Schedule for this course

This course is the single most important class for engineers working with the Fibre Channel physical layer. The Fibre Channel standard consists of over one dozen different standards - this seminar combines the relevant portions of these standards with real-world knowledge, saving the designer time and effort. The course includes an examination of the data encoding techniques used for Fibre Channel along with the implications of disparity and practical clock recovery. Both optical and copper media are considered from an implementation and cost perspective. A theoretical analysis of both deterministic and random jitter is included, which is then contrasted against the practical realities of jitter measurement.
 

Fibre Channel Review Fibre Channel Protocols Frame Format Topologies Link Layer OSI Model Simplex and Duplex Links Data Encoding Disparity Clock Recovery Interoperability Points Link Operations Arbitrated Loop Repeaters Bypass Circuits Optical Media Optical Fiber Construction Multi-Mode and Single-Mode OMA Jitter Mechanisms Connectors

Copper Media Transmission Lines Reflection and Termination Common Mode Noise Loss and Dispersion Mechanisms Equalization Jitter and Error Rate Characterizing Jitter Deterministic and Random Jitter Probability Distributions Receiver Jitter Tolerance Working with the Physical Layer Measuring Jitter BER Measurements Error Rate Margining Probing Issues Fibre Channel Networks AL vs. Fabric Topology Fibre Channel Addressing AL-PA and LIPs Fabric Login Device Binding Future Trends 2 Gb Fibre Channel Auto Negotiation 10 Gb Fibre Channel

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Dates	Days	Location	Price
Available thru KnowledgeTek		(On-Site presentations)

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