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ETHERMANAGE.COM
Managing Ethernet Networks (IEEE 802.3) This is a personal web site. All opinions expressed here are entirely my own and not those of myemployer.
ETHERMANAGE.COM
In late 1972, Metcalfe and his Xerox PARC colleagues developed the first experimental Ethernet system to interconnect the Xerox Alto, a personal workstation with a graphical user interface. The experimental Ethernet was used to link Altos to one another, and to servers and laser printers. The signal clock for the experimental Ethernetinterface
ETHERMANAGE.COMSEE MORE ON ETHERMANAGE.COM 10/100 MBPS HALF-DUPLEX ETHERNET CONFIGURATION GUIDELINES These Quick Reference Guides to Half-Duplex Ethernet contain the official half-duplex mode configuration rules for 10 and 100 Mbps Ethernet systems based on repeater hubs. Half-duplex Ethernet is another name for the original Ethernet mode of operation which uses the CSMA/CD media access protocol. In a half-duplex system, multiplesegments of
14.6 100-MBPS CONFIGURATION GUIDELINES: MODEL 2 Transmission System Model 2 for 100BASE-T segments provides a set of calculations for verifying the round trip signal delay of more complexFast Ethernet LANs.
GIGABIT ETHERNET
T oday a number of technologies, such as 10BaseT, 100BaseTX, and 1000BaseT, use the same RJ-45 connector, creating the potential for connecting electrically incom- 14.4 100-MBPS CONFIGURATION GUIDELINES: MODEL 1 Transmission System Model 1 of the Ethernet standard provides simplified guidelines. These make up a set of "canned" configuration rules that can be used to evaluate 100BASE-T configurations. 13.2 FAST LINK PULSE 13.2 Fast Link Pulse. Fast Link Pulse (FLP) signals. These signals are a modified version of the Normal Link Pulse (NLP) signals used for verifying link integrity, as defined in the original 10BASE-T specifications. The FLP signals are generated automatically at power-up, or may be selected manually through the management interfaceto an Auto
AUI CABLE (TRANSCEIVER CABLE) An AUI cable can be used to provide the connection between an external MAU and the Ethernet interface. The MAU is equipped with a male 15-pin connector with locking posts, and the Ethernet interface (DTE) is equipped with a female 15-pin connector that is typically provided with a sliding latch.*1 The AUI cable, in turn, has a female 15-pin connector on one end that is equipped with a sliding CAMPUS NETWORK REPORT 7-31-2013 V1 Information Technology Services (ITS) Campus Network Report AY12-13 Version 1.0 The University of Texas at Austin Page 5 7/31/2013 3. Service Levels All service level metrics were exceeded as of 6/2013:ETHERMANAGE.COM
Managing Ethernet Networks (IEEE 802.3) This is a personal web site. All opinions expressed here are entirely my own and not those of myemployer.
ETHERMANAGE.COM
In late 1972, Metcalfe and his Xerox PARC colleagues developed the first experimental Ethernet system to interconnect the Xerox Alto, a personal workstation with a graphical user interface. The experimental Ethernet was used to link Altos to one another, and to servers and laser printers. The signal clock for the experimental Ethernetinterface
ETHERMANAGE.COMSEE MORE ON ETHERMANAGE.COM 10/100 MBPS HALF-DUPLEX ETHERNET CONFIGURATION GUIDELINES These Quick Reference Guides to Half-Duplex Ethernet contain the official half-duplex mode configuration rules for 10 and 100 Mbps Ethernet systems based on repeater hubs. Half-duplex Ethernet is another name for the original Ethernet mode of operation which uses the CSMA/CD media access protocol. In a half-duplex system, multiplesegments of
14.6 100-MBPS CONFIGURATION GUIDELINES: MODEL 2 Transmission System Model 2 for 100BASE-T segments provides a set of calculations for verifying the round trip signal delay of more complexFast Ethernet LANs.
