Design and Implementation Fine-grained Power Gating on Microprocessor Functional Units
スポンサーリンク
概要
- 論文の詳細を見る
In this paper, we present a prototype MIPS R3000 processor, which integrates the fine-grained power gating technique into its functional units. To reduce the leakage power consumption, functional units, such as multiplier and divider can be power-gated individually according to the workload of the execution program. The prototype chip - Geyser-1 has been implemented with Fujitsus 65nm CMOS technology; and to facilitate the design process with fine-grained power gating, a fully automated design flow has also been proposed. Comprehensive real-chip evaluations have been performed to verify the leakage reduction efficiency. According the evaluation results with benchmark programs, the fine-grained power gating can reduce the power of the processor by 5% at 25°C and 23% at 80°C.
論文 | ランダム
- 中国の鉄道--今に残る隠れた鉄路「樺南林業局森林鉄路」 (特集 中国の鉄道2010(2))
- 複リンク式高膨張比内燃焼機関の振動特性
- まかれた揮発性石油類の採取用油吸着材における吸着保持力の比較
- 燃料噴射系製品のこれまでの歩みと将来の展望 (特集 エンジン燃焼を支える要素・周辺技術の進化)
- 新型積層A/Fセンサ開発