiber-optic High-Speed Interface trunking. It also is used to load new software releases, or standard switch image and loading procedures. It also offers a highly versatile user's guide terminal, a VPN connection between the GTD-5 and the internet, several ethernet-based input-output terminals, plus other gateway functions which make the OG a very flexible maintenance device. Because it runs on a UNIX shell, it uses a different command-line and desktop topology than other GTD-5 terminals. This layout and user commands are discussed, for both the underlying OS and higher level switch applications. Also, if using a highly-available OGHA (redundant) unit, techniques on how to inquire and control each "copy" are shown, as well as the correct maintenance techniques used to change cards. Since most telcos do not utilize all available aspects of the Operations Gateway, the 3 day course duration is usually sufficient to familiarize students with most concepts of their daily job functions. However, those requiring knowledge of multiple OG applications or those with no previous familiarity with UNIX shell commands might require additional time. In these cases, course durations of 4 or 5 days are usually sufficient to cover all needed instruction and practice.

Intended for surveillance and central office personnel who need to report issues or act as first-response to various alarms, the general design concept and architecture of the GTD-5 is discussed with an emphasis on the nomenclature of the switch, how to interrogate alarms and basic switch database, and how to find the physical location of a frame or card based upon that information.

Demonstrates the difference between direct trunking, SS7 direct trunking (F links) and signal transfer point (STP)-controlled trunks (using A links), and how to build a trunk group and the necessary database for each example. Also explains triggers and how they are used with the Advanced Intelligent Network (AIN), and in particular, how local number portability (LNP) triggers are set up.

Carriers have offered connectivity services based on traditional TDM, Frame Relay and ATM for many years. However customers now use Ethernet as the interface of choice for virtually all services and applications. The cost of operating separate networks to provide each service, as well as the need to sell higher bandwidth services than can be offered with traditional networks, is forcing carriers to move to newer, more cost effective technologies, namely Ethernet, Backbone Bridging, IP and MPLS. Ethernet and IP have allowed networks to deliver high bandwidth and new services with greater flexibility, while MPLS has allowed these new services to become more "carrier-class", offering the connection-oriented behaviour, quality of service, and reliability normally associated with traditional technologies. However the signalling and routing costs of MPLS and layer 3 solutions have still been significant, which has lead to the development of other layer 2 Provider Backbone Transports (PBT) and Provider Backbone Bridging (PBB) solutions for small to medium scale carrier metro services. The Metro Ethernet Forum has evolved a set of standard service definitions for the kinds of Ethernet services customers now require. These can deliver services between sites that look to customers like end to end Ethernet. For carriers they can emulate other traditional TDM services over the same infrastructure and deliver all services over a common unified network by adding Pseudo Wire Emulation edge to edge (PWE3). This course provides an in-depth look at carrier Ethernet technologies, the Metro Ethernet Forum specifications for services and how these can be delivered over carrier core networks along with other services deployed over PWE3.

Working on or above 600V to 69 kV industrial high voltage distribution systems requires qualification. In this training, attendees learn what it means to be HV qualified and what electrical tasks may only be performed by a qualified person. Based on the 2018 / 2021 NFPA 70E, this course helps you and your employees stay compliant with OSHA regulations, and provides updates from the 2018 NFPA 70E to the 2021 version. This course is current with the NFPA 70E Standard and OSHA Regulations (as applicable)

This Hands-On course covers an introduction to the Internet and its components and High Speed Internet services. Attendees will gain a tremendous Hands-On experience on the set-up and configuration at the CPE (Customer Premise) of these new and complex technologies. Students will learn routing procedures of the internet and an overview of internet protocols. The course also provides Hands-On labs for technicians to install routers, modems, today's gaming devices and associated software and hardware to access the internet at the customer location(s). The training also includes configuring the networks for wireless access and the installing of wireless adapters, extenders, gaming devices (i.e. xBox Connect, Playstation, Wii, etc.) Web-Enabled HDTV's and Video hook-ups and much more...

In this Hands-On 5-day course, you'll develop a practical understanding of the operation of modern TCP/IP networks built with Cisco hardware. As you learn the commands and techniques used to troubleshoot host connections and configure Cisco switches and routers, you'll also practice backing up and restoring configuration files and managing network equipment.

Building on the skills provided by ICND1 (Interconnecting Cisco Network Devices 1), ICND2 not only delivers essential information needed to pass the CCNA certification exams (if desired), it also gives you a solid technical foundation to ensure that you can succeed on the job. We've added our own real-world, hands-on labs designed by expert instructors to give you experience with practical scenarios, including issues involved when you expand the switched network from a small to medium network environment.

This instructor-led course, designed to help you prepare for the CCNP wireless certification, a professional-level certification specializing in the wireless field. The goal of the course is to prepare you to secure the wireless network from security threats via appropriate security policies and best practices, as well as ensure the proper implementation of security standards and proper configuration of security components. The IAUWS reinforces the instruction by providing you with hand-on labs to ensure thorough understanding of how to secure a network.

The Implementing and Configuring the Cisco Identity Services Engine course provides security and system engineers and administrators an intensive hands-on experience in setting up, deploying and managing the Cisco Identity Services Engine (ISE) to support authentication, authorization, accounting and policy-based networking for devices and users. Students will walk through a complete install, configure the network and devices, and use ISE as a policy engine to protect the network. Hands-on labs include: Installing the Cisco ISE Certificate Operations Cisco ISE Node Deployment Configure and Add Network Access Devices to Cisco ISE Implementing ISE to support BYOD Configuring Multiple Cisco ISE Policies Configuring Cisco ISE Guest Services Guest Services Self-Registration Configuring Cisco ISE for Profiling Configuring Cisco ISE for Posture Assessment Cisco ISE Reporting Working with Cisco ISE Monitoring and Troubleshooting

In this extensive Hands-On course, you will gain the knowledge and skills to deploy and manage a server virtualization environment using Microsoft technologies. You will learn to deploy and manage Hyper-V and Remote Desktop Services on Windows Server 2008 R2. You will learn how to manage a server virtualization environment by using System Center products, such as System Center Virtual Machine Manager (VMM) 2008, VMM 2008 R2, System Center Operations Manager 2007 R2, System Center Data Protection Manager 2007 R2, and System Center Configuration Manager 2007 R2. While you do not need server virtualization experience to participate in this course, you should have significant experience managing Windows Server 2008 or Windows Server 2008 R2.

Networking and Wi-Fi equipment is ubiquitous in telecom, and continues to evolve with new standards and features. It has become more important than ever for telco personnel to be competent with the setup, use, and troubleshooting of networking devices, particularly for customer-facing employees, yet many telco employees still have little or no formal training in networking. The Indoor Wi-Fi & Wired Networking - Fundamentals course provides students with a solid understanding of networking fundamentals. Topics include the Open Systems Interconnection (OSI) model, switches, routers, Wi-Fi™, basic device security, set-up and troubleshooting. Many common networking terms are defined, allowing students to understand them when they hear them. Examples are shown for a typical Fiber-to-the-Prem circuit, such as via an ONT, WAP/AP, to a Wi-Fi router, followed by Hands-On set-up of actual Wi-Fi or network router equipment, as used by the telco (please co-ordinate with BTS). Students will finish the course with a greater understanding and confidence in networking, and be able to apply that knowledge when working with customers.

This Hands-On 3-day course orientates the telecom professional to the data and networking environment. The growth of the information age is being driven by Internetworking. This course will cover the essentials of data and networking environments and their concepts, components, applications, and many acronyms will be examined in detail as the overall picture of these technologies are simplified. This course will provide practical Hands-On Set-Up, Configuration, Implementation and troubleshooting of These Basic and Complex Technologies.

In this Hands-On TCP/IP course, the student will work on a live TCP/IP network, reinforcing the discussed subject material. TCP/IP is the communications protocol suite on which the Internet and most commercial networks operate. In this course, we will cover a comprehensive technical overview of TCP/IP. Extensive hands-on exercises provide the practical experience you need to configure a host, employ TCP/IP tools, use application services and access TCP/IP-based internetworks. This Hands-On course is a structured approach to the concepts and principles of the Transmission Control Protocol/Internet Protocol (TCP/IP) protocol suite, how the most important protocols function, and their basic configuration.

This Hands-On course, is geared for students who are new to Microsoft Exchange Server and will learn how to configure and manage a messaging environment in accordance with technical requirements. Students will learn how to install Microsoft Exchange Server 2007 and manage routing, client access, and the backup and restore of databases. They will also learn how to manage addressing and recipient objects such as mailboxes, distribution groups, and contacts.

This Hands-On course is geared toward troubleshooting faults in IP services using protocol analyzers on their own for the first time. Its aim is to make them comfortable with using the key functions of a protocol analyzer and then to learn how to systematically locate and find faults. It will then teach the fundamentals of how IP and Internet Protocol works by using practical analysis of classroom using and Internet simulator to demonstrate the impact of packet loss, delay variation and miss ordering of traffic. Students will then apply their skills to analyze real Internet service traffic over Wireless links. Attendees will also analyze the protocol exchanges and experiment to identify how failures impact the service, fix the faults and confirm their success by retesting services. This class can also be customized to add additioanl Hands-On sessions monitoring and troubleshooting live services, upon request.