GIGABIT ETHERNET
T oday a number of technologies, such as 10BaseT, 100BaseTX, and 1000BaseT, use the same RJ-45 connector, creating the potential for connecting electrically incom- 14.4 100-MBPS CONFIGURATION GUIDELINES: MODEL 1 Transmission System Model 1 of the Ethernet standard provides simplified guidelines. These make up a set of "canned" configuration rules that can be used to evaluate 100BASE-T configurations. 13.2 FAST LINK PULSE 13.2 Fast Link Pulse. Fast Link Pulse (FLP) signals. These signals are a modified version of the Normal Link Pulse (NLP) signals used for verifying link integrity, as defined in the original 10BASE-T specifications. The FLP signals are generated automatically at power-up, or may be selected manually through the management interfaceto an Auto
AUI CABLE (TRANSCEIVER CABLE) An AUI cable can be used to provide the connection between an external MAU and the Ethernet interface. The MAU is equipped with a male 15-pin connector with locking posts, and the Ethernet interface (DTE) is equipped with a female 15-pin connector that is typically provided with a sliding latch.*1 The AUI cable, in turn, has a female 15-pin connector on one end that is equipped with a sliding CAMPUS NETWORK REPORT 7-31-2013 V1 Information Technology Services (ITS) Campus Network Report AY12-13 Version 1.0 The University of Texas at Austin Page 5 7/31/2013 3. Service Levels All service level metrics were exceeded as of 6/2013:ETHERMANAGE.COM
The resources listed here are specific to the 10 Gigabit Ethernet system (10,000 Mbps). This standard was formally ratified by the IEEE on 12 June, 2002. The 10GBASE Gigabit Ethernet system operates in full-duplex mode only, over fiber optic media. There are seven media types, which are designed for use in either local or wide areanetworking.
TABLE OF CONTENTS FOR ETHERNET: THE DEFINITIVE GUIDE, 2ND Part I. Introduction to Ethernet 1. The Evolution of Ethernet . . 3. History of Ethernet 3 The Aloha Network 4 The Invention of Ethernet 4 Reinventing Ethernet 6ETHERMANAGE.COM
A "repeater set" is a repeater and its associated transceivers (i.e., medium attachment units, or MAUs) and attachment unit interface (AUI) cables, if any. Repeaters must comply with all IEEE specifications in clause 9 of the 802.3 standard, and are used for signal retiming and 14.6 100-MBPS CONFIGURATION GUIDELINES: MODEL 2 Transmission System Model 2 for 100BASE-T segments provides a set of calculations for verifying the round trip signal delay of more complexFast Ethernet LANs.
14.4 100-MBPS CONFIGURATION GUIDELINES: MODEL 1 Transmission System Model 1 of the Ethernet standard provides simplified guidelines. These make up a set of "canned" configuration rules that can be used to evaluate 100BASE-T configurations. 14.1 100-MBPS MULTI-SEGMENT CONFIGURATION GUIDELINES This chapter describes the rules for combining multiple segments to build larger 100-Mbps Ethernets. The IEEE 802.3 standard provides two models for verifying the configuration of multi-segment 100-Mbpsbaseband Ethernets.
9.2 100-MBPS MEDIA SYSTEMS Compared to the 10-Mbps specifications, the 100-Mbps system results in a factor of ten reduction in the bit-time, which is the amount of time it takes to transmit a bit on the Ethernet channel. 13.2 FAST LINK PULSE 13.2 Fast Link Pulse. Fast Link Pulse (FLP) signals. These signals are a modified version of the Normal Link Pulse (NLP) signals used for verifying link integrity, as defined in the original 10BASE-T specifications. The FLP signals are generated automatically at power-up, or may be selected manually through the management interfaceto an Auto
AUI CABLE (TRANSCEIVER CABLE) An AUI cable can be used to provide the connection between an external MAU and the Ethernet interface. The MAU is equipped with a male 15-pin connector with locking posts, and the Ethernet interface (DTE) is equipped with a female 15-pin connector that is typically provided with a sliding latch.*1 The AUI cable, in turn, has a female 15-pin connector on one end that is equipped with a sliding OPERATING AT THE HIGHEST PERFORMANCE MODE If the 10BASE-T hub in the previous example is later replaced with a 100BASE-T repeater hub, then the dual-speed interface will receive FLPs when the hub is turned on, and the Auto-Negotiation protocol will result in the interface and hub port both operating at 100-Mbps.ETHERMANAGE.COM
Managing Ethernet Networks (IEEE 802.3) This is a personal web site. All opinions expressed here are entirely my own and not those of myemployer.
