首页> 外文会议>IEEE International System-on-Chip Conference >PAT-Noxim: A Precise Power Thermal Cycle-Accurate NoC Simulator
【24h】

PAT-Noxim: A Precise Power Thermal Cycle-Accurate NoC Simulator

机译:Pat-Noxim:精确的电源和热循环准确的NOC模拟器

获取原文

摘要

Ever increasing number of on-chip cores magnifies the need for efficient Network on Chip (NoC) architecture designs. To have a wide design space exploration, accurate simulators play a key role to estimate power consumption, area and temperature profile of NoCs. Access-Noxim as one of the well-known NoC simulators is used by several researchers to perform cycle-accurate simulations for different NoC architectures. However, this simulator lacks power and thermal accuracy due to ignoring the temperature/power cross impact which is also known as Temperature Effect Inversion. This paper presents PAT- Noxim, to address this source of inaccuracy in the Access- N oxim simulator. PAT-Noxim uses architecture-level tools to calculate power consumption and area more accurately with considering the power/temperature cross impact. PAT-Noxim simulator now supports several architectural alternatives including pipelined and non-pipelined routers, and arbitrary number of virtual channels per each port. In addition, the PAT-Noxim renders results for a wide ranges of VLSI fabrication technologies from 90 nm down to 22 nm. Obtained results by the PAT-Noxim simulator indicate 5.45% and 11.6% more accuracy in estimation of power consumption and temperature parameters respectively.
机译:越来越多的片上核心放大了对芯片(NOC)架构设计的有效网络的需求。为了拥有广泛的设计空间探索,准确的模拟器发挥着估算NOCS的功耗,区域和温度曲线的关键作用。 Access-Noxim作为众所周知的NoC模拟器,由几个研究人员使用,为不同的NoC架构执行循环准确的模拟。然而,由于忽略了温度/功率交叉冲击,该模拟器缺乏功率和热精度,这也称为温度效应反转。本文介绍了Pat-Noxim,以解决Access-n Oxim模拟器中的这种不准确源。 Pat-Noxim使用架构级工具,考虑到电源/温度交叉冲击,更准确地计算功耗和区域。 Pat-Noxim Simulator现在支持多种建筑替代品,包括流水线和非流水线路由器,每个端口的任意数量的虚拟通道。此外,PAT-Noxim呈现出从90nm至22nm的宽范围的VLSI制造技术。 PAT-Noxim模拟器的结果分别在估计功耗和温度参数中的准确性下降5.45%和11.6%。

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号