Panève and Sankhya Announce Availability of Advanced Processor Verification Solution for Rhino Architecture

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Panève LLC and Sankhya Technologies Private Limited have announced the creation of a fully automated, architectural meta-model driven verification solution for the Panève Rhino™ processor architecture. The unique verification solution consists of Teraptor Model Space Explorer (Teraptor MSE) - an intent driven verification solution from Sankhya Technologies and a complete architectural model of Panève's Rhino Processor.

SANKHYA Teraptor has enabled Panève to create a world class compiler tool chain and verification solution for our innovative Rhino processor with significantly fewer resources and less time than previously thought possible. -- Steve Frank, CEO, Panève LLC

Panève LLC and Sankhya Technologies Private Limited have announced the availability of a fully automated, architectural meta-model driven verification solution for the Panève Rhino™ processor architecture. The unique verification solution consists of Teraptor Model Space Explorer (Teraptor MSE) - an intent driven verification solution from Sankhya Technologies and a complete architectural model of Panève's Rhino architecture along with a comprehensive library of verification tools for Rhino.

“SANKHYA Teraptor has enabled Panève to create a world class compiler tool chain and verification solution for our innovative Rhino processor with significantly fewer resources and less time than previously thought possible.  These benefits directly extend to our customers in improved performance and reduced time to market for leading edge SoCs”, said Mr. Steve Frank, CEO at Panève, LLC. "We congratulate the Panève Team on the successful verification of the Rhino architecture." said Gopi Bulusu, CEO at Sankhya. "Right from day one, we were impressed with the highly skilled team at Panève. The combination of Panève’s design with the benefits of Teraptor have driven our partnership to efficiently build a world-class semiconductor solution” he added. Jef Sharp, President of Panève, says that “The success of our partnership with Sankhya will enable the availability of FPGA based evaluation systems in Q2 of 2012 and evaluation SoC’s in early 2013.”

About Sankhya Technologies Private Limited.

Sankhya is a software product company focused on developing software platforms and offering innovative platform driven solutions to industries. Key platforms and solutions include SANKHYA® V-One™ for Document Management, PaaS and SaaS enablement, SANKHYA Teraptor™ for embedded system (SoC) design automation and Varadhi™ a middleware solution for distributed computing. Sankhya's customers represent a broad range of industries including semiconductors and chip design, consumer electronics, software, power plant control, defence electronics and manufacturing. Sankhya has received several awards and recognitions including the prestigious Lockheed Martin India Innovation Award during the year 2008. Sankhya has received 2 US Patents on its technologies and has several pending patent applications. Founded in 1996, Sankhya Technologies is a privately held company with development centers in Chennai and Visakhapatnam, India.

SANKHYA, SANKHYA TECHNOLOGIES and Teraptor are trademarks or registered trademarks of Sankhya Technologies Private Limited. All other trademarks mentioned in this document are the property of their respective owners.

About Panève, llc.
Panève has created the first software-driven, general-purpose processor architecture designed to focus on video and other high performance applications. Panève’s Rhino™processor will support all advanced electronics devices with a single homogeneous SoC platform. The patented Panève breakthroughs stem from innovative supercomputer concepts developed by Steve Frank. Panève licenses its proprietary architecture with smart, data-flow cache memory to the makers of semiconductors for use in smart TV’s, set-top boxes, tablet PC’s, smart phones, digital cameras, FPGA’s and many other electronic or big data endeavors.

This document may contain forward-looking statements that are subject to change without notice.

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