ETHERMANAGE.COM
In late 1972, Metcalfe and his Xerox PARC colleagues developed the first experimental Ethernet system to interconnect the Xerox Alto, a personal workstation with a graphical user interface. The experimental Ethernet was used to link Altos to one another, and to servers and laser printers. The signal clock for the experimental Ethernetinterface
ETHERMANAGE.COMSEE MORE ON ETHERMANAGE.COM 10/100 MBPS HALF-DUPLEX ETHERNET CONFIGURATION GUIDELINES These Quick Reference Guides to Half-Duplex Ethernet contain the official half-duplex mode configuration rules for 10 and 100 Mbps Ethernet systems based on repeater hubs. Half-duplex Ethernet is another name for the original Ethernet mode of operation which uses the CSMA/CD media access protocol. In a half-duplex system, multiplesegments of
14.6 100-MBPS CONFIGURATION GUIDELINES: MODEL 2 Transmission System Model 2 for 100BASE-T segments provides a set of calculations for verifying the round trip signal delay of more complexFast Ethernet LANs.
GIGABIT ETHERNET
T oday a number of technologies, such as 10BaseT, 100BaseTX, and 1000BaseT, use the same RJ-45 connector, creating the potential for connecting electrically incom- 14.4 100-MBPS CONFIGURATION GUIDELINES: MODEL 1 Transmission System Model 1 of the Ethernet standard provides simplified guidelines. These make up a set of "canned" configuration rules that can be used to evaluate 100BASE-T configurations. 13.2 FAST LINK PULSE 13.2 Fast Link Pulse. Fast Link Pulse (FLP) signals. These signals are a modified version of the Normal Link Pulse (NLP) signals used for verifying link integrity, as defined in the original 10BASE-T specifications. The FLP signals are generated automatically at power-up, or may be selected manually through the management interfaceto an Auto
AUI CABLE (TRANSCEIVER CABLE) An AUI cable can be used to provide the connection between an external MAU and the Ethernet interface. The MAU is equipped with a male 15-pin connector with locking posts, and the Ethernet interface (DTE) is equipped with a female 15-pin connector that is typically provided with a sliding latch.*1 The AUI cable, in turn, has a female 15-pin connector on one end that is equipped with a sliding CAMPUS NETWORK REPORT 7-31-2013 V1 Information Technology Services (ITS) Campus Network Report AY12-13 Version 1.0 The University of Texas at Austin Page 5 7/31/2013 3. Service Levels All service level metrics were exceeded as of 6/2013:ETHERMANAGE.COM
Managing Ethernet Networks (IEEE 802.3) This is a personal web site. All opinions expressed here are entirely my own and not those of myemployer.
ETHERMANAGE.COM
In late 1972, Metcalfe and his Xerox PARC colleagues developed the first experimental Ethernet system to interconnect the Xerox Alto, a personal workstation with a graphical user interface. The experimental Ethernet was used to link Altos to one another, and to servers and laser printers. The signal clock for the experimental Ethernetinterface
ETHERMANAGE.COMSEE MORE ON ETHERMANAGE.COM 10/100 MBPS HALF-DUPLEX ETHERNET CONFIGURATION GUIDELINES These Quick Reference Guides to Half-Duplex Ethernet contain the official half-duplex mode configuration rules for 10 and 100 Mbps Ethernet systems based on repeater hubs. Half-duplex Ethernet is another name for the original Ethernet mode of operation which uses the CSMA/CD media access protocol. In a half-duplex system, multiplesegments of
14.6 100-MBPS CONFIGURATION GUIDELINES: MODEL 2 Transmission System Model 2 for 100BASE-T segments provides a set of calculations for verifying the round trip signal delay of more complexFast Ethernet LANs.