The Internet Protocol Suite, commonly known as TCP/IP, forms the basis for the Internet and the next generation of telecommunications services. It is now at the core of all modern mobile phone networks, is used for the distribution of television services, carries electronic mail and is at the heard of all PC networks. Understanding how the protocols function and interact with each other is critical for engineers and technicians who will configure and troubleshoot next generation systems. This course introduces the basic fundamentals of the Internet Protocols suite using hands-on exercises to develop practical skills. Attendees will learn the workings of the protocols and then stage by stage build a complete Internetworking system including all the necessary servers to make it function. They will use their own lap-top computers with free software supplied to construct a the service, including LANs, Routers and wireless LAN connections.

Course description coming soon...

This course provides an understanding of how IP multicasting works, its advantages and limitations and how it can be deployed to provide effective services over a Next Generation converged network. It will demonstrate examples of multimedia service configurations in the class-room and identify practical problems and their solution. It will provide a detailed understanding for implementers, designers, managers and infrastructure engineers that need to plan, implement and use the new generation of networks and services. The next generation of telecommunications networks will deliver broadband data and multimedia services to users. Integration with TV, music and radio distribution will become a reality provided mechanisms to provide multicast delivery are implemented. This technology allows a broadcasting station to send a single stream of packets into the network and have these delivered to the subscribing users. It provides therefore a scalable solution to the problem of transmitting IP Television and other services over next generation IP infrastructures In order to make multicasting function effectively it is necessary to deploy routers and switches capable of supporting the appropriate protocols and to design and configure the network correctly. Core infrastructure, distribution nodes, access devices and client devices all must play their part in a working service.

Course description coming soon...

This Hands-On course provides an introduction to DSL Services and IPTV installation for installation technicians and technical support staff. This course will provide an understanding of the function and operation of the equipment installed on customer site, installation testing of DSL Routers, Wireless Access devices, IPTV Set top boxes as well as their connection to modern TVs and Flat screen monitors. This course will address technologies in the DSL Access as well as typical home networking equipment used by customers to which devices may be attached. It is designed for installers who need a fast grounding in the technology, equipment and network architectures as well as identifying problems or failures. Attendees will use Hands-On labs and use Protocol analyzer, wireless analyzer and IPTV transport stream analyzer software to test services. We will also incorporate client equipment and testing tools into our labs to train the students on equipment they are actually using.

IPv6 is the next generation Internet Protocol, extending network capabilities to support the strenuous demands of modern applications while creating a platform for future growth and innovation. In this Hands-On course, you gain the knowledge and skills to design, implement, verify and troubleshoot IPv6 on networks used by carriers, enterprises and at home. This course will include Real-World practical Hands-On labs and case studies. The aim will be to take set of working applications and migrate the environment to IPv6 to experience the problems created and implement the solutions Hands-On.

In this Hands-On LANs program, the student will work on a live LAN network, reinforcing the discussed subject material. Covering LAN technology wit

The Litespan-2000 Maintenance & Troubleshooting course provides extensive information on the design, use, and maintenance of the Alcatel/DSC Litespan-2000 and Litespan-2012 (OC-12) Digital Loop Carrier systems. The course will provide the skills necessary to perform day-to-day maintenance, plus show how to troubleshoot faults. Various types of documentation will be discussed. This course should also greatly assist personnel when working with next-tier technical support.

This low voltage qualified course focuses on electrical safety training for employees who work on 600V and below. This NFPA 70E based course goes beyond the theoretical to give attendees a complete understanding of the rules and regulations relating to electrical and arc flash safety and how to apply them in real-world situations. Based on the 2018 NFPA 70E, this course helps you and your employees stay compliant with OSHA regulations, and provides updates from the 2015 NFPA 70E to the 2018 version. This course is current with the NFPA 70E Standard and OSHA Regulations (as applicable)

With 3G mobile technology already rolled out by over 200 operators in over 80 countries, preparations are well under way to create the next generation of mobile technology. The UMTS standards body, 3GPP, has been following its plan to achieve ambitious goals for the future of mobile communications.. This is Long Term Evolution – LTE. Work on this is contained in Release 8 of the 3GPP Specifications. A headline goal is 100 Mbps in the downlink and 50 Mbps on the uplink, representing roughly a ten-fold improvement on HSDPA today. This in-depth course covers all aspects of LTE, from the environment and forces shaping it, the physical changes involving MIMO antennas and the move from CDMA to OFDM, through the logical air interface channels to the necessary architectural and core network changes. Some specific aspects such as security and handover to non-3GPP technologies are included. LTE is not the end of the story and LTE Advanced has reached the level of stable standards at Release 10. The enhancements of LTE Advanced are discussed.

This course which covers the major area of LTE’s (Long Term Evolution) Evolved UMTS Terrestrial Radio Access (E-UTRA). Mainly the Physical layer but the RLC, PDCP and MAC layers and interaction are included. The new physical layer is key to the level of performance that LTE must deliver and much flexibility has been incorporated to cope with varying allocations of spectrum, as well as the workbook in both printed and searchable electronic formats, attendees receive a specially produced LTE Air Interface acronym list. While there is a section on MIMO and beamforming antennas, this is a large subject and those requiring in-depth knowledge of this topic are directed towards the separate two day Antennas for LTE course.

The traditional telecommunications billing paradigm of time and distance has been under attack in both fixed and mobile networks for some years and new, more sophisticated charging systems are being developed. For UMTS, a new charging architecture was specified by the 3GPP standards group. This evolved rapidly through Releases 6 and 7 of the 3GPP specifications and has been updated for LTE in Release 8. Following the industry maxim of not offering a service until it can be charged for, charging needs to be ahead of services in sophistication and this system is designed to cope with any future demands. This course presents the overall architecture of 3GPP Charging Management before specifically examining major aspects in some detail. These include the interfaces between components and the associated Reference Points as well as specific charging areas such as IMS and Location Services (LCS). The Diameter Base Protocol provides the Authentication, Authorization and Accounting (AAA) facilities needed by the architecture. Diameter thus replaces older systems such as RADIUS. Policy-based charging is also covered.

The goal of the LTE SAE from the 3GPP is to achieve a high-data-rate, low-latency, packet-optimized system that supports multiple access technologies. Long Term Evolution, as defined in the 3GPP Release 8 standards, has described both an evolved Radio Access Network (E-UTRAN) and a new core network strategy termed SAE - System Architecture Evolution. This is a specialized two day course which covers the major area of LTE’s (Long Term Evolution) evolved core network called SAE (Systems Architecture Evolution). The main part of SAE is the Evolved Packet Core (EPC), otherwise known as the SAE Core. The new core network is key to achieving the level of performance that LTE must deliver with the sort of low delay across the network that has been hitherto unachievable with GPRS and UMTS.

This course establishes a strong foundation in managing the full range of Cisco wired and wireless infrastructure using Prime Infrastructure. During this course you will also explore the Application Visibility and Control capabilities of Prime Infrastructure through monitoring and troubleshooting problems on the network. The course puts the user in the context of a realistic customer scenario, and covers every aspect of Cisco Prime Infrastructure Lifecycle management approach. Students will create Sites, Maps, Deploy configurations, perform device discovery as well as learn to set alarms and troubleshoot network and application issues.

This Hands-On Accelerated course will prepare Microsoft professionals for the Microsoft Certified IT Professional (MCITP): Server Administrator / Microsoft Certified Solutions Associate (MCSA): Windows Server 2008 certification. In this intensive test-preparation program, you will practice sample questions and take simulated exams using Transcender, the industry-leading IT certification-preparation product. Fast-paced, rapid review sessions cover key material, providing comprehensive exam preparation. Microsoft recently announced new certifications with an increased focus on business-context problems and solutions using cloud-based skills. Achieving MCSA: Windows Server 2008 certification is your first step towards distinguishing yourself as having the commitment, technical expertise, and ability to design innovative solutions across multiple technologies, both on-premise and in the cloud. You Will Prepare for These Exams: 70-640: Windows Server 2008 Active Directory, Configuring 70-642: Windows Server 2008 Network Infrastructure, Configuring 70-646: Windows Server 2008, Server Administrator Upon Passing the Exams You Will Earn These Certifications: MCTS: Windows Server 2008 Active Directory Configuration MCTS: Windows Server 2008 Network Infrastructure Configuration MCITP: Server Administrator / MCSA: Windows Server 2008

This extensive Hands-On course will combine the two CORE-Courses for the MCSA Certification Track, preparing you for the following exams: *Exam 70-290: Implementing a Microsoft® Windows Server 2003 Network Infrastructure: Network Hosts *Exam 70-291: Implementing, Managing, and Maintaining a Microsoft® Windows Server 2003 Network Infrastructure: Network Services This course will provide the knowledge and skills you need to manage accounts and resources, maintain server resources, monitor server performance, and safeguard data in a Microsoft Windows Server 2003/2007 environment... combined with the knowledge and skills you need to implement, manage, and maintain a Microsoft Windows Server 2003/2007 network infrastructure. Learn to execute routing and to implement, manage, and maintain Dynamic Host Configuration Protocol (DHCP), Domain Name System (DNS), and Windows Internet Name Service (WINS). Secure Internet Protocol (IP) traffic with Internet Protocol security (IPSec) and certificates, and implement a network access infrastructure by configuring the connections for remote access clients. You'll also learn to manage and monitor network access.

