IEEE Standard for Ethernet
1. 介紹
1.1 Background
1.2 Purpose of the Standard
2. Scope
2.1 Scope of the Standard
2.2 Limitations
3. Architecture
3.1 Physical Layer
3.1.1 Ethernet Cables
3.1.2 Ethernet Connectors
3.1.3 Ethernet Repeaters
3.1.4 Ethernet Transceivers
3.1.5 Ethernet Hubs
3.2 Data Link Layer
3.2.1 Ethernet Frames
3.2.2 Ethernet MAC Sublayer
3.2.3 Ethernet Switches
3.2.4 Ethernet Bridges
4. Media Access Control (MAC)
4.1 MAC Addressing
4.1.1 Unicast Addressing
4.1.2 Multicast Addressing
4.1.3 Broadcast Addressing
4.1.4 MAC Address Collisions
5. Ethernet Frame Format
5.1 Preamble
5.2 Synchronization
5.3 Destination MAC Address
5.4 Source MAC Address
5.5 EtherType
5.6 Payload
5.7 FCS (Frame Check Sequence)
6. Ethernet Speeds and Variants
6.1 Ethernet Speeds
6.1.1 10 Mbps Ethernet
6.1.2 100 Mbps Ethernet
6.1.3 千兆位元以太網
6.1.4 10 千兆位元以太網
6.1.5 40/100 千兆位元以太網
7. 乙太網路標準
7.1 Ethernet I
7.2 乙太網路II
7.3 IEEE 802.3
7.3.1 10BASE-T
7.3.2 100基地-TX
7.3.3 1000BASE-T
8. Ethernet Performance and Quality of Service
8.1 Ethernet Latency
8.2 Ethernet Jitter
8.3 Ethernet Frame Loss
8.4 Ethernet Throughput
8.5 Ethernet QoS Mechanisms
9. Ethernet Security
9.1 Ethernet Security Threats
9.2 Ethernet Security Measures
9.2.1 Encryption
9.2.2 VLANs
9.2.3 MAC Address Filtering
9.2.4 Port Security
10. Future Developments in Ethernet
10.1 Ethernet over Fiber
10.2 乙太網路供電 (乙太網路供電)
10.3 Ethernet Virtual Private Network (EVPN)
10.4 Next-Generation Ethernet
結論
綜上所述, the IEEE Standard for Ethernet provides a comprehensive framework for the design, 執行, and operation of Ethernet networks. It covers various aspects such as the physical layer, 資料鏈路層, MAC addressing, frame format, speeds and variants, standards, 表現, quality of service, security, and future developments. This standard ensures interoperability and compatibility among different Ethernet devices and allows for the efficient and reliable transmission of data over Ethernet networks.