GIGABIT ETHERNET
T oday a number of technologies, such as 10BaseT, 100BaseTX, and 1000BaseT, use the same RJ-45 connector, creating the potential for connecting electrically incom- 14.4 100-MBPS CONFIGURATION GUIDELINES: MODEL 1 Transmission System Model 1 of the Ethernet standard provides simplified guidelines. These make up a set of "canned" configuration rules that can be used to evaluate 100BASE-T configurations. 13.2 FAST LINK PULSE 13.2 Fast Link Pulse. Fast Link Pulse (FLP) signals. These signals are a modified version of the Normal Link Pulse (NLP) signals used for verifying link integrity, as defined in the original 10BASE-T specifications. The FLP signals are generated automatically at power-up, or may be selected manually through the management interfaceto an Auto
AUI CABLE (TRANSCEIVER CABLE) An AUI cable can be used to provide the connection between an external MAU and the Ethernet interface. The MAU is equipped with a male 15-pin connector with locking posts, and the Ethernet interface (DTE) is equipped with a female 15-pin connector that is typically provided with a sliding latch.*1 The AUI cable, in turn, has a female 15-pin connector on one end that is equipped with a sliding CAMPUS NETWORK REPORT 7-31-2013 V1 Information Technology Services (ITS) Campus Network Report AY12-13 Version 1.0 The University of Texas at Austin Page 5 7/31/2013 3. Service Levels All service level metrics were exceeded as of 6/2013:ETHERMANAGE.COM
The resources listed here are specific to the 10 Gigabit Ethernet system (10,000 Mbps). This standard was formally ratified by the IEEE on 12 June, 2002. The 10GBASE Gigabit Ethernet system operates in full-duplex mode only, over fiber optic media. There are seven media types, which are designed for use in either local or wide areanetworking.
TABLE OF CONTENTS FOR ETHERNET: THE DEFINITIVE GUIDE, 2ND Part I. Introduction to Ethernet 1. The Evolution of Ethernet . . 3. History of Ethernet 3 The Aloha Network 4 The Invention of Ethernet 4 Reinventing Ethernet 6ETHERMANAGE.COM
A "repeater set" is a repeater and its associated transceivers (i.e., medium attachment units, or MAUs) and attachment unit interface (AUI) cables, if any. Repeaters must comply with all IEEE specifications in clause 9 of the 802.3 standard, and are used for signal retiming and 14.6 100-MBPS CONFIGURATION GUIDELINES: MODEL 2 Transmission System Model 2 for 100BASE-T segments provides a set of calculations for verifying the round trip signal delay of more complexFast Ethernet LANs.
14.4 100-MBPS CONFIGURATION GUIDELINES: MODEL 1 Transmission System Model 1 of the Ethernet standard provides simplified guidelines. These make up a set of "canned" configuration rules that can be used to evaluate 100BASE-T configurations. 14.1 100-MBPS MULTI-SEGMENT CONFIGURATION GUIDELINES This chapter describes the rules for combining multiple segments to build larger 100-Mbps Ethernets. The IEEE 802.3 standard provides two models for verifying the configuration of multi-segment 100-Mbpsbaseband Ethernets.
9.2 100-MBPS MEDIA SYSTEMS Compared to the 10-Mbps specifications, the 100-Mbps system results in a factor of ten reduction in the bit-time, which is the amount of time it takes to transmit a bit on the Ethernet channel. 13.2 FAST LINK PULSE 13.2 Fast Link Pulse. Fast Link Pulse (FLP) signals. These signals are a modified version of the Normal Link Pulse (NLP) signals used for verifying link integrity, as defined in the original 10BASE-T specifications. The FLP signals are generated automatically at power-up, or may be selected manually through the management interfaceto an Auto
AUI CABLE (TRANSCEIVER CABLE) An AUI cable can be used to provide the connection between an external MAU and the Ethernet interface. The MAU is equipped with a male 15-pin connector with locking posts, and the Ethernet interface (DTE) is equipped with a female 15-pin connector that is typically provided with a sliding latch.*1 The AUI cable, in turn, has a female 15-pin connector on one end that is equipped with a sliding OPERATING AT THE HIGHEST PERFORMANCE MODE If the 10BASE-T hub in the previous example is later replaced with a 100BASE-T repeater hub, then the dual-speed interface will receive FLPs when the hub is turned on, and the Auto-Negotiation protocol will result in the interface and hub port both operating at 100-Mbps.ETHERMANAGE.COM
Managing Ethernet Networks (IEEE 802.3) This is a personal web site. All opinions expressed here are entirely my own and not those of myemployer.
