模拟快速香料(AFS)平台

世界上最快的模拟纳米电路验证平台,射频mixed-signal,and custom digital circuits.

The Analog FastSPICE™ (AFS) Platform is the world's fastest nanometer circuit verification platform for analog,射频mixed-signal,and custom digital circuits.150多家公司使用AFS平台应对最严峻的电路验证挑战,包括高速I/O,PLLs,ADC/DACS,CMOS image sensors,RFICsand embedded memory.

经7nm Finfet工艺认证的铸造厂,the AFS Platform delivers nanometer SPICE accuracy 5x-10x faster than traditional SPICE and 2x-6x faster than parallel SPICE simulators.

For large circuits the AFS Platform delivers >20M-element capacity and the fastest mixed-signal simulation.

对于硅的精确表征,它包括业界唯一全面的全谱器件噪声分析和高生产率模拟表征环境,这两个环境都比其他方法提供了5x-10x的加速。

For embedded memory and other array-based circuits,AFS Mega提供硅精度模拟,元件容量大于100米。

模拟快速香料(AFS)平台

““我们从Mentor Graphics中选择了AFS平台,因为它们能够完全满足我们对电路验证准确性的要求,性能,simulation time and capacity.Mentor has become a valuable EDA partner,and we continue to work closely with them as we further advance the state-of-the-art in complex,ultra-low-power mixed-signal integrated circuits.““

Ramin Poorfard,Vice President of technology,硅实验室

““AFS平台是唯一一个能够在后布局PLL上验证锁和性能的SPICE精确模拟器。有了AFS,我们可以在一夜之间运行PLL特性,比传统香料模拟器运行一周多的精度更好——这是一个巨大的生产力提高。最近为65nm CMOS测试芯片设计的10GHz 4相锁相环,经AFS验证完全符合规范要求。““

威廉·沃克,高级研究员,Fujitsu Laboratories of America

““我们的集成射频收发器/基带芯片组有严格的电路验证要求。我们之所以选择AFS平台,是因为它提供了纳米SPICE精度,与并行SPICE模拟器相比,它显著提高了模拟速度。““

克里斯坦森,总经理,Spreadtrum Communications USA Inc

““Analog/RF block characterization in nanometer process technologies is a design limiter demanding increased accuracy,性能,以及电路模拟器的容量。AFS MCP提供纳米香料精度,使我们能够以比单核传统香料模拟器快50倍的速度表征我们的模拟/射频模块。““

博士。Xingang Wang,高级经理,Skyworks Solutions

AFS产品和平台功能

AFS电路模拟器

The industry's leading nanometer analog,mixed-signal and RF circuit verification tool proven to deliver  foundry-certified nanometer SPICE accuracy 5x-10x faster than traditional SPICE and 2x-6x faster than parallel SPICE simulators with  >20M-element capacity.

  • Nanometer SPICE accuracy
  • >20M-element capacity
  • >150分贝瞬态动态范围
  • >比传统香料快5-10倍
  • >比平行香料快2-6倍
  • 直流transient,交流电,和噪声分析
  • 可靠性:蒙特卡洛,改变,sweep,aging,和电路检查支架

AFS瞬态噪声

为每种类型的电路提供纳米香料精确的设备噪声分析。Transient noise injects random white and flicker noise for each device at each timestep during transient simulation to produce output waveforms that include realistic device noise effects.(包含在AFS电路模拟器中)

  • 噪声地板全谱精度
  • 任何电路类型的设备噪声分析
  • >20M-element capacity
  • Validated to within 1–2 dB of silicon

AFS AMS

扩展了基于Verilog AMS的混合信号仿真的AFS电路模拟器。提供业界最简单的,最快的,most-accurate verification of complex nanometer-scale mixed-signal circuits.(Add-on option for AFS Circuit Simulator)

  • Easy mixed-signal setup
  • Supports all leading Verilog simulators
  • 保持现有的数字或模拟流
  • >5×–10× faster than AMS w/ traditional SPICE
  • >比AMS(含并行香料)快2倍–6倍
  • 简单的,powerful configuration support
  • 仅Verilog AMS支持

AFS Mega

用于嵌入式存储器的硅精确电路模拟器在与FastSpice工具相似的时间段内提供了更精确的功率和时间特性。AFS Mega extends the AFS Platform with the capacity,性能,and features required for mega-scale circuit verification and characterization down to FinFET-based process nodes.

  • Nanometer SPICE accuracy
  • >100M-element capacity
  • Compatible with leading digital fastSPICE flows
  • DC and transient analyses
  • 蒙特卡洛改变,和扫掠支撑

AFS RF

提供业界唯一的全谱周期噪声分析和振荡器噪声分析,delivering nanometer SPICE accuracy for every run.对于复杂电路,AFS射频比其他射频工具快5-10倍。(包含在AFS电路模拟器中)

  • 全谱PSS,pnoise,和噪声
  • 全光谱采样pnoise,PAC,和PXF分析
  • No need to specify maxsideband
  • >100K元素PSS收敛

Analog Characterization Environment (ACE)

High-productivity environment to ensure circuits meet rigorous nanometer requirements under all expected operating,环境,以及工艺条件及其组合。

  • 高生产率,直观的表征
  • 拐角处,sweep,and Monte Carlo nesting
  • 自动分层通过/失败报告
  • 视觉统计分布分析
  • >5×10×AFS MCP性能
  • 3×–6× license efficiency with AFS MCP
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