Design Reuse
Search EETimes
Silicon IP Verification IP Software IP Wanted IP !!! Free Download IP Analytics (Restricted Access) FPGA Board / Kit Design Services Foundries Main IP/SoC Products Embedded Systems Design Platform / Structured ASIC Foundries FPGA / CPLD Fabless / IDM Deals Legal Business Financial Results People ESL Design Commentary / Analysis Main Silicon IP / SoC Verification IP FPGA / CPLD Embedded Systems Design Platform / Structured ASIC ESL Design ESL Design Standards & Best Practice Structured ASIC Verification IP Main On Cores Multimedia IP Journal Embedded Systems EDA Tools IP Cores Tool Demos D&R Partners Events Calendar Webcasts / Podcasts Online Bookstore


Cadence Joins the HyperTransport Consortium


Related

Breaking News

Most Popular (Updated Daily)

Adds Industry's Lowest Latency Interconnect to IP Core Arsenal

SUNNYVALE, Calif. -- December 05, 2007 -- Garnering support from one of the industry’s leading innovators in electronic design automation (EDA), the HyperTransport™ Technology Consortium today announced that Cadence Design Systems, Inc. (NASDAQ:CDNS) has joined the Consortium. Cadence plans to offer the industry’s lowest latency, customizable HyperTransport 3.0 interconnect PHY cores as part of its Cadence Services business, making them accessible to customers in a wide range of markets including consumer electronics, networking and telecommunications equipment and computer systems.

“Our goal is to empower designers to create leading-edge integrated circuits, boards and systems through our industry-leading EDA technologies and services,” said Tim Henricks, vice president for Services at Cadence. “Our customers recognize the significant performance advantages that the HyperTransport interconnect offers, and our Consortium membership ensures we provide them with proper validation tools and technologies required to meet their performance and ease-of-design needs.”

HyperTransport 3.0, the latest version of the HyperTransport interconnect standard, extends the dual data rate (DDR) maximum clock to 2.6 GHz, and delivers a maximum aggregate bandwidth of 41.6 Gbps. The standard is being widely adopted by manufacturers, and has helped the standard reach considerable market presence and success.

“We welcome Cadence as a new Consortium member, and look forward to working with them to extend the roster of HyperTransport-based IP and system design solutions available to the industry,” said Mario Cavalli, general manager of the HyperTransport Consortium.“ The addition of this high-profile EDA company to our membership roster validates the tremendous value and momentum behind the HyperTransport standard."

About the HyperTransport™ Technology Consortium

The HyperTransport Technology Consortium is a membership-based, non-profit organization that licenses, manages and promotes HyperTransport Technology. The HyperTransport Consortium was founded in 2001 by leading technology innovators like AMD, Apple, Broadcom, Cisco, NVIDIA, PMC-Sierra and Sun Microsystems and counts on more than 50 industry-leading member companies worldwide, including Dell, HP and IBM. Membership is based on a yearly fee and it is open to companies interested in licensing the royalty-free use of HyperTransport technology and intellectual property. Consortium members have full access to the HyperTransport technical documents database, they may attend Consortium meetings and events and may benefit from a variety of technical and marketing services, including the new, member-driven web portal, whose business benefits are part of a wide array of services offered by the Consortium free of charge to member companies.

To learn more about member benefits and how to become a Consortium member, please visit the Consortium Web site at www.hypertransport.org.




   

Contact Cadence Design Systems, Inc.

Fill out this form for contacting a Cadence Design Systems, Inc. representative.

Your Name:
Your E-mail address:
Your Company address:
Your Phone Number:
Write your message:
   

 



E-mail This Article Printer-Friendly Page



list: -1215287524.75 seconds
detail: 0.00108790397644 seconds
prov: 0.00189900398254 seconds
end_new