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Ethernet
Articles needing additional references from March 2008

Summary Of: Ethernet

Ethernet is standardized as... Ethernet over twisted pair... Ethernet repeaters and hubs... Ethernet frame types and the EtherType field... Ethernet was originally developed at... The experimental Ethernet described in that paper ran at 3... so Ethernet addresses were not the global addresses they are today... rather than the packet type in current Ethernet which specifies the protocol being used... to work together to promote Ethernet as a standard... Ethernet over twisted pair... A 1990s Ethernet network interface card... A 1990s Ethernet network interface card... Ethernet was originally based on the idea of computers communicating over a shared coaxial cable acting... Ethernet evolved into the complex networking technology that today underlies most LANs... was the first step in the evolution of Ethernet from a coaxial cable bus to a hub... Ethernet stations communicate by sending each other data packets... each Ethernet station is given a single 48... most manufacturers now build the functionality of an Ethernet card directly into... Ethernet originally used a shared... since a node on an Ethernet network can eavesdrop on all traffic on the wire if it so chooses... Ethernet repeaters and hubs... Ethernet repeaters and hubs... Ethernet segments had to be terminated with a... which took the signal from one Ethernet cable and repeated it onto another cable... segments such that there were up to five Ethernet segments between any two hosts... when an Ethernet coax segment broke... Multiport Ethernet repeaters became known as... They also allowed creation of a small standalone Ethernet segment without using a coaxial cable... Ethernet over twisted pair... Ethernet on unshielded twisted... The tree structure that resulted from this made Ethernet networks more reliable by preventing faults with... hubs with lots of ports and to integrate Ethernet onto computer motherboards... hubbed Ethernet networks still use half... formed packets are forwarded from one Ethernet segment to another... Ethernet bridges and switches work somewhat like Ethernet hubs... An Ethernet switch does bridging in hardware... traffic on a switched Ethernet is slightly less public than on shared... switched Ethernet should still be regarded as an insecure network technology... because it is easy to subvert switched Ethernet systems by means such as... switched Ethernet have made switched Ethernet the dominant network technology... Ethernet becomes possible over that segment... Ethernet switches were relatively expensive devices... Ethernet over twisted pair... Ethernet over twisted pair... the speed but not the duplex setting of Ethernet peers that did not use autonegotiation... Currently Ethernet has many varieties that vary both in speed and physical medium used... Ethernet over twisted pair... variants of Ethernet are commonly used in... Ethernet may occur by 2015 though he says existing Ethernet standards may have to be overthrown... which in Ethernet are transmitted least significant bit first... Ethernet frame types and the EtherType field... Ethernet frame types and the EtherType field... The Ethernet Version 2 or Ethernet II frame... all four Ethernet frames types may optionally contain a... Ethernet specification have a 16... Ethernet specification replaced that with a 16... classical Ethernet v2 and IEEE802... 3 Ethernet format with a length field... indicated the use of the original DIX or Ethernet II frame format with an EtherType sub... software to determine whether a frame is an Ethernet II frame or an IEEE 802... the IEEE Ethernet standard was changed to explicitly allow the use of the 16... s Ethernet traffic ran over... and Ethernet II framing for TCP... 2 variants of Ethernet are not in widespread use on common networks currently... 2 Ethernet to support transparent translating bridges between Ethernet and IEEE 802... IP Version 6 can also be transmitted over Ethernet using IEEE 802... A runt frame is an Ethernet frame that is less than the... An early standard supporting Ethernet over longer distances... For many years this was the dominant Ethernet standard 10 Mbit... s Ethernet over twisted pair cable... s Ethernet over Category 3 cabling... s Ethernet over Category 3 cabling... s Ethernet over special copper cable... 10 gigabit Ethernet is still an emerging technology... Networking standards that do not use the Ethernet frame format but can still be connected to Ethernet using MAC... Ethernet Automatic Protection Switching... Ethernet Automatic Protection Switching... Ethernet over twisted pair... Ethernet over twisted pair... Ethernet Prototype Circuit Board...