Carriers have offered connectivity services based on traditional TDM, Frame Relay and ATM for many years. However customers now use Ethernet as the interface of choice for virtually all services and applications. The cost of operating separate networks to provide each service, as well as the need to sell higher bandwidth services than can be offered with traditional networks, is forcing carriers to move to newer, more cost effective technologies, namely Ethernet, Backbone Bridging, IP and MPLS. Ethernet and IP have allowed networks to deliver high bandwidth and new services with greater flexibility, while MPLS has allowed these new services to become more "carrier-class", offering the connection-oriented behaviour, quality of service, and reliability normally associated with traditional technologies. However the signaling and routing costs of MPLS and layer 3 solutions have still been significant, which has lead to the development of other layer 2 Provider Backbone Transports (PBT) and Provider Backbone Bridging (PBB) solutions for small to medium scale carrier metro services. The Metro Ethernet Forum has evolved a set of standard service definitions for the kinds of Ethernet services customers now require. These can deliver services between sites that look to customers like end to end Ethernet. For carriers they can emulate other traditional TDM services over the same infrastructure and deliver all services over a common unified network by adding Pseudo Wire Emulation edge to edge (PWE3). This course provides carrier network designers with the understanding and tools needed to design and build carrier class solutions that deliver Metro Ethernet Services. It will identify how to put together loading and sizing data and then select the correct technologies to match the requirements for delivering customer services.

Carriers have offered connectivity services based on traditional TDM, Frame Relay and ATM for many years. However customers now use Ethernet as the interface of choice for virtually all services and applications. The cost of operating separate networks to provide each service, as well as the need to sell higher bandwidth services than can be offered with traditional networks, is forcing carriers to move to newer, more cost effective technologies, namely Ethernet, Backbone Bridging, IP and MPLS. Ethernet and IP have allowed networks to deliver high bandwidth and new services with greater flexibility, while MPLS has allowed these new services to become more "carrier-class", offering the connection-oriented behaviour, quality of service, and reliability normally associated with traditional technologies. However the signalling and routing costs of MPLS and layer 3 solutions have still been significant, which has lead to the development of other layer 2 Provider Backbone Transports (PBT) and Provider Backbone Bridging (PBB) solutions for small to medium scale carrier metro services. The Metro Ethernet Forum has evolved a set of standard service definitions for the kinds of Ethernet services customers now require. These can deliver services between sites that look to customers like end to end Ethernet. For carriers they can emulate other traditional TDM services over the same infrastructure and deliver all services over a common unified network by adding Pseudo Wire Emulation edge to edge (PWE3). This course provides an overview of carrier Ethernet technologies, their installation, testing and troubleshooting for Technicians.

Course description coming soon...

This course teaches installation and troubleshooting technicians the key elements needed for installing, testing, validating and troubleshooting microwave links. The course introduces the elementary principles of radio used in microwave services. It teaches how to survey the location in order to position access points in the appropriate location and how to avoid interference with other services. The course identifies the problems with alignment of antennas and dish systems as well as teaching what appropriate safety precautions need to be taken.

Course description coming soon...

There are a number of mobile applications that requires that a central server be aware of the location of the mobiles which are using that application. Often GPS is available but this is not always either available or suitable. This is especially true of the location of a mobile is to be determined without the mobile being involved by using either a GPS chip or any detection of the location process. While mobile operators have network-based methods for finding where their mobiles are and are also prepared to sell that information, that may also not always be appropriate.. A location detection system can be network-based, mobile-based or mobile-assisted. The service should be able to operate over as many mobile technologies as possible internationally, not just GSM and UMTS. This may require different location detection techniques for different networks. Location sensing and location based applications are rapidly finding their place in the mobile marketplace. GPS is currently the preferred solution. Therefore the GPS solution is therefore described is some depth. However, other solutions are available and will be described and considered in their own right.

With 3G mobile technologies already rolled out by over 200 operators in over 80 countries, standards bodies, manufacturers and operators are looking towards the next generation of mobile technology. The UMTS standards body, 3GPP has created a plan to achieve ambitious goals for where mobile communications should go. This is Long Term Evolution – LTE. For technicians and technical professionals to stay in touch with this evolution, a good grounding in the technology and terminology of 2G, 3G and 4G systems is needed. The key conceptual design philosophies of each generation need to be understood in order to build effective networks as they evolve. Transition will not occur overnight. Indeed it may be many years before every network has transitioned every part to 4G. The mechanisms of linking the different technologies must be appreciated. The increased performance in the future will depend upon changes in the radio path. The new or changed areas include the use of MIMO antenna systems, OFDM-based multiple access as well as the architectural changes. This course describes the technical features of 2G GSM, 3G UMTS and the evolution of technologies that will change to support 4G LTE. This includes, notably, the core network which has its own evolution plan, SAE, System Architecture Evolution. Examples of switched configuration will be studied to illustrate practical aspects.

This Hands-On course examines the delivery of TV images for SDTV and HDTV to broadcast quality where MPEG-2 has been used for many years. However to deliver higher resolutions without more bandwidth greater compression is needed so the course will examine advanced Video encoding, MPEG-4 and H.264. Broadcasting systems depend upon delivery over MPEG transport streams so the course will examine how MPEG-2 transport streams can be used to carry services encoded in MPEG-2, MPEG-4 and H.264. It will provide an understanding of how service information is delivered and how conditional access is encoded. The course will also examine the architecture of set top boxes and address the issues of middleware and interfaces for digital display technology and audio output for modern home theater interfaces. The course will examine and focus on NTSC/ATSC North American standards video and TV but will compare these with European PAL/DVB and BTSC standards.

This Hands-On course teaches messaging specialists to monitor and troubleshoot an Exchange Server 2007 messaging system. Students will learn how to correlate client and server issues and resolve those issues. They will also learn how to monitor systems and create reports from the monitoring data. This course is geared for those seeking this field and/or to obtain their MCSA Certification.

This course provides an understanding of how MPLS works its advantages and limitations and how it can be deployed to provide effective services over a 21st Century converged network. It will provide a detailed understanding for implementers, designers, managers and infrastructure engineers that need to plan, implement and use the new generation of networks and services. The next generation of telecommunications networks will deliver broadband data and multimedia services to users. The Ethernet interface is becoming the interface of preference for user computers, IP Phones, Digital IP Television and network servers within the network itself. The network infrastructure will deliver these high performance IP services over Switched infrastructures deployed using Multi-Protocol Label Switching (MPLS) running over carrier grade optical Ethernet.. MPLS is a radically new approach to delivering IP services and must be built on an IP routed infrastructure. However by deploying switching hardware it becomes possible to deliver quality of service by bypassing queues in routing functions and switching essentially in OSI layer 2. Once constructed, MPLS networks can be used to deliver emulation services. These provide customers with more traditional circuits provisioned over interfaces such as E1, Frame Relay and STM1 which in reality are delivered as emulated services over MPLS running over Gigabit Ethernet infrastructures. This course will provide technical and engineering staff a working introduction to how MPLS can be used to deploy services in Next Generation Networks.

This course is designed to combine both MS Project 2013 Level I and Level 2 into one combined course to familiarize you with the basic and advanced features and functions of Microsoft Project Professional 2013. This way, attendees can use it effectively and efficiently in a real-world environment. Turn your project into a success story. From resource allocation and cost projections to progress tracking and deadlines, you’ll understand and be confident using Microsoft Project 2013 and gain Real-World Hands-On Experience by taking this 2-Day combo course.

The next generation of telecommunications networks will deliver broadband data and multimedia services to users. The Ethernet interface is becoming the interface of preference for user computers, IP Phones, Digital IP Television and network servers within the network itself. The network infrastructure will deliver these high performance IP services over Switched infrastructures deployed using Multi-Protocol Label Switching (MPLS). MPLS is a radically new approach to delivering IP services and must be built on an IP routed infrastructure. However by deploying switching hardware it becomes possible to deliver quality of service by bypassing queues in routing functions and switching essentially in OSI layer 2. Once constructed MPLS networks can be used to deliver emulation services to provide customers with more traditional circuits provisioned over interfaces such as E1, Frame Relay, ATM and STM1 which in reality are provided emulated over MPLS running over Gigabit Ethernet infrastructures. This course provides an understanding of how MPLS works, its advantages and limitations and how it can be deployed to provide effective services over a 21st Century converged network. It will provide a detailed understanding for implementers, designers, managers and infrastructure engineers that need to plan, implement and use the new generation of networks and services.

The next generation of telecommunications networks is being deployed using VoIP technology and soft switching replacing circuit switching and ISDN signaling. By deploying communications as multimedia streams over IP it is possible to extend the services from simple voice to improved voice quality, better bandwidth utilization and expanded services into video and television carried over the same technology. Already cost effective VoIP services have been deployed using H.248, MGCP and SIP over Intranet infrastructures. However to integrate this with existing ISDN and SS7 architectures and eventually to replace local exchanges and transit exchanges in carrier networks requires large scale signaling and switching changes. The next generation of telecommunications networks is likely to use IP and for efficient and high-speed quality of service switching deploy MPLS to select routes. Across the access interface IEEE 802.1Q will be deployed to deliver VLAN services and Q-in-Q implementation allowing customer and carrier VLANs to be supported. It is also possible that migration eventually to IPv6 will eventually occur. To build soft switches and distribute the switching function over a carrier level infrastructure, gateways will be controlled using H.248, Media Gateway Control Protocol (MGCP) or SIP. Eventually SIP will evolve to take over as the primary signaling protocols in Next Generation Networks

The real time transfer of information from source to many receivers is increasingly a requirement of modern networks. While it is possible to transfer information with simple client server techniques developed within the Internet Protocol Suite, transfer using this “unicasting” does not scale well to large communities. Multicasting provides a means of distributing information to multiple receivers at the same moment over a tree of paths through routed networks. In its simplest form it can be used for the distribution of streams of multimedia over a private infrastructure delivering different channels each as a different multicast group address. In the corporate environment it might be carried over VPNs configured over MPLS infrastructures where the network provision may be separated from the sources and receivers. In such environments the configuration and troubleshooting of stream transmission becomes more challenging. This course will provide a sound coverage of Multicast protocols and addressing. This will include Protocol Independent Multicast (PIM) and Internet Group Management Protocol (IGMP) versions 2 and 3. Key addressing and multicast routing will be considered for both within Autonomous Systems and Between Autonomous Systems. The scaling implications of both source tree and shared tree techniques will be considered and the mechanisms for advertising, requesting and pruning distributed streams will be considered. The mechanisms available for monitoring and troubleshooting stream distributions on Cisco platforms will be considered.

