CCNT Certification LAN
 A Local Area Network (LAN) develops critical understanding of the concepts and technology of LAN topologies, information transfer,
transmission techniques, media standards and network management.
CCNT™ Local Area Network Curriculum Includes:
CCNT Local Area Networks LAN Certification Training Courses on CD's
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Basic Telecommunications Training
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N87501D
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$258.00
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Basic Data Communications Certification
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N87506D
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$387.00
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Local Area Networks Training
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N87509D
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$387.00
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Broadband Technologiess Certification
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N87514D
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$387.00
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$ave! Complete CCNT™ Curriculum
Convergent Network Technologies (includes Basic Telecommunications, DataCommunications, LAN CTI Essentials, VoIP, and Broadband Technologies Curriculums)
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N87502D
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$1650.00
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Part 1: Introduction to LANs
This course introduces LAN technologies, topologies, and standards. In addition, the TCP/IP Protocol suite and IEEE standards are covered.
Learn To
• Identify features of LANs and WANs.
• Identify uses of computer networks for individuals and organizations.
• Sequence the stages in the evolution of LANs.
• Identify features of the Open Systems Interconnection (OSI) model.
• Identify differences between Transmission Control Protocol/Internet Protocol (TCP/IP) and the OSI model.
• Identify differences between Systems Network Architecture (SNA) and the OSI model.
Contents
Unit 1: LAN Technologiess
• Identify features of LANs and WANs.
• Identify uses of computer networks for individuals and organizations.
• Sequence the stages in the evolution of LANs.
• Identify elements of a LAN.
• Identify features of bus topologies.
• Identify features of ring topologies.
• Identify features of tree topologies.
• Identify features of star topologies.
• Identify features of mesh topologies.
• Identify features of cellular topologies.
Unit 2: LAN Standards
• Match the specifications supported by the IEEE 802.3u Fast Ethernet standard with the rules used to implement them.
• Identify the specifications supported by the IEEE 802.3z Gigabit Ethernet standard.
• Identify the specifications supported by the IEEE 802.3ab Gigabit Ethernet standard.
• Identify features of the IEEE 802.4 Token Bus standard.
• Identify specifications of the IEEE 802.5 Token Ring standard.
• Identify the specifications of the Fiber Distributed Data Interface (FDDI) standard.
• Identify the specifications supported by the IEEE 802.11b wireless standard.
• Identify features of Transmission Control Protocol/Internet Protocol (TCP/IP) suite.
• Identify features of media access control (MAC) addressing.
• Identify features of TCP and User Datagram Protocol (UDP).
• Identify differences between public and private addressing.
• Identify benefits of IP subnets.
• Sequence the steps to use the Address Resolution Protocol (ARP) for address resolution.
• Identify features of static and dynamic IP routing.
• Identify features of the OSI model.
• Identify differences between TCP/IP and the OSI model.
• Identify differences between Systems Network Architecture (SNA) and the Open Systems
Interconnection (OSI) model.
• Identify features of data transport protocol.
• Identify features of LAN access methods.
• Match IEEE 802 Working Group with their areas of interest.
• Identify specifications supported by the IEEE 802.3 Ethernet standard.
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Part 2: Data Transmission and Components
This course covers transmission techniques and media, LAN components, Internetworking components, and access connectivity devices.
Learn To
• Identify features of analog signals.
• Identify features of digital signals.
• Identify features of baseband and broadband transmissions.
• Identify features of network components.
• Identify features of server types.
• Identify features of a Network Operating System (NOS).
Contents
Unit 1: Transmission
• Identify features of analog signals.
• Identify features of digital signals.
• Identify features of baseband and broadband transmissions.
• Identify features of fiber optic transmission.
• Identify features of twisted pair cable.
• Match the categories of Unshielded Twisted Pair (UTP) cable with their specifications.
• Match the coaxial cable types with their specifications.
• Identify fiber optic cable types and their specifications.
• Identify factors to be considered when selecting a cable medium for a network installation.
• Identify tools used to terminate networking cables.
• Identify features of radio transmission media.
• Identify features of point-to-point and broadcast infrared transmission.
• Identify features of terrestrial microwave transmission.
• Identify features of satellite microwave transmission.
• Identify considerations for selecting the wireless medium that best suits a specific scenario.
Unit 2: LAN Components
• Identify features of network components.
• Identify features of server types.
• Identify features of a NOS.
• Identify features of repeaters.
• Identify characteristics of bridges.
• Identify characteristics of routers.
• Identify characteristics of gateways.
• Identify the features and functions of Network Interface Cards (NICs).
• Identify characteristics of hubs.
• Identify characteristics of switches.
• Identify characteristics of light-emitting diode (LED) indicators.
• Identify features of modems.
• Identify features of a Channel Service Unit/Data Service Unit (CSU/DSU).
• Identify features of wireless access points (WAPs).
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Part 3: Enterprise Networks
This course teaches Network Management and the tools and protocols associated with that. It also covers advanced network technologies to include circuit switched services and packet switched services.
Learn To
• Identify network trends.
• Identify characteristics of software management.
• Identify characteristics of network management.
• Identify capabilities of the T1 technology.
• Identify features of statistical multiplexing.
• Categorize features of circuit and packet switching.
Contents
Unit 1: LANs in the Organization
• Identify network trends.
• Identify characteristics of software management.
• Identify characteristics of network management.
• Identify characteristics of user management.
• Identify considerations for planning a network
• Identify functions of tone generators and tone locators.
• Identify characteristics of wire map testers.
• Match multifunction cable testers with their descriptions.
• Identify functions of a time-domain reflectometer (TDR).
• Identify characteristics of optical testers.
• Identify functions of logs and indicators in the administration of a network.
• Identify functions of performance monitors in the administration of a network.
• Identify characteristics of protocol analyzers.
• Identify characteristics of integrated network management.
• Identify characteristics of configuration management.
• Identify characteristics of fault management.
• Identify characteristics of performance management.
• Identify characteristics of accounting management.
• Identify characteristics of security management.
• Identify characteristics of network management protocols.
• Identify features of Simple Network Management Protocol (SNMP).
• Identify features of Desktop Management Interface (DMI).
Unit 2: Advanced WAN Technologies
• Identify capabilities of the T1 technology.
• Identify features of statistical multiplexing.
• Categorize features of circuit and packet switching.
• Identify functions of Packet Assembler/Disassembler (PAD).
• Identify characteristics of an Integrated Services Digital Network (ISDN).
• Identify features of a Switched Multimegabit Digital Service (SMDS).
• Identify features of a Broadband Integrated Services Digital Network (BISDN).
• Identify features of Asynchronous Transfer Mode (ATM).
• Identify features of X.25 packet transmission.
• Identify characteristics of Frame Relay.
• Identify characteristics of Frame Relay.
• Identify characteristics of a Synchronous Optical Network (SONET).
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