Printer Friendly

Accelerant Combines World's First Binary DFE Transceiver with Industry's Lowest Power PAM4 10Gb/S Backplane Core at 0.22 Watts Per Link.

Business Editors/High-Tech Writers

BEAVERTON, Ore.--(BUSINESS WIRE)--Oct. 27, 2003

Accelerant Networks:

-- 0% overhead mode enables line rate OC-192 or 10GE per

backplane differential pair

-- Binary Decision Feedback Equalization (DFE) interoperates with

legacy 1-5Gb/s SERDES

Accelerant Networks today announced availability of the highest performance, lowest power SERDES device available today for backplane applications. The AN6420 is the newest member of its AN6000 family of high-speed SERDES transceivers that offers breakthrough 0 percent overhead technology for the highest performance, lowest power SERDES device available, demonstrating line rates of 10 Gigabit payloads (Ethernet or OC-192) across existing backplane differential pairs, without increasing the existing power budget.

The device's four backplane interface cores require less than 870mW per 40 Gb/s total payload, operating across FR4 material and two backplane connectors. This makes the AN6420 the highest performance, lowest power SERDES device available today for backplane applications.

The AN6420 operates at 6.25 Gigabits per second (Gb/s) with a demonstrated rate up to 10 Gb/s user payload in PAM4 multilevel signaling mode with no additional coding overhead (0 percent overhead), making it 25 percent more bandwidth efficient than typical 8B/10B coded transceivers. As with all Accelerant PAM4 transceivers, the AN6420 features adaptive equalization performed by the part. For interoperation in legacy binary modes with SERDES on existing line cards, the AN6420 operates up to 5 Gb/s with a Decision Feedback Equalizer (DFE) in the receiver enabling it to offer robust operation independent of the quality of the legacy link.

For legacy upgrades the AN6420 includes the world's first binary backplane DFE implementation, allowing error-free operation at speeds up to 5Gb/s even with eyes that are completely closed. This insures interoperability with the binary SERDES typical of the installed base of system line cards, enabling greater opportunities for system developers to upgrade existing network, server, and system chassis backplanes to higher performance.

"Maintaining a reasonable power budget, operating over low-cost interconnects, and interoperating with existing hardware have been the primary obstacles to upgrading existing backplanes to higher speed performance," said Bill Hoppin, vice president of marketing for Accelerant. "System developers have now designed Accelerant's AN6000 series into strategic upgrade projects that result in fundamental changes to product lifecycle at the system level. In addition, the technology is available now in an ASIC flow that provides the same functionality and power advantages of the discrete AN6420."

Many system vendors depend on ASIC integration to create key differentiation. Typically, technology available in the form of discrete merchant ICs has outpaced that available in ASIC cores by at least a generation. In backplane SERDES technology, power per user Gigabit is the ultimate metric when integrated as an ASIC core. The availability of Accelerant's leading edge, low power-per-user Gb/s technology both as a discrete IC and in an ASIC flow simultaneously is significant, as system developers will have greater design flexibility and cost-effectiveness both for today's upgrades and for tomorrow's next generation system designs.

The AN6420 is built with Accelerant's new modular development architecture such that each building block can be re-used and optimized for custom applications and integration into ASIC designs. Power consumption and die size of each building block are extremely low, and are optimized for either backplane interconnect or chip-to-chip applications. The 130nm AN6420 core is available today from Agere Systems in its ASIC flow. Accelerant's building blocks are also ideal for future cores integrated on 90nm CMOS optimized for further improvements in die density and low power.

Pricing and Availability

The AN6420 is a 17mm X 17mm low cost plastic BGA device, is sampling now, and is priced at $80 per unit in volume.

About Accelerant

Accelerant Networks is a fabless semiconductor company delivering intelligent silicon transceivers that unlock new levels of bandwidth from low-cost interconnects such as backplanes and cables used commonly in the network, storage and server markets. The company is headquartered in Beaverton, Ore., with sales and application offices in Silicon Valley as well as a nationwide network of sales representatives. For more information visit Accelerant on the web at

This release is available online at:
COPYRIGHT 2003 Business Wire
No portion of this article can be reproduced without the express written permission from the copyright holder.
Copyright 2003, Gale Group. All rights reserved. Gale Group is a Thomson Corporation Company.

Article Details
Printer friendly Cite/link Email Feedback
Publication:Business Wire
Date:Oct 27, 2003
Previous Article:AirMagnet Unveils New Wireless LAN Management Products.
Next Article:Jerry Machovina and Michael Zeisser Appointed to OpenTV Board of Directors.

Related Articles
Making Sense Of New Network Chip Technology.
PMC-Sierra announces 10 Gigabit Ethernet and 10 Gigabit Fibre Channel transceiver.
Accelerant Transceiver Upgrades Existing Low Cost FR4 Backplanes from 1 Gb/s to 10 Gb/s With Reliability and Low Power.
Accelerant Transceiver Validates Teradyne Backplane in Less Than Two Days Using Lab in a Chip.
FCI to Showcase the AirMax VS Connector System at DesignCon 2004.
Accelerant Demonstrates High Speed SERDES Breakthroughs with Tyco Electronics, FCI Electronics and Teradyne at DesignCon 2004.
Xilinx ships world's first Advanced Switching solution based on PCI Express architecture.
Analogix Unveils First High-Speed Backplane SerDes ICs With Adaptive DSP-Based Noise Cancellation.
Xilinx shatters 2.4 terabit PICMG 3.0 bandwidth barrier by demoing 10Gbps serial signaling over ATCA backplane.

Terms of use | Copyright © 2017 Farlex, Inc. | Feedback | For webmasters