"Quellan Announces Q:Active™ Intelligent Cable Technology for Today’s Mega Data Centers
Quellan Collaborates with Gore Industries to Integrate Smart Silicon into GORE™ EYE-OPENER®
Cable to Improve Reach, Speed, Airflow and Latency", September 18, 2006
http://www.quellan.com/ver3/datacenter-pr.html
"Quellan, a leader in analog signal integrity devices, today announced its ability to transform data center cable
interconnects from passive, non-active devices to intelligent “roadways” for use in today's mega data centers."
Q:Active
http://www.quellan.com/ver3/products.html
"Quellan specializes in analog components that improve the performance and functionality of electronic equipment.
By removing channel impairments and interference noise, channel performance is dramatically improved across
multiple market segments, and end user products are greatly enhanced."
"To serve next generation Data Center's complex server clusters, Quellan has discovered interconnect issues are
critical. By inserting its analog ICs inside cabling interconnects, Quellan is able to achieve unsurpassed improvements
in reach, power consumption, latency, gauge size and airflow of tomorrow’s Data Centers. This new ability transforms
passive, cabling to intelligent “roadways” that yield lower operating expenses and capital expenditures for the expanding
Data Center."
ホストインタフェース別に数種のボックスが提供されています。
次の説明の方が解りやすそうです:
"New Chip Turbocharges Copper Cabling", CIO Magazine, Sep 26, 2006
http://www.cio.com/blog_view.html?CID=25222
"A small chip mounted in the plug housing could enable copper high-speed data cables to be thinner, lighter, and
run further, its inventor has claimed."
"The scheme requires a chip at each end, mounted inside the plug. The chips work by adaptively tuning to
the expected signal, and then calculating and subtracting the coupled noise -- in effect, they learn the cable's
characteristics and alter the signal to suit them"
Quellan Collaborates with Gore Industries to Integrate Smart Silicon into GORE™ EYE-OPENER®
Cable to Improve Reach, Speed, Airflow and Latency", September 18, 2006
http://www.quellan.com/ver3/datacenter-pr.html
"Quellan, a leader in analog signal integrity devices, today announced its ability to transform data center cable
interconnects from passive, non-active devices to intelligent “roadways” for use in today's mega data centers."
Q:Active
http://www.quellan.com/ver3/products.html
"Quellan specializes in analog components that improve the performance and functionality of electronic equipment.
By removing channel impairments and interference noise, channel performance is dramatically improved across
multiple market segments, and end user products are greatly enhanced."
"To serve next generation Data Center's complex server clusters, Quellan has discovered interconnect issues are
critical. By inserting its analog ICs inside cabling interconnects, Quellan is able to achieve unsurpassed improvements
in reach, power consumption, latency, gauge size and airflow of tomorrow’s Data Centers. This new ability transforms
passive, cabling to intelligent “roadways” that yield lower operating expenses and capital expenditures for the expanding
Data Center."
ホストインタフェース別に数種のボックスが提供されています。
次の説明の方が解りやすそうです:
"New Chip Turbocharges Copper Cabling", CIO Magazine, Sep 26, 2006
http://www.cio.com/blog_view.html?CID=25222
"A small chip mounted in the plug housing could enable copper high-speed data cables to be thinner, lighter, and
run further, its inventor has claimed."
"The scheme requires a chip at each end, mounted inside the plug. The chips work by adaptively tuning to
the expected signal, and then calculating and subtracting the coupled noise -- in effect, they learn the cable's
characteristics and alter the signal to suit them"