S2C ProtoBridge™ AXI Expands FPGA-Based Prototype Usage

Acceleration of virtual prototype development, RTL verification and SoC software validation   

San Jose, CA – July 2, 2014 - S2C Inc., a leading SoC/ASIC rapid prototyping solutions provider, today announced that its ProtoBridge™ AXI now supports AXI-4 protocol with flexible bus width at an improved data transmission speed.  Protobridge AXI is an FPGA-accelerated verification tool that enables designers to read and write data from computers to AXI-based designs mapped to FPGA-based prototypes.  By utilizing a rich set of C subroutine calls, ProtoBridge AXI users can easily implement algorithm validation, block-level prototyping, full-chip simulation acceleration, corner case testing and early SoC software development.

ProtoBridge AXI consists of a computer software component and a FPGA design component.  The computer software component contains Linux/Windows drivers and a set of C-API/DPI routines to perform AXI transactions.  The FPGA design component contains a PCIe, an interconnection module and AXI transactors to be instantiated in users’ design-under-test (DUT).  With these enhanced product features, users can read and write at speeds of up to 500 megabytes per second through the PCIe interface, connect 8 Master devices and 8 Slave devices on the AXI bus, and take advantage of the patent pending Shared Memory technology that link the FPGA prototype with third party design tools.

     

“FPGA-based prototypes today are predominantly used at late design stages such as system validations and software developments.  Our customers have requested us to provide solutions for earlier design stages.” said Toshio Nakama, Chief Executive Officer of S2C.  “S2C’s ProtoBridge AXI software has already been deployed at a number of S2C customer sites and delivered great results.  We are pleased to release the updated version of ProtoBridge AXI which facilitates designers to maximize the benefits of FPGA-based prototypes early in the design project for algorithm validation, IP design, simulation accelerations and corner case testing.” 

“We at Fulhan Microelectronics are happy to use ProtoBridge AXI in our design project”, said Gao Houxin, R & D Director of Fullhan Microelectronics.  “Fullhan is a worldwide leading supplier of video surveillance chips and system solutions.  High-performance H.264 Video Encoder is one of our major products, and our design challenge is the short market window.  The video streams to be tested on the design are huge in size, and we don’t want to put all that testing work late in the FPGA prototyping stage.  We utilized ProtoBridge AXI’s C-API functions and successfully transferred the video streams to and from the design blocks mapped on FPGAs to finish testing early in the block design stage, and that shortened our H.264 project design cycle”.

Prototyping Platform Supported

S2C’s ProtoBridge AXI supports S2C’s V7 and K7 TAI Logic Module Series by connecting through a S2C 4-lane PCIe Gen2 GTX Module.  The V7 TAI Logic Modules can prototype SoC/ASIC designs up to 80 Million ASIC gates on a single board and multiple TAI Logic Modules can be stacked or tiled to meet higher gate capacity requirements.  For more information about ProtoBridge AXI and its supported hardware, please visit ProtoBridge AXI product page on S2C website.

S2Cについて

S2C本社はカリフォルニア・サンノゼにあり、2003年に設立以来、多くのラピッドSoCプロトタイピングソリューションを提供しました。現在S2Cは下記の商品を提供しています。

SoC/ASICゲート開発に於ける、S2C社のアドバンテージとして、私達のエンジニアリング チームと顧客の業務に特化した販売力はお客様のニーズを完全に理解している点にあります。S2C社のユニークなFPGAベースソリューションは、特許を取得したIP テクノロジーを使用する事で、設計者が迅速にFPGAベースのSoCプロトタイプを構築することを可能とします。同時に顧客のソフト開発も早める事が可能 です。S2C社のソリューションはラピッドプロトタイピングツールと様々なPrototype Ready IPのポートフォリオ、先端的な検証アクセラレーションソリューションで大幅にSoC開発サイクルを減少します。

S2C社のオフィスは、サンノゼ以外に、ヨーロッパ、日本、韓国、中国、台湾、インドにあります。さらに詳しい情報は、www.s2cinc.com.にアクセスしてください。

Contact for S2C:

Jimmy Chen, S2C Inc., San Jose, Phone: +1 408 213 8818 Email: jxchen@s2cinc.com                      

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S2C, ProtoBridge, Prototype Ready and TAI, are trademarks of S2C, Inc. All other trade names and trademarks are the property of their respective owners.