This course covers MPLS and H.248 (MEGACO). The next generation of telecommunications networks will be deployed using VoIP technology and soft switching replacing circuit switching and ISDN signaling. By deploying communications as multimedia streams over IP it is possible to extend the services from simple voice to improved voice quality, better bandwidth utilization and expanded services into video and television carried over the same technology. Already cost effective VoIP services have been deployed using H.323 and SIP over Intranet infrastructures. However to integrate this with existing ISDN and SS7 architectures and eventually to replace local exchanges and transit exchanges in carrier networks requires large scale signaling and switching changes. The next generation of telecommunications networks is likely to use IP and for efficient and high-speed quality of service switching deploy MPLS to select routes. To build soft switches and distribute the switching function over a carrier level infrastructure, gateways will be controlled using H.248, called Media Gateway Control Protocol (MEGACO) by the Internet community.

This extensive course is taught by our SMEs (Subject Matter Experts) on the NEC® code-making panels, this comprehensive course is a must-take course. Whether running power to a new piece of electrical equipment, setting the overloads on a motor starter, installing a security camera, or replacing fluorescent ballast; compliance with the NEC is mandatory. The code has been adopted as law in all states. We cover all 2017 NEC major changes that are highlighted throughout this course. This course covers the 255 reported changes and more: Five new articles include: Energy Storage Systems, Article 706; Large-Scale PV Electric Power Production, Article 691; Stand-Alone Systems, Article 710; Direct-Current Microgrids, Article 712; and Fixed Industrial Process Heating, Article 425. Five improvements to the NEC® include Single-Phase Dwelling Services & Feeders, 310.15(B)(7); GFCI Protection for Non-Dwelling Units, 210.8(B); Reconditioned Equipment, ID & Traceability, 110.21(A)(2); Short-Circuit Current Documentation, 9 locations throughout; and Limited Access Working Space Requirement, 110.26(A)(4). And more...

NetApp Customized On-Site Training Level I Administration, Configuration, Set-Up for Site Storage Services

Course description coming soon...

Next Generation networks must deliver IPTV, Voice over IP as well Internet access services. Networks may cover the complete services of a national carrier, Regional carriers or local rural carrier services. Equally corporations must design service networks to meet their current and future needs. The scale of the networks may be different but the techniques used for Engineering and Architectures are common. Considerable experience exists in the sizing and design of circuit switched TDM voice networks. This enables the appropriate technologies to be delectated to match the need. Less experience exists in the design of IP based next generation networks. However the services of Triple Play networks may well be dominated by the requirements for quality video and for integrated delivery of all services. This course addresses the underlying skills of sizing, network analysis and network design applied to this new generation of services. It will provide a practical understanding of the necessary theory together with the application of these using spread-sheets prepared for the purpose. It will examine the infrastructure requirements, multicasting configuration needs and the sizing for delivery of services that match customer expectation.

In this Hands-On Network Management course, the student will work on a live SNMP and OSPF network reinforcing the discussed subject material . All the various concepts, techniques, terminology, conventions, and components of both SNMP management and OSPF route management and configuration will be discussed with the focus on making the student productive in his/her network environment. A practical approach will be accomplished by building, adding, modifying, and troubleshooting an OSPF network in class. The instructor will introduce configuration and hardware faults into the network to assist the students in isolating and resolving network failures in an OSPF environment.

This Hands-On course is designed to expand an attendee’s general knowledge of networking into leading edge technologies. Attendees will learn about the security risks all networks present and some of the key security solutions to meet these challenges needed for new and old technologies in service today. Specifically, the student will learn about secure networking via VLANs and VPNs delivered by tunneling or the hot new concept of MPLS VPNs. Security inevitably involves trade-offs in practice. Real systems need to provide reliable operation while still offering sufficient effective system power. Designing secure systems involves building systems that are difficult for an attacker to defeat. To understand this well, the course first demonstrates the most popular hacking techniques for compromising systems and then teaches how these techniques can be defeated by good design and security features.

This Technician level course is designed for personnel responsible for completing programming records, installing, programming and/or troubleshooting Norstar MICS systems. For employees with a good level product knowledge, this course may be used as a refresher to learn about features added in the most recent software versions. The most commonly used parameters of configuration, programming, general administration and maintenance will be covered.

This extensive Virtual "Live" Instructor-Led course will focus on extensive hardware breakdown and overview of each systems Core Processor-IODU-C / System Controller layout and interface to trunking and stations. Peripheral overview includes dumb terminal connectivity and remote access programming and set up. Will also cover the initial system setup including creation of routes and Route List Index entries implementing North American Numbering Plan and on basic administration including digital and analog trunk and phone adds, moves, changes, troubleshooting, and maintenance. Also covering basic administration including mailbox creation, Application Builder, maintenance, and back-up as well integration to each perspective system and implementing back up for system recovery for each PBX type post defective hardware replacement scenario.

The primary Hands-On focus will be on extensive hardware breakdown and overview of each systems Core Processor-IODU-C / System Controller layout and interface to trunking and stations. Peripheral overview includes dumb terminal connectivity and remote access programming and set up. Will also cover the initial system setup including creation of routes and Route List Index entries implementing North American Numbering Plan and on basic administration including digital and analog trunk and phone adds, moves, changes, troubleshooting, and maintenance. Also covering basic administration including mailbox creation, Application Builder, maintenance, and back-up as well integration to each perspective system and implementing back up for system recovery for each PBX type post defective hardware replacement scenario.

This extensive course was designed for those new to local loop design, planning and engineering - whether in telecommunications, CATV engineers designing fiber or copper, traffic engineering, municipal engineering, public utilities or any other roles that require familiarity with standards and common practices in outside plant design for fiber and copper. This course begins with the basic concepts such as basic electricity, basic telephony, outside plant components and loop transmission. It steadily builds to more advanced concepts and skills, including feeder and distribution designs, digital loop carrier systems and fiber optics. Local loop facilities sometime referred to as "the last mile” are a critical and capital-intensive network component in delivering reliable and adequate telecommunications services to a local carrier's customers. The third day and the final day consist of copper and fiber design exercises that put to work the theories and practical parts of the course. Students will receive 4 fiber design cost models that they can use to examine fiber design alternatives. They will also have a chance to show the area they want to design in class so a design can be started for it. In today's competitive markets, local loop facilities that are cost-effective, reliable and capable of accommodating changing customer needs are key to your organization's success.

This extensive Virtual "Live" Instructor-Led course was designed for those new to local loop design, planning and engineering - whether in telecommunications, CATV engineers designing fiber or copper, traffic engineering, municipal engineering, public utilities or any other roles that require familiarity with standards and common practices in outside plant design for fiber and copper. This course begins with the basic concepts such as basic electricity, basic telephony, outside plant components and loop transmission. It steadily builds to more advanced concepts and skills, including feeder and distribution designs, digital loop carrier systems and fiber optics. Local loop facilities sometime referred to as "the last mile” are a critical and capital-intensive network component in delivering reliable and adequate telecommunications services to a local carrier's customers. The third day and the final day consist of copper and fiber design exercises that put to work the theories and practical parts of the course. Students will receive 4 fiber design cost models that they can use to examine fiber design alternatives. They will also have a chance to show the area they want to design in class so a design can be started for it. In today's competitive markets, local loop facilities that are cost-effective, reliable and capable of accommodating changing customer needs are key to your organization's success.

This extensive 5 day course was designed for those new to local loop planning and engineering, this course begins with the basic concepts such as outside plant components and loop transmission. It steadily builds to more advanced concepts and skills, including serving area designs, digital loop carrier systems and fiber optics. Local loop facilities, sometime referred to as "the last mile, "are a critical and capital-intensive network component in delivering reliable and adequate telecommunications services to a local carrier's customers. In today's competitive markets, local loop facilities that are cost-effective, reliable and capable of accommodating changing customer needs are key to your organization's success.

This Extensive Hands-On course Advances attendees to the main Interior and Exterior Gateway protocols, OSPF and BGP4. This course will cover configuration, design, monitor, and troubleshooting of OSPF and BGP protocol from where the Basic course left off to this advanced level course. This course is the follow-on course from our Hands-On OSPF and BGP Basics 3-day course. This is a powerful Hands-On course that provides you with the required knowledge and skills to design, deploy, operate, and maintain an Internet service provider (ISP) backbone network. You will learn the primary principles of the routing protocols that are used in small to very large networks.

This Hands-On course covers the main concepts of Interior and Exterior Gateway protocols, OSPF and BGP4 and the fundamental BGP configuration as well as specific BGP issues such as creating a routing policy, building scalable BGP configurations, building a multi-homed network, getting an AS number and how to connect to an Internet exchange. OSPF forms the most powerful Interior Gateway Protocol available for running routing inside an Enterprise or with an ISP. Interconnecting ISP requires Exterior Gateway protocols, and the current Internet requires BGP4. This course will give attendees a very strong and comfortable foundation in the Real-World of OSPF and BGP.

