HSPICE的新思科技公司是一家世界领先的软件和IP设计，验证和制造电子元件和系统的使用，已提出版本是行业的“金标准”精确的电路仿真和提供与国家的最先进的仿真和分析算法代工认证的MOS器件模型。拥有超过25年的成功设计出带，HSPICE是业界最值得信赖的，全面的电路仿真器。

- 对于片上模拟：模拟设计，RF设计，定制数字设计，标准单元设计和特性，内存设计和特性，以及设备型号的发展。

- 对于片外信号完整性仿真：硅封装登上到背板分析和仿真。

设计挑战

随着IC尺寸的持续缩小，需要精确的电路模拟器是至关重要的。设计者需要高度精确的电路模拟器精确地预测其设计的定时，功率消耗，功能性和产量。由于电路板和封装速度的提高，设计人员需要使用越来越精确的信号完整性分析。

解决方案：

HSPICE

- 准确度

金标准精确的电路仿真。

粗放型的支持最准确，最广阔的一套行业标准和专有的仿真模型。

- 性能

HSPICE刚刚得到更快了！ Synopsys公司取得了HSPICE一个性能领先的单人和多核计算机上

显著加速细胞特性的应用，大型提取的网表，信号完整性和65 nm设计。

- 设计产量 - 过程变化和设备可靠性仿真

流程和互连变异 - 型号器件和互连线的变化

变化块 - 强大而灵活的机制来定义工艺变化的影响。

AC＆DCMatch - 本地参数不匹配影响效率的统计模拟。

“智能”蒙地卡罗 - 即运行速度比传统蒙特卡罗技术快好几倍的通用统计模拟。

MOSRA器件的可靠性分析 - 仿真HCI和NBTI设备老化影响

- 董事会和包装设计完整性分析

增强型W-元素和S参数模拟信号完整性问题和支持SI分析。

支持大规模的500端口S参数

- 射频和高速仿真

最佳的RF模拟器PLL和VCO应用

最精确的射频仿真器

最快的射频仿真器

高容量的射频仿真，10000+晶体管既谐波平衡和射击牛顿算法

全面的解决方案模拟低噪声放大器，功率放大器，滤波器，AGC电路中，振荡器，混频器，乘法器，调制器，解调器，和压控振荡器。

关于Synopsys

Synopsys公司加快创新，在全球电子市场。正如在电子设计自动化（EDA）和半导体IP的领先者，新思科技提供软件，IP和服务，以帮助工程师解决他们的设计，验证，系统和制造上的挑战。自1986年以来，世界各地的工程师一直在使用Synopsys的技术来设计和打造百亿的芯片和系统。

Synopsys

hspice L-2016.06-SP1 | 1.1 Gb

Synopsys, Inc., a world leader in software and IP used in the design, verification and manufacture of electronic components and systems, has released Service Pack 01 for hspice L-2016.06, is the industry's "gold standard" for accurate circuit simulation and offers foundry-certified MOS device models with state-of-the-art simulation and analysis algorithms.

With over 25 years of successful design tapeouts, HSPICE is the industry's most trusted and comprehensive circuit simulator.

- For on chip simulation:

Analog designs, RF design, custom digital design, standard cell design and characterization, memory design and characterization, and device model development.

- For off chip signal integrity simulation:

Silicon to package to board to backplane analysis and simulation

New Features and Enhancements in HSPICE L-2016.06

- Enhancement to Interactive Mode

HSPICE supports multiple runs without re-parsing the input netlist, in the interactive mode. For more information, see Multiple Runs in Interactive Mode.

- Output template support for generic MOSFET wrapper

In addition to intrinsic MOSFETs, HSPICE now provides output template support for wrapper MOSFETs.

- Support for AC Noise Output from .TRANNOISE

The results of transient noise analysis can be output in terms of a power spectral density (PSD) function. A new keyword PSD to .TRANNOISE allows you to enable PSD calculations in transient noise analysis. A new .OPTION TRNOISESEGMENTS option sets the number of window segments to use for the spectral density estimation algorithm.The PSD output allows the results from transient noise analysis to be easily compared with the results from the frequency domain .NOISE analysis.

- Model Support

HSPICE L-2016.06 supports HICUM/L2 version 2.34 and BSIM-IMG version 102.7 models.

- Support for MOSRA on BSIM6 Level 77 MOSFET Models

HSPICE MOSRA analysis currently supports Level 49, Level 53, Level 54, Level 57, Level 62, Level 66, Level 69, Level 70, Level 71, Level 72, Level 73, Level 76, Level 77 and external CMI MOSFET models.

- Support for Reading-in Value Change Dump (VCD) Files

A new command .VCD to directly read-in VCD files.

- Change in the Default Random Number Generator (RNG) for Monte Carlo Analysis

The default RNG for simple random sampling (SRS) and enhanced SRS based Monte Carlo analysis is changed to MCG.

About Synopsys

Synopsys, Inc. accelerates innovation in the global electronics market. As a leader in electronic design automation (EDA) and semiconductor IP, Synopsys delivers software, IP and services to help engineers address their design, verification, system and manufacturing challenges. Since 1986, engineers around the world have been using Synopsys technology to design and create billions of chips and systems.

Product:

Synopsys hspice

Version:

L-2016.06-SP1

Supported Architectures:

32bit / 64bit

Website Home Page :

http://www.synopsys.com

Language:

english

System Requirements:

PC / Linux

Supported Operating Systems:

Windows 7even / 8.x | RHEL 5-7 (Red Hat Enterprise Linux) / SLES 11 or 12 (SUSE Linux Enterprise Server)

Size:

1.1 Gb