mcgraw-hill©the mcgraw-hill companies, inc., 2003 chapter 11 ethernet evolution: fast and gigabit...
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McGraw-Hill ©The McGraw-Hill Companies, Inc., 2003
Chapter 11
Ethernet Evolution:Fast and
Gigabit Ethernet
McGraw-Hill ©The McGraw-Hill Companies, Inc., 2003
Figure 11-1
Sharing the BandwidthSharing Bandwidth
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Figure 11-2
A Network with and without a Bridge
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Figure 11-3
Collision Domains in a Nonbridged and Bridged Network
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Figure 11-4
Switched Ethernet
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Figure 11-5
Full-Duplex Switched Ethernet
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Figure 11-6
MAC Control Layer
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Figure 11-7
Encapsulation of a MAC Control Packet in a MAC Frame
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Figure 11-8
Interleaving of MAC Control Frames
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Figure 11-9
Format of the PAUSE Packet
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Figure 11-10
Layers in Fast Ethernet
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Figure 11-11
Example of Auto Negotiation
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Figure 11-12
Auto Negotiation Message Format
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Figure 11-13
Fast Ethernet Physical Layer
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Figure 11-14 MII
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Figure 11-15
Signals in MII
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Figure 11-16
MII Connector
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Figure 11-17
MII Cable
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Figure 11-18
Fast Ethernet Implementations
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Figure 11-19
100Base-TX Implementation
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Figure 11-20
Encoding and Decoding in 100Base-TX
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Figure 11-21
MLT-3 Signal
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Figure 11-22
100Base-FX Implementation
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Figure 11-23
Encoding and Decoding in 100Base-FX
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Figure 11-24
NRZ-I Encoding
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Figure 11-25 100Base-T4 Implementation
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Figure 11-26
Example of 8B/6T Encoding
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Figure 11-27
Using Four Wires in 100Base-T4
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Figure 11-28Layers in Gigabit Ethernet
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Figure 11-29
Two Approaches in Gigabit Ethernet Medium Access
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Figure 11-30
A Frame Using Carrier Extension Method
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Figure 11-31
Frame Bursting Approach
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Figure 11-32
Gigabit Ethernet Physical Layer
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Figure 11-33
Gigabit Ethernet Implementations
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Figure 11-34
1000Base-X Implementation
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Figure 11-35
Encoding in 1000Base-X
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Figure 11-36
1000Base-T Implementation
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Figure 11-37
Encoding in 1000Base-T