ETHERMANAGE.COM
In late 1972, Metcalfe and his Xerox PARC colleagues developed the first experimental Ethernet system to interconnect the Xerox Alto, a personal workstation with a graphical user interface. The experimental Ethernet was used to link Altos to one another, and to servers and laser printers. The signal clock for the experimental Ethernetinterface
ETHERMANAGE.COMSEE MORE ON ETHERMANAGE.COM ETHERNET: THE DEFINITIVE GUIDE Four Basic Elements of Ethernet. Ethernet Hardware. Network Protocols and Ethernet. 3. The Media Access Control Protocol. The Ethernet Frame. Media Access Control Rules. Essential Media System Timing. Collision Detection and Backoff. ETHERMANAGE.COMSEE MORE ON ETHERMANAGE.COM TABLE OF CONTENTS FOR ETHERNET: THE DEFINITIVE GUIDE, 2ND Part I. Introduction to Ethernet 1. The Evolution of Ethernet . . 3. History of Ethernet 3 The Aloha Network 4 The Invention of Ethernet 4 Reinventing Ethernet 6ETHERMANAGE.COM
A "repeater set" is a repeater and its associated transceivers (i.e., medium attachment units, or MAUs) and attachment unit interface (AUI) cables, if any. Repeaters must comply with all IEEE specifications in clause 9 of the 802.3 standard, and are used for signal retiming andETHERMANAGE.COM
OUI (vendor) codes and Type codes can help identify and track down machines and protocols in use on the network. For example, the OUI codes can help identify the vendor of a given Ethernet card that may be sending incorrect traffic. Knowing the vendor can often help you find out which machine on your network may be the one causingproblems.
GIGABIT ETHERNET
T oday a number of technologies, such as 10BaseT, 100BaseTX, and 1000BaseT, use the same RJ-45 connector, creating the potential for connecting electrically incom- CAMPUS NETWORK REPORT 7-31-2013 V1 Information Technology Services (ITS) Campus Network Report AY12-13 Version 1.0 The University of Texas at Austin Page 5 7/31/2013 3. Service Levels All service level metrics were exceeded as of 6/2013:ETHERMANAGE.COM
Managing Ethernet Networks (IEEE 802.3) This is a personal web site. All opinions expressed here are entirely my own and not those of myemployer.
ETHERMANAGE.COM
In late 1972, Metcalfe and his Xerox PARC colleagues developed the first experimental Ethernet system to interconnect the Xerox Alto, a personal workstation with a graphical user interface. The experimental Ethernet was used to link Altos to one another, and to servers and laser printers. The signal clock for the experimental Ethernetinterface
ETHERMANAGE.COMSEE MORE ON ETHERMANAGE.COM ETHERNET: THE DEFINITIVE GUIDE Four Basic Elements of Ethernet. Ethernet Hardware. Network Protocols and Ethernet. 3. The Media Access Control Protocol. The Ethernet Frame. Media Access Control Rules. Essential Media System Timing. Collision Detection and Backoff. ETHERMANAGE.COMSEE MORE ON ETHERMANAGE.COM TABLE OF CONTENTS FOR ETHERNET: THE DEFINITIVE GUIDE, 2ND Part I. Introduction to Ethernet 1. The Evolution of Ethernet . . 3. History of Ethernet 3 The Aloha Network 4 The Invention of Ethernet 4 Reinventing Ethernet 6ETHERMANAGE.COM
A "repeater set" is a repeater and its associated transceivers (i.e., medium attachment units, or MAUs) and attachment unit interface (AUI) cables, if any. Repeaters must comply with all IEEE specifications in clause 9 of the 802.3 standard, and are used for signal retiming andETHERMANAGE.COM
OUI (vendor) codes and Type codes can help identify and track down machines and protocols in use on the network. For example, the OUI codes can help identify the vendor of a given Ethernet card that may be sending incorrect traffic. Knowing the vendor can often help you find out which machine on your network may be the one causingproblems.
