The IEEE Standard for Gigabit Networking was accepted in June 1998 and ratified as IEEE 802.3z. This standard uses considers an optical cable for signal transmission. One year later a new standard for Gigabit Ethernet over unshielded twisted pair of the 5th category was certified under the name 802.3ab. Nowadays, there are a couple of younger and older studies about Gigabit Ethernet technology and performance. This Meta Analysis is intended to put the main results altogether into one document suitable for a proper choice of gigabit networking equipment for cluster computers
This paper gives an overview on actual trends and deployments of carrier- grade Ethernet in metro, a...
The storage capacity of optical disks demands higher speed of a network when users copy images of th...
This Ph.D. dissertation investigates protocols for a gigabit-per-second local-area network (LAN) as ...
The IEEE Standard for Gigabit Networking was accepted in June 1998 and ratified as IEEE 802.3z. This...
Gigabit Ethernet is the latest in a series of networks based upon the Ethernet technology, simply th...
This paper describes Gigabit Ethernet and its role in supporting R&D programs at NASA Glenn. These p...
This paper evaluates the performance of three popular technologies used to interconnect machines on...
Although major eorts have been put into increasing the energy eciency of computing environments, ene...
The 25G & 50G Ethernet specification extends the IEEE 802.3 standard to include operation at 25 ...
The status of the IEEE 802.3 standard is reviewed and prospects for the future, including the new 10...
100 Gbit/s Ethernet is foreseen in metro and access by 2014, while 1 Tbit/s Ethernet is forecasted f...
Modern massively parallel computers are built from commodity processors and memories that are used i...
This article considers the recently success-ful IEEE 802.11b standard for high-perfor-mance wireless...
Low installation costs and high data rates reaching up to 10 Gbps, characterized Ethernet as the loc...
This paper explains the basic functionality of Ethernet and how it can be utilized at home and busin...
This paper gives an overview on actual trends and deployments of carrier- grade Ethernet in metro, a...
The storage capacity of optical disks demands higher speed of a network when users copy images of th...
This Ph.D. dissertation investigates protocols for a gigabit-per-second local-area network (LAN) as ...
The IEEE Standard for Gigabit Networking was accepted in June 1998 and ratified as IEEE 802.3z. This...
Gigabit Ethernet is the latest in a series of networks based upon the Ethernet technology, simply th...
This paper describes Gigabit Ethernet and its role in supporting R&D programs at NASA Glenn. These p...
This paper evaluates the performance of three popular technologies used to interconnect machines on...
Although major eorts have been put into increasing the energy eciency of computing environments, ene...
The 25G & 50G Ethernet specification extends the IEEE 802.3 standard to include operation at 25 ...
The status of the IEEE 802.3 standard is reviewed and prospects for the future, including the new 10...
100 Gbit/s Ethernet is foreseen in metro and access by 2014, while 1 Tbit/s Ethernet is forecasted f...
Modern massively parallel computers are built from commodity processors and memories that are used i...
This article considers the recently success-ful IEEE 802.11b standard for high-perfor-mance wireless...
Low installation costs and high data rates reaching up to 10 Gbps, characterized Ethernet as the loc...
This paper explains the basic functionality of Ethernet and how it can be utilized at home and busin...
This paper gives an overview on actual trends and deployments of carrier- grade Ethernet in metro, a...
The storage capacity of optical disks demands higher speed of a network when users copy images of th...
This Ph.D. dissertation investigates protocols for a gigabit-per-second local-area network (LAN) as ...
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