This course provides a practical and in-depth foundation on Private Branch Exchange (PBX) or a Private Automatic Branch Exchange (PABX - which is out of fashion since all modern day PBXs are automatic), is a phone switch serving a business or organization and is usually located on the organization's premises. The PBX provides phone services including internal calling, and access to the public switched telephone network. It allows a small number of outside lines to be shared among all of the people of the organization. Advanced PBX phone switches sometimes provide auto-attendant, voice-mail, and ACD (automatic call distribution) services for the organization.

With the expansion of telecommunications from phone systems into DSL, Internet Access, IP Television and Triple play networks, telecom technicians need to use Laptop PCs to test and validate services. PCs are becoming more than just a way to surf the Internet and are becoming vital service testing tools. As such technicians need a solid background in using and maintaining laptop PCs. They must also be able to interface with customers who use services and validate their configuration to link to services. This course is aimed at giving technicians a solid grounding in how Laptop and desktop PCs work with Windows. The course will explain the basic architecture of PCs, their memory, disk layout and interfaces. It will teach attendees how windows and user programs, services and features are installed and maintained, how to select drivers for new hardware such as Wireless adaptors, how to configure networking and routing and how to use and test key user services. Technicians will need to move test files and software between platforms as well as upload and download files to the Internet. These key skills will be taught and practiced. Many customers will be unfamiliar with firewalls and anti-virus software. The course will explain the limitations of this software and how to turn on and off Windows XP security features. The concepts of system registry and system restore will also be explained.

The Understanding PDH/SONET/SDH Networks course has been developed to quickly on-board those new to telecom transport. While PDH and SONET are the main focus of the course, SDH is also explored and compared, in cases where employees encounter the use of this standard in the field. Plesiochronous Digital Hierarchy (PDH) circuits are discussed first, both for their legacy and ongoing role within the telecom network, and also for their basis as SONET's VT1.5 and STS-1 frames. Fiber optic networks are also discussed and compared to electrical signal transport, including the nature of synchronous and asynchronous circuits, and the need for a synchronous optical network. The SONET protocol is then looked at in more detail, including the use of overhead to provide alarm, pointer, DCC and other information as signals traverse different layers of the SONET model. Synchronous Digital Hierarchy (SDH) is then explained and compared to SONET, along with speed and frame differences. Various test equipment is also demonstrated, such as PDH (DS1/DS3) and SONET test sets, as well as optical inspection and OTDR instruments. Finally, Laser safety, fiber optic routing, cleaning and care are also emphasized.

This course teaches installation and troubleshooting technicians the key elements needed for installing, testing and maintaining antennas and masts. The course introduces the elementary principles of radio used in all classes of service. It teaches what kinds of antenna systems exist and which offer advantages for particular applications. Siting masts is becoming more difficult and so it has become necessary to share masts where possible and also to share antennas. Methods for achieving this will be considered. However within built-up areas or areas of natural beauty new masts may need to be concealed or located in less than optimal locations. The course will address these issues and provide potential solutions.

This extensive Hands-On PMP/PMI Exam Prep Boot Camp course will prepare attendees to pass the PMP or CAPM exam(s). In this course, you'll gain the essential preparation needed to pass the PMP/PMI and CAPM exams. Concentrating on exam content from A Guide to the Project Management Body of Knowledge and other sources, this course includes a wide variety of learning tools and study aids, all using PMI terminology. Learning activities in this Boot Camp target each of the three major learning styles: visual, auditory, and kinesthetic. Using the simple tool in our study guide, you can identify your learning style. You will receive three suggestions for approaches to studying for the exam that focus on the strengths of each learning style, including yours. This course includes: PMBOK Guide Over 600 practice questions PMP Exam prep study guides Exercises throughout to reinforce PMP and CAPM exam concepts Handy reference charts Exercises to increase memory recall And more...

This course teaches installation and troubleshooting technicians the key elements needed for installing, testing, validating and troubleshooting Private WiMAX equipment used for outside Private Link services. The course introduces the elementary principles of radio used in WiMAX and the relationship between WiMAX and WiFi. Comparison will be made between the different versions of the 802.16a/c/d and e standards and with 802.11a/b/g/n. The course teaches how to survey the location in order to position plant in the appropriate location and how to avoid contention with other services. Students are taught how to select the appropriate antenna type for the selected location and position plant as required. The correct safety procedures and service configuration options will be learned in this course. Students will undertake practical exercises to install devices, undertake the appropriate configuration, measure signal strength, loss, Signal to Noise ratio and survey a site.

This extensive course covers the essentials of SCADA and PLC systems, which are often used in close association with each other. A selection of case studies are used to illustrate the key concepts with examples of real world working SCADA and PLC systems in the water, electrical and processing industries. This course will be an excellent opportunity to network with your peers, as well as to gain significant new information and techniques for your next SCADA / PLC project. Although the emphasis of the course will be on practical industry topics highlighting recent developments, using case studies, the latest application of SCADA, PLC technologies and fundamentals will be covered. The question is which PLC is being used. We present this course focusing on the generic PLC and use the open programming IEC 61131-3 standard. For specific examples we use the Allen Bradley range, but are not selling Allen Bradley or for that matter any other PLC! This course is designed to benefit you with practical up-to-date information on the application of PLC systems to the automation and process control industries. It is suitable for people who have little or no exposure to PLCs, but expect to become involved in some or all aspects of PLC installation. It aims to give practical advice from experts in the field, to assist you to correctly plan, program and install a PLC with a shorter learning curve and more confidence. While the course is ideal for electricians, technicians and engineers who are new to PLCs, much of the material covered will be of value to those who already have some basic skills, but need a wider perspective for larger and more challenging tasks ahead. The information covered advances from the basics to challenge even the most experienced engineer in the industry today.

Our Hands-On course will cover Visual Basic language syntax, program structure, and implementation by using Microsoft Visual Studio 2010 and the Microsoft .NET Framework 4.0. In this course, you'll gain a solid foundation in Visual Basic programming. This course will also focuses on new enhancements in the Visual Basic 2010 language using Visual Studio 2010. Our course will reinforce the course materials with effective, real-world Hands-On labs, this will enable you to be more effective with the day-today use and practical applications in your working environment.

Course description coming soon...

BTS offers the finest accelerated CompTIA Project+ certification training. The CompTIA Project+ exam is recognized throughout the industry and acknowledges professional competency in IT project management. The CompTIA Project+ exam focuses on critical business skills, interpersonal techniques, and project management. As IT Professionals, you will undoubtedly be involved in technology projects within your organization. Failing to complete these projects on time, and on or under budget can have a significant financial impact on your company! The primary challenge that most teams face in achieving these objectives is a lack of knowledge in the area of project management! By understanding the concepts and theories associated with project management, you will have the skills to lead people, to build better relationships with others and to improve your skills beyond technical knowledge. Our CompTIA Project+ certification class will teach you to have the knowledge and experience to complete projects on time and within budget. In addition to this, the value of the CompTIA Project+ certification opens many career opportunities. Our CompTIA Project+ certification allows you to get your CompTIA Project+ certifications in 5-days. You will acquire the necessary skills to plan and implement IT projects that will positively impact your organization. This CompTIA project+ course offers intense training from industry experts by far.

Network transport service providers and their users are seeking to rationalize their networks by migrating their existing services and platforms onto IP or MPLS enabled IP packet switched networks (PSN). This migration requires communications services that can emulate the essential properties of traditional communications links over a PSN. Pseudowire Emulation Edge to Edge (PWE3) will specify the encapsulation, transport, control, management, interworking and security of services emulated over IETF specified PSNs. A pseudowire emulates a point-to-point link, and provides a single service which is perceived by its user as an unshared link or circuit of the chosen service. It is not intended that an emulated service will be indistinguishable from the service that is being emulated. The emulation need only be sufficient for the satisfactory operation of the service. Emulation necessarily involves a degree of cost-performance trade-off. In some cases it may be necessary to design more than one emulation mechanism in order to resolve these design conflicts. All emulated service definitions must include an applicability statement describing the faithfulness of the emulation. Switching, multiplexing, modification or other operation on the traditional service, unless required as part of the emulation, is out of the scope of the PWE3 WG. PWE3 operates "edge to edge" and will not exert control on the underlying PSN, other than to use any existing QoS or path control mechanism to provide the required connectivity between the two endpoints of the PW. MPLS is a standards based technology for using label switching and for the implementation of label-switched paths over various packet based link-level technologies, such as Packet-over-Sonet, Frame Relay, ATM, and LAN technologies (e.g. all forms of Ethernet, Token Ring, etc.). This includes procedures and protocols for the distribution of labels between routers and encapsulation. Next Generation Networks are now being built using these technologies to deliver carrier level services with high levels of QoS and at high speed for deployment of all services over common core networks. This course provides a fast technical understanding of these new technologies for developers, system designers and mangers.

This Hands-On React2000-2001 course can be taught to testers that are experienced as well as employees in the beginning stages of testing. The React200-2001 course could and most likely will require some follow up by additional technical training. Future procedural and equipment upgrades of systems could require expanded training of React2000-2001. This React2000-2001 course is developed to cover current testing features that are in place for each distinct customer. Five distinct circuits, one of the each following types: • -DS0 Voice • -DS0 Data • -DDS • -DS1 • -E1 Information required from these types included: • -Circuit ID • -DACS ID • -Circuit layout The student’s coursebook provided is for the student to keep after they finish the course. Students are encouraged to enter their notes and mark down the Hands-On Labs they completed for future reference.

