Mentor Graphics picks CAD design team from Kontron for its server board Kontron KTC5520-EATX featuring dual Intel® Xeon® Quad-Core 5500 processors
Poway, CA/Eching, Germany - September 16, 2009 - Kontron's R&D design center has won the top award in the category Computers, Blades and Servers, Memory Systems during the 21st annual PCB Technology Leadership Awards organized by Mentor Graphics.
Started in 1988, the TLA program is the longest running competition of its kind in the Electronic Design Automation (EDA) industry, and recognizes engineers and CAD designers worldwide who use Mentor's innovative technology to address today's complex PCB system design challenges.
The Kontron submission described the challenges its CAD team faced in designing the Kontron KTC5520-EATX server board. Included were the significant signal and power integrity issues in a limited amount of PCB real-estate, not to mention costs, reliability, and an assortment of government compliance milestones that needed to be met. Other considerations were the more than 17,000 connections on four layers, the odd angled diff pair routing issues to mitigate fibre weave effects, the need for 6.4 Gbps transfers and a 32 picoseconds rise time and, lastly, a high density design without microvias.
“The expertise and quality work of Kontron CAD design engineers can be substantiated by the incredible tools they use from Mentor Graphics, in particular Expedition Enterprise,” said Dirk Finstel, CTO of Kontron. “We surely wish to thank Mentor for this honor, as well as for their incredible support during the last several years. Only with exceptional tools can one make extraordinary products.”
"For years we have been impressed with the complexity of Kontron's designs and the high level of their designers' expertise," stated Henry Potts, Mentor Graphics vice president and general manager of the Systems Design Division. "We are so pleased they decided to enter this year's worldwide competition. The judges were extremely impressed with their knowledge and use of the design-for-high-performance functionality, in particular the routing and analysis of so many differential pairs and DDR3 memory all packed into a 4-layer board."
Comments from the independent panel of judges included notes about “an exceptionally good use of routing room,” and “the challenges to bring this design to completion on a four layer routing board with all the class rules and constraint rules impress me”. With high cost and time pressures, the Kontron design team was able to work on concurrent design portions in real-time using XtremePCB and, with such quality of work, succeeded in having the board work right away on the first revision.
“The complexity of the designs submitted represents how rapidly the electronics industry is progressing and how designers are leveraging their Mentor tools to implement innovative approaches with advanced PCB technologies,” said Pete Waddell, editor of Printed Circuit Design and Fab magazine, and president of UP Media Group. “The fact that 89 percent of the entries had a high percentage of high-speed nets, and 44 percent of entries used advanced PCB fabrication technologies like HDI/microvias are examples of pushing the envelope to develop products that are more competitive."
Industry experts judged entries from 17 countries in five categories representing a wide variety of industries. The PCB industry expert judges included: Happy Holden, senior technology specialist of Mentor Graphics; Gary Ferrari, technical support director, FTG Circuits; Pete Waddell, vice president of UP Media Group and publisher of Printed Circuit Designs & Fab magazine; Andy Kowalewski, senior interconnect designer, AdvantagePCB; and Rick Hartley, senior principal engineer, avionics division of L-3 Communications.
Some interesting stats on the submissions for TLA 2009:
• The largest board is measured in feet, the smallest in tenths of inches.
• Some submissions have nets exceeding 10,000.
• The largest total trace distance is more than 15 miles.