GIGABIT ETHERNET
T oday a number of technologies, such as 10BaseT, 100BaseTX, and 1000BaseT, use the same RJ-45 connector, creating the potential for connecting electrically incom- CAMPUS NETWORK REPORT 7-31-2013 V1 Information Technology Services (ITS) Campus Network Report AY12-13 Version 1.0 The University of Texas at Austin Page 5 7/31/2013 3. Service Levels All service level metrics were exceeded as of 6/2013:ETHERNET BOOKS
Ethernet Books by Charles Spurgeon and Joann Zimmerman. The 2nd edition of Ethernet: The Definitive Guide has been completely revised and updated to inc lude the latest in Ethernet technology. We read the Ethernet standard (now grown to 3,747 pages) and many TABLE OF CONTENTS FOR ETHERNET: THE DEFINITIVE GUIDE, 2ND Part I. Introduction to Ethernet 1. The Evolution of Ethernet . . 3. History of Ethernet 3 The Aloha Network 4 The Invention of Ethernet 4 Reinventing Ethernet 6ABOUT THE AUTHOR
Charles Spurgeon is a co-author of the book “Ethernet – The Definitive Guide, 2nd Edition”. He is a Senior Technology Architect for the ITS Networking group at the University of Texas at Austin, and he has been involved in developing and managing large campus computer networks for many years. Charles got his first email account on UT Austin mainframes in 1979, and his first Unix accountETHERMANAGE.COM
There are two Gigabit Ethernet standards which describe Ethernet systems that operate at 1000 Mbps: 1. The 802.3z standard describes the specifications for the 1000BASE-X fiber optic Gigabit Ethernet system. 2. The 802.3ab standard describes the specifications for the 1000BASE-T twisted-pair Gigabit EthernetETHERMANAGE.COM
OUI (vendor) codes and Type codes can help identify and track down machines and protocols in use on the network. For example, the OUI codes can help identify the vendor of a given Ethernet card that may be sending incorrect traffic. Knowing the vendor can often help you find out which machine on your network may be the one causingproblems.
13.2 FAST LINK PULSE 13.2 Fast Link Pulse. Fast Link Pulse (FLP) signals. These signals are a modified version of the Normal Link Pulse (NLP) signals used for verifying link integrity, as defined in the original 10BASE-T specifications. The FLP signals are generated automatically at power-up, or may be selected manually through the management interfaceto an Auto
QUICK REFERENCE GUIDE TO AUTO-NEGOTIATION Quick Reference Guide to Auto-Negotiation - 25 MAY 96 Generated with CERN WebMakerCERN WebMaker 10BASE-T CROSSOVER WIRING When connecting two twisted-pair MAUs together over a segment, the transmit data pins of one eight-pin connector must be wired to the receive data pins of the other, and vice versa. THE EFFECT OF ETHERNET BEHAVIOR ON NETWORKS USING HIGH The Effect of Ethernet Behavior on Networks using High-Performance Workstations and Servers 1. Introduction Over the past 15 years, Ethernet has been become the most widely-used technology AUI CABLE (TRANSCEIVER CABLE) An AUI cable can be used to provide the connection between an external MAU and the Ethernet interface. The MAU is equipped with a male 15-pin connector with locking posts, and the Ethernet interface (DTE) is equipped with a female 15-pin connector that is typically provided with a sliding latch.*1 The AUI cable, in turn, has a female 15-pin connector on one end that is equipped with a slidingETHERMANAGE.COM
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NavigationHome Blog Books Resources CHARLES SPURGEON’S ETHERNET (IEEE 802.3) SITE THE DEFINITIVE GUIDE HAS BEEN UPDATED::
ETHERNET: THE DEFINITIVE GUIDE, 2ND EDITION * WHY IS IT CALLED ETHERNET? * ETHERNET RESOURCESCHARLES SPURGEON
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