This course provides systems engineers and integrators with a fast technical overview of current state of the art technology for capture, encoding and distribution of High Definition (HD) and 3D television. The course includes technical discussion of the technologies used with practical demonstrations where possible and appropriate. It will try to identify where commercial off the shelf technology exists and compare practical standards that exist for TV distribution. Several distribution technologies exist each with its own advantages and disadvantages. Two groups of distribution technologies will be studied and compared in detail. Firstly delivery of services over radio frequency (RF) systems. This will include point to point microwave, terrestrial broadcast, RF over coaxial cable and over Hybrid Fiber Coaxial cable (HFC) networks. Distribution over optical fiber will also be examined considering the problems of selecting fiber types, transmitter wavelengths and system construction. Point to point single wavelength and multiple wavelength systems will be compared and both active and passive optical network systems (PON) compared. A key part of any services is the compatibility of system component subsystems with each other and with national and International public services. The course will examine the currently available IPTV standards, standards for RF and for fiber optical systems. Where feasible, practical demonstrations within the classroom will be used. These will be used to illustrate elements of the technology difficult to describe. Video presentation of field installations and field deployments will also be used.

This extensive course is designed to provide an operational basis for all facets of disaster recovery and continuity-contingency planning through information delivery and practical Real-World Experience exercises. Students will develop enhanced abilities to establish and understand training, testing, risk analysis, impact analysis, strategy, emergency response, computer incident response and recovery. Attendees will develop enhanced insights through detailed presentations of concepts, discussion of applicable NIST and DoD publications, and a series of practical Hands-On Labs. This course will expose the students to emergency response techniques from the development of checklists and templates to crafting concise planning documents. Highlights of this Course: -Designed to provide an operational basis for all facets of disaster recovery planning with practical Real-World Experience Hands-On Lab exercises. -These “Tabletop” style labs allow sharing knowledge and skills to develop a DoD Installation Scenario for application of the various plans relevant to Risk Management. -The course will impart an ability to conduct contingency and recovery planning using NIST standards. -Students will develop insights into the seven NIST progressive steps for a viable contingency plan involving recovery strategies and how systems may be recovered following a disaster. -Understanding of emergency planning and response techniques from the development of checklists to completion of related templates. -Knowledge of how to develop viable, easy to use recovery plans that address all hazards and all contingencies. -Understanding the elements of an ongoing viable recovery capability through hands-on exercises that meet the needs of DoD organizations.

Designed for IT professionals working to become full-time Red Hat Enterprise Linux system administrators, this course is a follow up to Red Hat System Administration I (RH124), includes the RHCSA exam, and continues to utilize today's best-of-breed, contemporary teaching methodology. You will be actively engaged in task-focused activities, lab-based knowledge checks, and facilitative discussions to ensure maximum skills transfer and retention. Building on the foundation of command line skills covered in RH124, you will dive deeper into Red Hat Enterprise Linux, adding to your arsenal of administration skills. By the end of this course, you will be able to administer and troubleshoot file systems and partitioning, logical volume management, access control, and package management. You will take the RHCSA exam on the final day of class.

This extensive course is geared to resolve problems and is a must for Radio Frequency Engineers and Field Support Technicians. First it is necessary to fully understand the radio technology in use and how signals are encoded, decoded and engineered in fully working systems. Coverage will be affected by antennas and the coverage expected for different types of antenna systems must be understood. With this knowledge and good spectrum analyzers it is possible to examine radio signals in locations where interference is expected and identify the type of interference. Different types of interference exhibit different signal patters and from this experienced technicians can start to locate suspected interference sources. This course provides an understanding of radio systems in the 60, 850, 900, 1800 (PCS), 2100 and 2400 MHz bands used for cellular phone, two-way radio, Wi-Fi and wireless data networks. Students will use simple laptop computers, regular cell phones and Spectrum Analyzers to understand RF interference, expected antenna propagation and the patterns generated by interference sources on tester displays. They will use directional antennas to track interference and learn how to locate individual interference sources.

Mobile cellular telephone systems are today universally used throughout the developed world. The key issue in many locations however is the lack of good coverage. In some cases this is caused by topographical features of the geography of the area or the lack of cellular telephone masts near by. However in other cases coverage may be good for some users of one operator but very bad for another. It may also happen that black spots exist even when no topographical feature would seem to be present to cause it or that strong signals are indicated but calls drop for no apparent reason. These situations are a strong indication of radio interference sources cause problems. To resolve such problems is a challenge for Radio Frequency Engineers. First it is necessary to fully understand the radio technology in use and how signals are encoded, decoded and engineered in fully working systems. Coverage will be affected by antennas and the coverage expected for different types of antenna systems must be understood. With this knowledge and good spectrum analyzers it is possible to examine radio signals in locations where interference is expected and identify the type of interference. Different types of interference exhibit different signal patters and from this experienced technicians can start to locate suspected interference sources. This course provides an understanding of radio systems in the 850, 900, 1800 (PCS) and 2100 MHz bands used for cellular and mobile telephony and in the 2400 MHz used for WiFi systems. Students will use simple laptop computers, regular cell phones and Spectrum Analyzers to understand RF interference, expected antenna propagation and the patterns generated by interference sources on tester displays. They will use directional antennas to track interference and learn how to locate individual interference sources.

This course teaches design engineers and technicians the key elements needed for designing Radio Frequency communications systems. The aim is to take experienced fixed wire telecommunications and data professionals from digital fixed line voice and data services and give them an understanding of the principles of radio link and coverage engineering so that they can successfully design and implement microwave, WiFi, WiMAX and simple private cellular mobile services. The course introduces the elementary principles of radio frequency propagation in free space and over cable systems. Students will learn how to design links to match power budgets, calculate impairments, engineer correct polarization systems, determine antenna parameters and read coverage charts. Using spreadsheets students will design links in class case studies for point-to-point links, multi-link loops and areas cellular coverage. This course teaches the key system parameters needed to specify and select the correct equipment such as Effective Radiated Power (ERP) Signal to Noise Ration (SNR), Received Signal Strength Indication (RSSI), Noise Figure (NF) and sensitivity. It includes a survey different kinds of test equipment classes and allows students to practice measurement of key system parameters. It teaches how to survey the location in order to position plant in the appropriate location and how to avoid interference with other services, and how to use the results in engineering a full system design.

In this comprehensive two-day course containing hands-on labs, demos, and presentations, you will learn to install, configure, operate, and maintain the S-Series web security appliances.

This extensive Hands-On course will describe the importance of securing information, and identify the different ways to guard yourself against social engineering exploits. This course will also cover the security practices related to computers, mobile devices, networks, and the Internet. Teach techs to maintain the security of the files and folders stored on your computing devices, identify and protect information against risks associated with the cyber world, identify potential security incidents, ways to respond in the event of a possible breach, and measures to prevent a security breach. Also identify methods to keep the cloud and virtualized environments secured and much more...

This Hands-On course provides in-depth coverage on the ShoreTel Small Business Edition (SBE), Voice over Internet Protocol (VoIP) telephone system, which integrates voice and data transmission. ShoreTel Small Business Edition (SBE) was created to help empower small business owners with productivity-boosting UC (Unified Communications) applications, while delivering exceptional ease of management and low total cost of ownership. Most standard functions, such as adding or changing phones, and moving users, can be done by anyone with basic IT knowledge and skills. This Hands-On course will allow participants to work with an in-class intranet infrastructure constructed with ShoreTel switches, server and telephones. Upon successfully constructing and testing the in-class Intranet, participants will observe the installation of voice hardware and software on PCs.

This course teaches installation and troubleshooting technicians the key elements needed for installing, testing, validating and troubleshooting short-haul links. The course introduces the elementary principles of radio used in short-haul radio services. It teaches how to survey the location in order to position access points in the appropriate location and how to avoid interference with other services. The course identifies the problems with alignment of antenna systems as well as teaching what appropriate safety precautions need to be taken.

In this Hands-On SNMP program, the student will work on alive SNMP network reinforcing the discussed subject material . All the various concepts, techniques, terminology, conventions, and components of SNMP will be discussed with the focus on making the student productive in his/her network environment. Now, SNMPv3 training, Simple Network Management Protocol Version 3 introduces the fundamentals of network management, SNMP, SNMPv2, SNMPv3 and RMON 1, and RMON 2. It details the technology fundamentals of SNMP, SNMPv2, SNMPv3, and RMON 1 and 2 by explaining what’s behind this family of popular networking standards. SNMPv3 provides the details on secure access to devices by a combination of authenticating and encrypting IP packets over the network. It details SNMPv3’s Message integrity, Authentication, and Encryption features.

