McGraw-Hill©The McGraw-Hill Companies, Inc., 2004 1 Chapter 14 Local Area Networks: Ethernet

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Chapter 14

Local Area Networks:Ethernet

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Figure 14.1 Three generations of Ethernet

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14.1 Traditional Ethernet14.1 Traditional Ethernet

MAC Sublayer

Physical Layer

Physical Layer Implementation

Switched Ethernet

Bridged Ethernet

Full-Duplex Ethernet

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Figure 14.2 802.3 MAC frame

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Figure 14.3 Minimum and maximum length

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Figure 14.4 Ethernet addresses in hexadecimal notation

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Figure 14.5 Unicast and multicast addresses

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Figure 14.6 Physical layer

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Figure 14.7 PLS

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Figure 14.8 AUI

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Figure 14.9 MAU (transceiver)

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Figure 14.10 Categories of traditional Ethernet

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Figure 14.11 Connection of a station to the medium using 10Base5

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Figure 14.12 Connection of stations to the medium using 10Base2

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Figure 14.13 Connection of stations to the medium using 10Base-T

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Figure 14.14 Connection of stations to the medium using 10Base-FL

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Figure 14.15 Sharing bandwidth

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Figure 14.16 A network with and without a bridge

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Figure 14.17 Collision domains in a nonbridged and bridged network

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Figure 14.18 Switched Ethernet

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Figure 14.19 Full-duplex switched Ethernet

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14.2 Fast Ethernet14.2 Fast Ethernet

MAC Sublayer

Physical Layer

Physical Layer Implementation

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Figure 14.20 Fast Ethernet physical layer

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Figure 14.21 MII

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Figure 14.22 Fast Ethernet implementations

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Figure 14.23 100Base-TX implementation

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Figure 14.24 Encoding and decoding in 100Base-TX

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Figure 14.25 100Base-FX implementation

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Figure 14.26 Encoding and decoding in 100Base-FX

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Figure 14.27 100Base-T4 implementation

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Figure 14.28 Using four wires in 100Base-T4

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14.3 Gigabit Ethernet14.3 Gigabit Ethernet

MAC Sublayer

Physical Layer

Physical Layer Implementation

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Figure 14.29 Physical layer in Gigabit Ethernet

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Figure 14.30 Gigabit Ethernet implementations

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Figure 14.31 1000Base-X implementation

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Figure 14.32 Encoding in 1000Base-X

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Figure 14.33 1000Base-T implementation

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Figure 14.34 Encoding in 1000Base-T