Encyclodia Page On: Ethernet

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A standard RJ45 Ethernet connector. | | RJ45 | connector | frame | computer networking | local area networks | ether | physical layer | Media Access Control | Data Link Layer | IEEE 802.3 | twisted pair versions of Ethernet | token ring | FDDI | ARCNET | Xerox PARC | Robert Metcalfe | David Boggs | Chuck Thacker | Butler Lampson | Mbit/s | 3Com | DEC | Intel | Xerox | September 30 | 1980 | token ring | ARCNET | 3Com | Twisted-pair Ethernet | StarLAN | 10BASE-T | twisted pair | CSMA/CD | full duplex | A 1990s Ethernet network interface card. This is a combination card that supports both coaxial-based using a 10BASE2 (BNC connector, left) and twisted pair-based 10BASE-T, using a RJ45 (8P8C modular connector, right). | | network interface card | coaxial-based | 10BASE2 | BNC connector | twisted pair | 10BASE-T | RJ45 | 8P8C | modular connector | ether | hubs | switches | IEEE 802 | MAC address | thick coaxial cable bus | Mbit/s | running at 1 Gbit/s | and beyond | twisted pair | PC motherboards | coaxial cable | carrier sense multiple access with collision detection | token ring | token bus | algorithm | interframe gap | Exponentially increasing | truncated binary exponential backoff | Attachment Unit Interface | transceiver | thin Ethernet | standing wave | ping | CPU | promiscuous mode | Ethernet segments | resistor | ohm | BNC | N connector | vampire taps | AC | repeater | jam signal | star topology | repeaters having multiple ports | hubs | SynOptics | 10BASE2 | DEC | DELNI | A twisted pair CAT-3 or CAT-5 cable is used to connect 10BASE-T Ethernet | | twisted pair | Ethernet on unshielded twisted-pair cables | StarLAN | 10BASE-T | Xerox | token passing | Ethernet segments | MAC addresses | Broadcast | Fast Ethernet | Kalpana | ARP spoofing | MAC flooding | full-duplex | Fast Ethernet | 10BASE-T | dual speed hub | 10BASE-T | Mbit | 100BASE-T | Mbit | multicast | Spanning-tree protocol | VLANs | Fast routing at higher levels | Link aggregation | Autonegotiation | Duplex mismatch | Ethernet over twisted pair | modular connectors | RJ45 | full duplex mode | | cite | references or sources | reliable sources | Unverifiable | Ethernet physical layer | 10BASE5 | vampire taps | CSMA/CD | 10BASE2 | coaxial cable | BNC connectors | StarLAN | 10BASE-T | twisted pair | hubs | modular connectors | FCC's | RJ45 | 10BASE-T, 100BASE-TX, and 1000BASE-T | modular connectors | RJ45 | Fiber optic | structured cabling | datacenter | 10 gigabit Ethernet | 100 Gbit/s Ethernet | Metcalfe | terabit | packet sniffing | Ethernet adapter | device driver | CRC32 | MAC | Ethertype | CRC32 | Interframe gap | octets | MII | PHY | nibble | GMII | XGMII | jumbo frames | Ethernet II framing | DIX | DEC | Intel | Xerox | Internet Protocol | IEEE 802.3 | IEEE 802.2 | LLC | IEEE 802.2 | LLC | SNAP | IEEE 802.1Q | VLAN | IEEE 802.1p | quality of service | MTU | The most common Ethernet Frame format, type II | | Digital | Intel | Xerox | EtherType | 802.3 | IEEE 802.2 | logical link control | Jumbo Frames | SNAP | OSI | networking stack | IEEE 802 | Novell | IPX | DECnet | Novell NetWare | Mac OS | AppleTalk | Internet Protocol | EtherType | IPv4 | IPv6 | Internet standard | IEEE 802.2 | FDDI | token ring | IEEE 802.11 | IEEE 802 | ARP | IEEE 802.1Q | quality of service | VLAN | IEEE 802.3 | 10BASE5 | coaxial cable | 10BROAD36 | cable modem | 1BASE5 | LAN | 10BASE2 | 10BASE-T | twisted pairs | cat-5 | hub | switch | FOIRL | 10BASE-F | 10BASE-FL | 10BASE-FB | Fast Ethernet | 100BASE-T | 100BASE-TX | 100BASE-T4 | 100BASE-T2 | 100BASE-TX | 100BASE-T4 | 100BASE-T2 | 100BASE-FX | Gigabit Ethernet | 1000BASE-T | 1000BASE-SX | 1000BASE-LX | 1000BASE-CX | 10 gigabit Ethernet | IEEE 802.3ae | 10GBASE-SR | 10GBASE-LX4 | wavelength division multiplexing | 10GBASE-LR | 10GBASE-ER | 10GBASE-SW | 10GBASE-LW | 10GBASE-EW | SONET | SDH | LattisNet | SynOptics | 100BaseVG | 100BASE-SX | Telecommunications Industry Association | 1000BASE-TX | Telecommunications Industry Association | 802.11 | 802.16 | WiMAX | VDSL | Long Reach Ethernet | Avionics Full-Duplex Switched Ethernet | Metro Ethernet | self-similar | traffic engineering | 10 gigabit Ethernet | 100 gigabit Ethernet | TTEthernet | 8P8C | ALOHAnet | Attachment Unit Interface | Broadband Internet access | Category 5 cable | Chipcom | List of device bandwidths | Chaosnet | Ethernet Automatic Protection Switching | Ethernet crossover cable | Ethernet flow control | Fully switched network | Fast Ethernet | Gigabit Ethernet | Ethernet over twisted pair | Ethernet physical layer | IEEE 802.3 | Jumbogram | MII | PHY | Power line communication | Power over Ethernet | Spanning tree protocol | Virtual LAN | Wake-on-LAN | | citations | verification | reliable references | challenged | 2008 | 02-22 | 2007 | 09-02 | doi | doi | ISBN 0-89791-279-9 | 20 March | 1997 | doi | doi | 1993 | 09-17 | Wikimedia Commons | Categories | Ethernet | Articles needing additional references from March 2008 |
This article is licensed under the GNU Free Documentation License. It uses material from the Wikipedia article "Ethernet".