CCNT Telecommunications Training
 CCNT has the endorsement of the Telecommunications Industry Association (TIA). TIA is a communications and information technology trade association whose members consist of
companies that manufacture or supply the products and services used in global communications.
CCNT™ Basic Telecommunications Curriculum Includes:
CCNT Basic Telecommunications Certification Training Courses on CD's
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Basic Telecommunications Certification Training
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N87601D
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$219.00
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$ave! Complete CCNT™ Certification Curriculum
Convergent Network Technologies (includes
Basic Telecommunications, DataCommunications, LAN CTI Essentials, VoIP, and Broadband Technologies Curriculums)
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N87601D
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$599.00
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Part 1: Fundamentals, Analog, and Digital Training
This course teaches the fundamentals of telecommunications and gives a comprehensive introduction to analog and digital
concepts. The course covers the history of telecommunications and looks at the structure of business systems (including
station sets, PBX, key and hybrid systems, ISDN and broadband), Consumer Premises Equipment (CPE), and services
(dedicated and switched). It then covers analog signals, its history and associated variables. Additionally, digital systems,
its advantages over analog, and such aspects as Pulse Code Modulation, Time Division Multiplexing, optical standards and loop carriers are covered.
Learn To
• Identify stages in the historical evolution of telecommunications.
• Identify stages in the technical evolution of telecommunications.
• Match telecommunications standards organizations with their functions.
• Identify features of analog voice signals.
• Match analog transmission impairments with their descriptions.
• Identify features and functions of analog multiplexing.
Contents
Unit 1: Telecommunications Fundamentals
• Identify stages in the historical evolution of telecommunications.
• Identify stages in the technical evolution of telecommunications.
• Match telecommunications standards organizations with their functions.
• Match telecommunications types with their definitions.
• Match network structure components with their features.
• Match network provider types with their services.
• Identify features of switching and transmission.
• Identify basic features of station sets.
• Identify additional features of station sets.
• Identify features of Centrex.
• Identify features and functions of a private branch exchange (PBX).
• Identify functions of key and hybrid systems.
• Identify features of Integrated Services Digital Network (ISDN) types.
• Identify features of Digital Subscriber Line (DSL).
• Match broadband technologies with their features.
• Identify CPE building blocks.
• Identify typical features of CPE.
• Identify features of components of Consumer Customer Premises Equipment (CPE) enterprise networks.
• Identify features and functions of telecommunications services.
• Identify features of dedicated services.
• Match switched services types with their features.
Unit 2: Analog and Digital Concepts
• Identify features of analog voice signals.
• Match analog transmission impairments with their descriptions.
• Identify features and functions of analog multiplexing.
• Identify features of analog frequency division multiplexing (FDM).
• Identify features of digital signals.
• Identify features of digital bits and bytes.
• Identify advantages of using digital technology.
• Identify features and functions of digital transmission.
• Sequence the steps in the digital Pulse Code Modulation (PCM) process.
• Match digital transmission facilities with their characteristics.
• Identify features and functions of digital time division multiplexing (TDM).
• Identify characteristics of digital standards.
• Identify features of optical transmission technology.
• Identify features and functions of digital loop carriers (DLCs).
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Part 2: Networks, Signaling, and Switching Training
This is the second course in a two-part series on Basic Telecommunications for the Certified in Convergent Network
Technologies (CCNT) curriculum. This course focuses on transmission networks, switching, and signaling.
Learn To
• Identify features and functions of telecommunication networks.
• Match current network structure components with their features.
• Identify features and functions of cellular networks.
• Identify features and functions of signaling systems.
• Identify types of signaling.
• Identify features and functions of supervisory signaling
Contents
Unit 1: Networks and Transmission
• Identify features and functions of telecommunication networks.
• Match current network structure components with their features.
• Identify features and functions of cellular networks.
• Identify characteristics of intranets and extranets.
• Identify the main protocols in the Transmission Control Protocol/Internet Protocol (TCP/IP) suite.
• Identify the functions of an Internet Service Provider (ISP).
• Identify guidelines for internetworking.
• Identify features and functions of Internet telephony networks.
• Identify features and functions of video transmission.
• Identify features and functions of transmission media.
• Identify features and functions of two-channel media.
• Match multi-circuit media methods with their descriptions.
• Identify features and functions of multi-circuit radio.
• Identify features of multi-circuit fiber optic cable.
Unit 2: Signaling and Switching
• Identify features and functions of signaling systems.
• Identify types of signaling.
• Identify features and functions of supervisory signaling.
• Identify features and functions of in-band interswitch signaling.
• Identify features of digital signaling processes.
• Identify features of the North American Dialing Plan (NADP).
• Identify features and functions of common channel signaling (CCS).
• Identify features and functions of Signaling System 7 (SS7).
• Identify features and functions of analog switching.
• Identify features and functions of digital switching.
• Identify features and functions of digital time division switching (TDS).
• Identify features and functions of digital space division switching (SDS).
• Identify features and functions of optical switching.
• Match cellular network components with their functions.
• Match cellular network hierarchy levels with the geographical area they cover.
• Identify features of cellular networks.
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