出展者詳細 Blue Pearl Software, Inc.
ECA-006 

Blue Pearl Software, Inc.

出展物紹介

タイミング問題の解決は回路の大規模化にともない、設計者にとって益々難しい課題となっています。複雑な設計では数万におよぶFalsePathやMultiCyclePathが存在する可能性もあります。これらのタイミング制約は論理合成後のタイミング解析で検出されますが、設計者は制約ファイルに書き込む作業を何度も繰り返さなければなりません。Blue PearlはRTLレベルでFalsePathやMultiCyclePathを精度良く検出し、制約ファイルにそれらを自動書き込みするので、論理合成後に行うタイミング解析の繰り返し回数を激減させ、デザインリスクを低減することが出来ます。

Closing timing has become increasingly challenging for designers.
Constraining synthesis to achieve required timing is a very tedious and repetitive process whereby the designer has to manually create the SDC constraints. However in today's designs, especially low power ones, the manual SDC creation flow has reached its limits because there can be tens of thousands of clock domain crossings (CDC) and False Paths (FP) and Multi-Cycle Paths (MCP). What designers need are tools that can produce better results, automatically and in a more comprehensive manner, as compared to the common, iterative manual approach. The ultimate benefit of Blue Pearl is that it automates the constraint creation process, allowing designers to achieve timing closure faster, while reducing design risk.


出展者セミナー

2011年
11月17日(木)
時間:15:00 〜 15:45   会場:DM6
RTL analysis for effective and efficient synthesis.
Shakeel Jeeawoody (Translator : ATEサービス株式会社 板橋)
Blue Pearl Software, Inc. Director of Product Marketing
Closing timing has become increasingly challenging for designers.
Constraining synthesis to achieve required timing is a very tedious and repetitive process whereby the designer has to manually create the SDC constraints. However in today's designs, especially low power ones, the manual SDC creation flow has reached its limits because there can be tens of thousands of clock domain crossings (CDC) and False Paths (FP) and Multi-Cycle Paths (MCP). What designers need are tools that can produce better results, automatically and in a more comprehensive manner, as compared to the common, iterative manual approach. The ultimate benefit of Blue Pearl is that it automates the constraint creation process, allowing designers to achieve timing closure faster, while reducing design risk.

連絡先

ATEサービス株式会社
ATE Service Corp.
TEL:044-850-8811   FAX:044-850-8798
E-mail:info@ate.co.jp
URL:http://www.ate.co.jp

所在地

〒213-0011
神奈川県川崎市高津区久本3-5-7 新溝ノ口ビル3F
Shin Mizonokuchi Bld.3F
3-5-7 Hisamoto, Takatsu-ku, Kawasaki-Shi, Kanagawa, Japan

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