Course Name
FDDI – Fiber Distributed Data Interface Training
Course Overview
This course on FDDI Fiber Distributed Data Interface training is designed for people who work on development, testing and verification of FDDI protocol. Participants will learn the internals of FDDI protocol that helps them with a much better understanding of their current FDDI work.
Target Audience
- Professionals and Students who are working in Storage/Networking/IT Domain
- Developers, Testers/QA and Verification Engineers who are working on or keen to know Fiber Distributed Data Interface
Fee, Schedule & Registration
Click Here for FDDI – Fiber Distributed Data Interface Training course, training schedule, fee and registration information.
FDDI – Fiber Distributed Data Interface Training Course Outline
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Overview FDDI Network Configurations FDDI Protocols Components Types of Nodes Types of Ports |
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Media Access Control Timed Taken Access Method Priorities Token and Frame Formats Frame Status Indicators Frame Types Frame Check Sequence Counters Address Format Bit Order Byte Order Stripping Creating the Token Monitoring the Ring Locating Faults Comparison of IEEE 802.5 and FDDI MAC’s |
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Medium Independent Physical Layer (PHY) Coding Elasticity Buffer Smoother Repeat Filter Line State Indication IEEE 802.5 Versus FDDI PHY |
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Fundamentals of Optical Communication Components of Optical Link Propagation of Light Attenuation Modes Dispersion Modal Dispersion Graded-Index and Step-Index Fibers Chromatic Dispersion Light Sources: LED Versus Laser Diodes Light Detectors: PIN Versus APD Connectors Bandwidth |
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Optical Components: Physical Layer Medium Dependent Overview of Multimode Fiber PMD FDDI Fiber Specifications Transmitters Receivers Connectors Keying Optical Bypass |
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Single-Mode Fiber: SMF-PMD Differences from MMF-PMD Single-Mode Fiber Specifications Transmitters Receivers Connectors Optical Bypass |
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Low-Cosr Fiber (LCF-PMD) Key Design Decisions Station and Connectors Labelling Alternative Fiber Types Jitter Allocation |
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FDDI on Twisted-Pair Copper Cables Overview Types of Copper Cables EIA Categories for UTP Cables IBM Classification for Cables TP-PMD Design Issues Coding |
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FDDI on SONET Protocols Layers of SONET Physical Components SONET Data Rates Frame Format Scrambling |
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Station Management (SMT) Overview Frame-Based Management SMT Frame Format SMT Frame Classes Neighbor Information Frame Status Information Frame Echo Frame Resource Allocation Frame Request Denied Frame Status Report Frame Parameter Management Frame Extended Service Frame Synchronous Bandwidth Allocation |
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Connection and Ring Management Connection Management Connection Rules Link Error Monitoring Fault Tracing (PC Trace) Ring Scrubbing Orphan Frame Removal: Ring Purging Wrapping Avoidance: Global Hold Ring Management Fault Announcement: Directed Beacons Restricted Token Monitoring Duplicate Address Detection Automatic Fault Detection and Recovery |
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Network Management: SNMP and FDDI MIB Simple Network Management Protocol (SNMP) OSI Network Management Standards |
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FDDI Follow-On LAN Data Rates Applications Media Access Modes Media Access Method Physical Encoding Frame Stripping Method Topology FFOL Architecture |
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Logical Link Control IEEE 802: Overview IEEE 802.2: Logical Link Control (LLC) LLC Type 1 LLC Type 2 LLC Type 3 LLC Type 4 |
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TCP/IP and OSI Protocols on FDDI TCP/IP Over IEEE 802 LANs ARP Over FDDI Ethernet and IEEE 802.3 Frame Translation IP Over FDDI RIP over FDDI OSI Network Layer Protocols Impact of FDDI OSPF Over FDDI |
