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Kurt Shuler bio

Kurt Shuler Arteris Intel TI MIT USAFAKurt Shuler is the VP of marketing at Arteris. 

He has held senior roles at Intel, Texas Instruments, ARC International and two startups, Virtio and Tenison. Before working in high technology, Kurt flew as an air commando in the U.S. Air Force Special Operations Forces.

Kurt earned a B.S. in Aeronautical Engineering from the U.S. Air Force Academy and an MBA from the MIT Sloan School of Management.

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Arteris is EE Times ACE Awards finalist for Innovator of the Year

  
  
  

Arteris ace award 2012 finalist 308x83

The EE Times / EDN ACE Awards dinner last night was a wonderful opportunity to reconnect with old friends and meet the engineers and business people behind this year's coolest electronics products. I feel honored that Arteris and our CEO, Charlie Janac, were chosen as finalists for the Innovator of the Year ACE Award and were recognized as being part of such an esteemed and accomplished group of people and organizations.

Interchip Connectivity: HSIC, UniPro, HSI, C2C, LLI...oh my!

  
  
  

LLI C2C standards table resized 600

There has been a lot of confusion about the different standards for interchip connectivity, with many hardware developers of consumer electronics and mobile computing systems-on-chip wondering what to use. As an interconnect IP provider, I struggle with this every day when working with our customers. I wrote this article to share what I have learned.

The Chinese Tianhe-1A supercomputer: It's the interconnect, stupid!

  
  
  

Chinese Supercomputer NoC Interconnect Arteris resized 600

I hope my title doesn't sound too condescending, and I apologize for stealing Bill Clinton's 1992 campaign slogan, but it's apparent to me that a lot of the talk on the Internet about the Chinese Tianhe-1A supercomputer is sour grapes.

Busses, Crossbars and NoCs: The 3 Eras of SoC Interconnect History

  
  
  

Network on Chip (NoC) SoC AXIToday the processor in your Blackberry or iPhone has more calculating power than a PC did only a decade ago. No surprise here. But how did this happen? What enabled this?

The pat answer of course is “Moore’s law enabled semiconductor designers to cram more transistors into a given area each year, allowing more functions to be added to a chip.”

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