This training program provides students with an accelerated schedule. Through a combination of new content, lab exercises, and top notch presentations, students will be integrated in the world of Solaris 10 operating system (Solaris 10 OS) administration and be prepared to take the Sun Certified System Administrator for the Solaris 10 OS Exam, Parts I & II. This accelerated course provides experienced system administrators with the necessary skills to successfully administer Sun Microsystems Solaris 10 OS-based desktop and server systems. Live, breath, eat, and drink Solaris 10 OS administration for one week. Receive vouchers for the Sun Certified System Administrator for the Solaris 10 OS Exam Part I and for the Sun Certified System Administrator for the Solaris 10 OS Exam Part II. This course supports the following two courses: System Administration for the Solaris 10 Operating System Part 1 This course gets you further engaged with the most efficient, secure, and reliable operating system ever built, giving you direct experience with the most essential system administration tasks in the Solaris 10 OS. You will be instructed in crucial system management skills including managing local disk devices, managing UFS file systems, installing and removing Solaris packages and patches, and performing system boot procedures. The course also covers user and security administration, managing network printers and system processes, and performing system backups and restores. This course is the first of a two-part series that helps you prepare for Part I of the Sun Certified System Administrator for the Solaris 10 OS Exam. System Administration for the Solaris 10 Operating System Part 2: This course expands your mastery of the most advanced operating system on the planet: Solaris 10. This course provides you with hands-on experience working with more complex and integrated administration concepts as it builds upon the Part 1 course. You will be instructed in essential system administration skills including configuring network interfaces, managing swap configurations, crash dumps, and core files. The course also covers configuring NFS and AutoFS, as well as system messaging, managing storage volumes and ZFS file systems, setting up naming services, and managing Solaris Zones. This course helps you to prepare for Part II of the Sun System Administrator for the Solaris 10 OS Exam. Note: The hands-on labs offered in this course may involve accessing equipment that resides at a location other than where the training is delivered. Certification: Sun Certified System Administrator for the Solaris 10 OS Part I (CX-310-200) The Sun Certified System Administrator for the Solaris 10 OS Part I Exam is for candidates with a minimum of six to twelve months of experience as a system administrator. The exam presumes the test candidate has an in-depth knowledge of basic UNIX and Solaris OS commands, such as those commands covered in the SA-200-S10 courseware. The exam also presumes the test candidate has system administration expertise for SPARC-, x64-, and x86-based systems. The examination includes multiple-choice, scenario-based questions and drag-and-drop questions and requires extensive knowledge on Solaris OS administration topics, including how to manage file systems, install software, perform system boot and shutdown procedures, perform user and security administration, manage network printers and system processes, and perform system backups and restores. The examination is a prerequisite to the Sun Certified System Administrator for the Solaris10 OS Part II Exam. Test candidates must pass the Part I exam before proceeding to the Part II exam.

This Hands-On course is designed to provide attendees with knowledge on the requirements to meet the TIA 568 standards for structured wiring that is used to support Local Area Networks (LAN’s). Participants will get an understanding of the methods and procedures used to place and certify a structured wiring system as well as industry standards that help ensure proper, fault-free installations. This training includes the application of the latest standards and tools, including Wire Mapping and certification techniques used to support today's highspeed networks. Our instructors have actual field experience and have faced the same obstacles and challenges as your team. Our actual “In The Field” technical experience allows us to provide participants with the answers, solutions and the skills to overcome their daily challenges.

A vast majority of Telecommunications companies use T1 copper and HDSL spanlines as the primary method of transporting data to a variety of business customers on their local loop; therefore, having well trained technicians with the ability to install, maintain and troubleshoot these systems is vital to providing high-quality reliable service to customers in a highly competitive environment. This 2-day class is an intense training experience that combines T1 and HDSL spanline operation with hands-on troubleshooting. For this class, BTS provides a live working classroom lab with typical spanline equipment currently deployed in the telecommunications industry. Students learn how these systems work; then are required to use the knowledge to test, troubleshoot and repair the circuits using their own T1 test equipment. Troubleshooting includes equipment failures, wiring problems, field repeater problems, cable pair problems and more...

Course description coming soon...

The Internet Protocol Suite, commonly known as TCP/IP, forms the basis for the Internet and the next generation of telecommunications services. Once technicians understand how they work the next key skill for them to learn is how to analyze and troubleshoot faults. Some services will be delivered and installed by a single organization. TCP/IP and Internet services by their very nature must interface to customer networks and PCs. To function correctly both network service provider equipment and customer devices and networks must be configured to interoperate correctly. This course will teach the systematic approach to troubleshooting and locating faults. Using practical hands-on course exercises technicians will learn what the impact is of likely faults implemented on test configurations within the classroom. Using recognized test tools they will then practice locating and the faults and fixing them.

This Hands-On course covers an in depth knowledge of telephony maintenance and related diagnostic equipment used in Telephony Maintenance. Attendees will be able to understand and have the Hands-On skill sets to maintain and support Telephony equipment and maintenance applications in today's environments.

The Tellabs® 1000 (UMC1000) Maintenance and Troubleshooting Course (formerly the AFC UMC1000) is designed to provide any student with a solid understanding of the various aspects of the AccessMAX/MSAP-series platform and its many features and options. The roles of a 1000 network shelf within a modern switching & transport network is explored, with discussions on its theory, options, maintenance, provisioning, and troubleshooting. The hardware design of the system and its versions (POTS, ATM, ADSL/VDSL, PON) are explained, along with optional LET/RST and TR-8, TR-57, & GR-303 configurations, including connections to existing Class 5 switching systems. Various options are explained, including the different types of customer POTS plug-ins, T1, DS3, and ADSL/VDSL. Key concepts like TDM switching, copper and optical transport, and host-remote are explained, plus newer services like FTTP and OLT/ONTs are introduced. Transaction Language 1 (TL1), Craft Interface GUI, Panorama, and other input-output options are shown. Common maintenance functions like checking alarms, air filters, and backups are discussed, along with more advanced troubleshooting procedures for card-level repair, and for analysis of host T1 links with EOC/TMC channels. Other AccessMAX equipment is also reviewed, including DMAX™, EMAX™, as well as UMC variants within the Multiservice Access Platform (MSAP) series, including the multiple types of RSC cabinets. Fundamentals of telecom copper and fiber networks is also provided, to help the student understand the many ways of connecting to the equipment, and to understand its many features. Symptom investigation and troubleshooting are demonstrated using previous trouble examples, and through actual troubles which may exist in the network. Common fault types and best practices are also presented, to help prevent troubles from occurring in the first place. In addition to supporting independent problem-solving skills, the course helps provide an excellent background for NOC and TAC interaction. Our non-intrusive exercises equip the student to conduct day-to-day maintenance activities and show how to perform troubleshooting procedures, including aspects of problem isolation, cabling and port/card provisioning, which helps prepare students for higher-tier support interaction. The course is flexible, allowing the most important content for a particular group of students to be emphasized, and to allow for emphasis on the particular MSAP/UMC1000 platform(s) in use.

This extensive course has become a very high demand need today, as it starts by introducing delegates to the concept of the next generation of AAA server (after the traditional RADIUS) called Diameter. This is described in depth within the context of the IETF Diameter Credit Control Application.. The course then fits the knowledge of Diameter and the Credit Control Application into the 3GPP UMTS and LTE Charging Management architecture. An overview of the preferred Transport Layer (Layer 4) for Diameter, SCTP is also covered.

This Hands-On course will enable attendees to upgrade their knowledge about how Video and Television is carried over IP in state-of-the art systems. At the end of the course attendees will better appreciate how reliable distribution systems using Quality of Service networks can be engineered and faults found using open source and freely available tools, in particular Wire Shark. TV and video delivery systems increasingly run over networks based upon IP within TV head-ends as well as for delivery and distribution to customers over access networks. Engineers need an appreciation of how these services can be deployed reliably in redundant systems. The course will comprise extensive Hands-On labs deploying “learning by discovery” techniques to reinforce practical field service skills. The course will teach you how to analyze traffic running between networks and set top boxes, between switches and routers within distribution networks, multiplexer streams running between head ends and network management systems as well as locating the source of blocking, freezing and picture breakup. Attendees will also analyze the protocol exchanges and experiment to identify how failures impact the service and how security attacks can be detected and defeated. This class can also be customized to add additioanl Hands-On sessions monitoring and troubleshooting live services, upon request.

This extensive Hands-On course is aimed at Field Service technicians, Systems Engineers, Systems Specialists, Integrators, Developers, Designers, Customer Support and Systems Delivery Project Engineers who need to troubleshoot LTE service network Interfaces. In particular the course will focus on the air interface, S1 interface carrying signals between MME, and eNodeB backhaul and the X1 Interface used to interconnect eNodeB devices. It will teach the fundamentals of the supported protocols, how to filter traffic by protocol type, address and conversation and how to identify potential faults, failures and much more...

Carriers are introducing IPTV services using IPTV set top boxes. Customer services staff will need to support these new services to assist customers who use their services and to troubleshoot service calls to identify those which need technician service calls. This will enable attendees to upgrade their knowledge about how Video and Television is carried over IP in state-of-the art systems and to recognize the key symptoms of particular faults that can occur. At the end of the course attendees will be able to ask customers questions about their service and identify the difference between simple mis-operation of the service and serious network or service faults needing technician call-out. Attendees will observe typical fault conditions within class to familiarize themselves with what customers might observe and practice troubleshooting test situations to identify the potential faults.

Carriers are introducing IPTV services using IPTV set top boxes. Installers will need to be able to understand how IPTV services function so that they can verify that the service is functioning correctly across the network access. Once the service has been verified the installer must be able to configure and interface the customer TV to the service. When error conditions occur installers must be able to identify them and troubleshoot the source of problems and where possible reconfigure the service to fix the faults. At the end of the course attendees will be able observe IPTV services and recognize typical fault conditions and their fixes. They will be able to analyze traffic to identify the service works correctly as well as troubleshoot Set top box problems within the customer premises when they occur. Attendees will observe typical fault conditions within class to familiarize themselves with what customers might observe and practice troubleshooting test situations to identify the potential faults.

