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内容説明 Energy Efficient Ethernet， also known as IEEE 802.3az， is a set of enhancements to the twisted-pair and backplane ethernet networking standards that will allow for less power consumption during periods of low data activity. The intention is to reduce power consumption by 50% or more， while retaining full compatibility with existing equipment. The IEEE (Institute of Electrical and Electronics Engineers)， through the IEEE 802.3az task force developed the standard. The IEEE ratified the final standard in October 2010. Some companies introduced technology to reduce the power required for Ethernet before the standard was set.This book is your ultimate resource for Energy Efficient Ethernet (802.3az). Here you will find the most up-to-date information， analysis， background and everything you need to know.In easy to read chapters， with extensive references and links to get you to know all there is to know about Energy Efficient Ethernet (802.3az) right away， covering: Energy Efficient Ethernet， IEEE 802， 100BaseVG， 3G MIMO， Audio Video Bridging， Comparison of 802.15.4 radio modules， Daintree Networks， IEEE 802.1D， IEEE 802.1X， IEEE 802.2， IEEE 802.3， IEEE 802.6， IEEE 802.7， IEEE 802.1， IEEE 802.10， IEEE 802.15， IEEE 802.15.4， IEEE 802.15.4a， IEEE 802.16， IEEE 802.18， IEEE 802.19， 802.1ad， IEEE 802.1AE， IEEE 802.1ag， IEEE 802.1ah-2008， IEEE 802.1aq， IEEE P802.1p， IEEE 802.1Q， Stream Reservation Protocol， Provider Backbone Bridge Traffic Engineering， 802.1w， IEEE 802.20， IEEE 802.21， IEEE 802.22， IEEE 802.3ba， IEEE 802.8， IEEE 802.9， List of deployed WiMAX networks， Local Multipoint Distribution Service， Many antennas， Microwave Bypass， MIMO， MiWi， Multiple Registration Protocol， OpenBee， Physical Layer Convergence Protocol， Priority-based flow control， PU2RC， Resilient Packet Ring， Spatial multiplexing， Supplicant (computer)， Token bus network， Token ring， WiMAX， Zero-forcing precoding， ZigBee， Ethernet， 10 Gigabit Ethernet， 10 Gigabit Media Independent Interface， 10/100， 10/100/1000， 100 Gigabit Ethernet， 10BASE-FB， 10BASE-FL， 10BASE2， 10BASE5， 10BROAD36， 10 Gigabit Ethernet Alliance， 10PASS-TS， 2BASE-TL， 5-4-3 rule， Apple Attachment Unit Interface， ARP spoofing， ATA over Ethernet， Attachment Unit Interface， Audio over Ethernet， Autonegotiation， Bridging (networking)， CAM Table， Carrier sense multiple access with collision detection， Channel capture effect， Chipcom， Ciena Optical Multiservice Edge 6500， Connection-oriented Ethernet， Data center bridging， Digital Ethernet Local Network Interconnect， Distributed Multi-Link Trunking， Distributed Split Multi-Link Trunking， Duplex mismatch， Dynamic Trunking Protocol， EtherChannel， Etherdrive， Ethernet Alliance， Ethernet Automatic Protection Switching， Ethernet Exchange， Ethernet extender， Ethernet flow control， Ethernet frame， Ethernet hub， Ethernet in the first mile， Ethernet Operations， Administration， and Maintenance， Ethernet over coax， Ethernet over PDH， Ethernet over PDH over SONET/SDH， Ethernet over SDH， Ethernet physical layer， Ethernet Private Line， Ethernet Ring Protection Switching， Ethernet Virtual Private Line， EtherType， Exponential backoff， Fast Ethernet， Fibre Channel over Ethernet， General Purpose Serial Interface， Gigabit Ethernet， Gigabit Media Independent Interface， GigE vision， HyperSCSI， Intelligent Resilient Framework， Interframe gap， InterSwitch Trunk， ISCSI， ISCSI Boot Firmware Table， G.8262， Laser bridge， Late collision， LattisNet， Link aggregation， Local collision， Long Reach Ethernet， MAC flooding， MC LAG， Media Independent Interface， Medium Attachment Unit， Medium dependent interface， Metro Ethernet， Modular connector...and much more. This book explains in-depth the real drivers and workings of Energy Efficient Ethernet (802.3az). It reduces the risk of your technology， time and resources investment decisions by enabling you to compare your understanding of Energy Efficient Ethernet (802.3az) with the objectivity of experienced professionals.