S2C will demonstrate its latest technology at DAC 2014 (booth #533)-会社のニュース-S2C：Rapid FPGA-based SoC & ASIC Prototyping

S2Cについて

情報

会社のニュース

S2C will demonstrate its latest technology at DAC 2014 (booth #533)

May 27, 2014

S2C will demonstrate its latest technology at DAC 2014 (booth #533)

San Jose, CA – May 27, 2014 - S2C Inc., a leading SoC/ASIC rapid prototyping solutions provider, today announced its floor demonstration lineup for Design Automation Conference (DAC) 2014. The demonstrations are designed to showcase S2C’s latest technology, which provides solutions to new challenges in the fast-evolving SoC design industry. DAC 2014 will take place at Moscone Center in San Francisco, California from June 1st to 5th.

S2C’s rapid prototyping platform, the TAI Logic Module series, helps accelerate the completion of SoC design projects. From ESL exploration, IP design/validation and system integration to software development, TAI Logic Module series meet design needs at every stage. At booth #533, S2C will demonstrate 4 major design flows using the TAI Logic Module:

Design Exploration flow – Explore design algorithm and SoC architecture by co-modeling TAI Logic Module with Mentor Vista virtual platform
IP Validation flow – Speed up IP selection and validation by using Prototype Ready™ IP, which will be demonstrated with Northwest Logic’s PCIe Gen3 IP tested on TAI Logic Module
System Integration flow – Build up rapid prototype quickly with over 70 Prototype Ready™ TAI Logic Module Interface daughter cards
Software Development flow – Achieve early software development on a virtual prototype with a bridge to TAI Logic Module using the Mentor Embedded CodeBench Virtual Edition tool

S2C’s floor demonstrations will be open to the public. Exhibition hours are from 9:00am to 6:00pm from June 2nd to 4th.

About S2C V7 TAI Logic Modules

The V7 TAI Logic Module series, S2C’s fifth generation products, are designed to make prototyping a reality and a pleasant experience for designs ranging from 20 Million up to 80 Million ASIC gates on a single board. Multiple V7 TAI Logic Modules can be stacked or tiled to meet higher gate capacity requirements.

The V7 TAI Logic Module has many significant improvements that facilitate higher system prototype performance, reliability and ease-of-use. The V7 TAI Logic Module now supports the following hardware control functions through both the USB and Ethernet interface from a Windows or Linux machine:

Fast FPGA design download with multiple options – JTAG, USB, SD Card and Ethernet
Comprehensive Self-Test for all I/O, interconnections and clocks
Program clocks, select clock sources and adjust on-board programmable clock frequencies
Remote hardware control via Ethernet interface – Reset, configure FPGA design and execute run-time utilities
Monitor on-board voltage, current and temperature and automatically take corrective action upon limits violation
Read-back hardware information - global clock frequencies, hardware type, firmware details etc.
Adjust I/O voltages, FPGA cooling fan speed through software
Enables re-use of daughter cards designed for previous generation prototyping systems such as Virtex-6 or Virtex-5 TAI LM systems

S2C also provides optional prototype creation and multi-FPGA debug software, C-API co-modeling and a large library of off-the-shelf Prototype Ready IP & Accessories to speed up the creation of design prototypes using the V7 TAI Logic Modules. For more information, visit V7 TAI Logic Module 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。

FPGAベースのSoCプロトタイピングハードウエアと各種ソフトウエア
Prototype Ready™ IPプラットフォームとアクセサリー
システムレベルの設計検証手法

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。