Voice over IP is being widely implemented both within companies and across the Internet. The key problems with IP voice services are maintaining the quality of the voice service and ensuring reach-ability of all users. Technicians are often required to troubleshoot services beyond just swapping out phones and switches and need to develop skills to identify the source of problems when interconnection between different vendor equipment is involved. This course will teach you how to use protocol analyzers to capture traffic and analyze the source of problems. It will teach how VoIP services are carried between IP Phones and Analog Telephone Adaptor to IP PBX Servers. It will also teach how SIP protocols used to interconnect servers can be analyzed to test and verify services. Attendees will set up and examine calls inside the classroom and observe how an Internet simulator can be used to introduce the kinds of problems that may be observed when connecting over Internet services. They will then learn how to troubleshoot and fix typical faults. Students will configure WireShark protocol analyzer, Soft Phones and Asterisk IP PBX software on their own Laptop computers. They will then use this software to learn how to build, test and troubleshoot VoIP services Hands-On.

This extensive course delivers an in-dept overview of DWDM and how it can be used in small carrier networks. The course will examine why DWDM might be used, compare its operation with single wavelength and Course Wavelength systems and identify the advantages and challenges. The course will then examine how SONET systems function so that attendees can appreciate the different levels in the hierarchy and how different OC levels perform. Many modern optical systems now carry IP, so the course will then go on to examine routing and switching technologies used by Cisco. The course will also compare different classes of Cisco routers and identify the advantages and applications for each of the different types. This course will then bring together the concepts learned to identify how modern carrier networks can take advantage of these technologies today and how the technology is likely to evolve over the next few years.

The next generation of telecommunications networks will deliver broadband data and multimedia services to users. Integration of Internet Access with TV, music and radio distribution will become a reality provided mechanisms to provide multicast delivery are implemented. IP Television will provide an alternative mechanism for delivering services. DOCSIS (Data Over Cable Service Interface Specifications) is a set of standards produced by the Cable Television industry for delivering Internet access and other data services over traditional cable television Networks. It has evolved from version 1 through version 2 into version 3 which is able to produce bonded services to customers at speeds in excess of 100 Mbit/s. Versions exist for North American and European markets separately. This course provides an understanding of how modern installed Cable systems work today, how they have evolved from analogue into digital services using DOCSIS and Euro-DOCSIS 1.0/2.0 , then discus how they will continue to evolve into DOCSIS 3.0 services. It will further identify the motivations and mechanisms that will be used to allow new cable systems to support voice, IPTV, Video on demand and provide IMS services for convergence with new 3G mobile networks.

This Hands-On course provides technical staff new to UNIX and Linux with a sound appreciation of the operating system. The course provides attendees with knowledge and confidence in the most useful UNIX & Linux tools and utilities. On completion, attendees will have a fundamental knowledge of the UNIX & Linux operating systems and be able to use some of the more advanced facilities. Having gained suitable, complementary experience they can progress to further specialized training to establish peak effectiveness.

This Hands-On course will provide programmers and integrators with the skills necessary to construct extensive UNIX shell scripts. Attendees will confidently be able to put together and maintain complex shell programs and much more.

VDSL/VDSL2 is the most powerful member of the xDSL family, capable to provide up to 100 Mbps on a single telephone wire. It provides unmatched flexibility in rate, reach and symmetry to satisfy the increasing demand for high-speed services such as corporate communications, fast internet access and high quality digital audio and video delivery. This course will provide a Hands-On understanding to the VDSL/VDSL2 technology and its applications. It will give cover the VDSL/VDSL2 system, describing channel conditions, system architecture, and VDSL/VDSL2 performance in terms of rate-reach-symmetry objectives. It will cover the basic principles of VDSL/VDSL2, explaining why VDSL/VDSL2 is not just an upgrade of ADSL in terms of higher transmission speed, and summarizing the features in the current VDSL standard that allow customization and on-the-fly configuration of the modems. In particular, it will study a general block diagram of a DMT based VDSL/VDSL2 modems, describing some of the signal processing techniques that enable this high performance operation and flexibility. Finally, it will describe some of the applications for VDSL/VDSL2 such as ATM over DSL and Ethernet over DSL. Students Will Learn: -A definition for VDSL (What?) -Penetration of VDSL/VDSL2 (Who?) -VDSL/VDSL2 for Triple-Play (Why?) -Anatomy of a VDSL/VDSL2 System (How?) -The VDSL/VDSL2 Standard (How?) -Deployment of VDSL/VDSL2 (How?) -Some VDSL/VDSL2-based Applications (Where?) -Testing and Troubleshooting VDSL/VDSL2 (How?) -The VDSL/VDSL2 future -and More...

This extensive Virtual Live Instructor-led course introduces the telecom professional to the data and networking environment. The growth of the information age is being driven by Internetworking. This course will cover the essentials of data and networking environments and their concepts, components, applications, and many acronyms will be examined in detail as the overall picture of these technologies are simplified. This course will provide practical Hands-On Set-Up, Configuration, Implementation and troubleshooting of these Basic and Complex Technologies.

VMware View class offers participants the most extensive training available in the Installation, Configuration and Management of VMware View 5. Each participant will work Hands-On with real servers to build and administrate their own complete VMware View 5 environment from the ground up. The primary reason that our course offers participants a more comprehensive experience than other courses is that each student gets to install and configure a complete VMware® vSphere™ 5 environment designed specifically to support Virtual Desktops. While other providers cover Virtual Desktops as an isolated topic; we believe that an understanding of the infrastructure (VMware vSphere 5) provides participants with an invaluable insight into the functionality of their VMware View 5 environment! Once the infrastructure has been provisioned, participants install VMware View 5 and begin the process of learning how to maximize their administrative efficiency while managing VMware View 5 environments while maintaining the highest levels of Virtual Desktop security. During class we focus on Real-World Virtual Desktop deployment scenarios using the available GUI tools; the vSphere Client, vCenter Server, and the VMware View Manager. Our VMware® View™ 5 Virtual Desktop Deployment follows true Cloud Practice in deploying Infrastructure as a Service (IaaS). Because we provision completely separate resources for each participant, everybody gets unique firewall rules, and everybody gets to connect separately to his/her Virtual Desktop environment from the internet, when it is complete!. The VMware® View™ 5 Virtual Desktop Deployment class features over 50 hands-on Step-By-Step Labs (SBS LAB™), complete with detailed instructions, full-color documentation and screenshots of all steps. The book alone is sure to become one of the most valued reference materials in your library and more...

This Hands-On course provides in-depth coverage on Voice over IP (VoIP), which integrates voice and data transmission, is quickly becoming an important factor in network communications. It promises lower operational costs, greater flexibility, and a variety of enhanced applications. This course provides a thorough foundation to this new technology to help experts in both the data and telephone industries plan and support their VoIP networks. The hands-on labs are very useful methods to understand the A-Z of VoIP.

LTE promises greatly accelerated data rates — even when mobile users are traveling at hundreds of kilometers per hour. However, as LTE moves from the labs into actual deployments, debates over the glaring gap in delivering voice over an LTE network are growing. Voice is the major revenue generator for operators, and voice-over-LTE (VoLTE) is now being touted as the technology of choice for delivering voice to LTE networks. In this course our SME will cover the benefits of VoLTE, and the challenges (both pre-deployment and post-deployment) faced by manufacturers and operators developing and deploying VoLTE networks and more...

Carriers have offered connectivity services based on traditional TDM, Frame Relay and ATM for many years. However, the cost of operating separate networks to provide each of these services, as well as the need to sell higher bandwidth services than can be offered with these traditional networks, is forcing them to move to newer, more cost effective technologies, namely Ethernet, IP and MPLS. Ethernet and IP have allowed networks to deliver high bandwidth and new services with greater flexibility, while MPLS has allowed these new services to become more "carrier-class", offering the connection-oriented behaviour, quality of service, and reliability normally associated with traditional technologies. Recently, there has been increased interest in Layer 2 MPLS based services, which support LAN and legacy traffic, and are lower cost and simpler to manage. Virtual Private LAN Service (VPLS) is a fast growing Layer 2 MPLS based service that offers multi-point connectivity; making enterprise LANs in multiple sites appear as if they are on the same LAN. This course provides a fast overview of VPLS, how it works, how it can be deployed within a carrier network and what benefits to carrier and user that it provides.

This highly intense, vendor neutral, Hands-On 4-day course provides an in depth exploration of Wide Area Networking Transport Protocols. It

This course provides a Hands-On introduction to staff who will be responsible for planning, designing and supporting WiFi Networks and WiFi Hot-spots.

This Hands-On course provides Active Directory Technology Specialists an introduction to Active Directory server roles in Windows Server 2008. The course is intended for entry level students who want to get familiar with the Active Directory server roles and their basic functionality.

This Hands-On course is highly interactive and consists of theory with plenty of hands on practical content. It will provide support staff new to LINUX with a sound appreciation of this powerful operating environment. This course provides attendees with knowledge and confidence to provide day-to-day support of LINUX based systems. Attendees will gain a fundamental knowledge of the LINUX operating system and be able to use some of the more advanced LINUX facilities. In addition, they will be able to provide basic support on a day-to-day basis for LINUX-based systems.

This extensive Hands-On course is a must for persons entering the field of WiFi Networking and Telecommunications. Students will learn about the building blocks of all networks, including the OSI and Network Models. Many terms will be defined, including the purpose of switches, routers and WiFi access-points and more. The course will also provide significant Hands-On with networking equipment and components, including test equipment. Copper, fiber and WiFi media will be demonstrated, including updates to all technologies. We will also cover Mesh technologies with wireless and wired backhaul links will be covered, along with multiple ways to mitigate interference. Finally, troubleshooting of common problems will be discussed for different network medias, including Real-World examples, plus any examples and or issues provided by the customer/attendees to help them immediately improve their WiFi Networking skills.