White Papers 

FinFET Technology – Understanding and Productizing a New Transistor From TSMC and Synopsys
This white paper discusses the major challenges with FinFETs and how TSMC has been collaborating with Synopsys, one of their ecosystem partners, to deliver a complete solution. Key elements of this solution include comprehensive FinFET profiling without impact to design tool runtime and proven, verified IP availability. The TSMC 16-nm FinFET solution will ensure mutual customers swiftly move to building the next generation SoCs.
Jason S.T. Chen, TSMC; Andy Biddle, Synopsys

Custom and Mixed-Signal Design Solution
Synopsys’ unified solution for custom and cell-based design and verification provides a comprehensive, highly integrated suite of tools for advanced-node mixed-signal SoC design. The high degree of integration and interoperability shortens time-to-tapeout and improves design quality.
Synopsys

MOS Device Aging Analysis with HSPICE and CustomSim
MOS Reliability Analysis (MOSRA) in HSPICE and CustomSim offers a robust and economic alternative to empirical overdesign and extensive lifetime testing.
Bogdan Tudor, Joddy Wang, Weidong Liu, Hany Elhak, Synopsys

De-risking Variation-aware Custom IC Design with Solido Variation Designer and Synopsys HSPICE
Challenges in a traditional custom IC variation-aware design flow lead to schedule, product yield, and product quality risks. Solido Variation Designer and Synopsys HSPICE together enable fast and accurate variation-aware design methods that can reduce or remove risks associated with traditional variation-aware design. Together, these tools and methods help to reliably deliver products on schedule that are competitive and cost-effective.
Jeff Dyck, Director of Product Development, Solido Design Automation, Inc.; Kishore Singhal, Scientist, Synopsys

Accelerating Analog Simulation with HSPICE Precision Parallel Technology
HSPICE Precision Parallel technology is a new multicore transient simulation extension to HSPICE for both pre- and post-layout of complex analog circuits such as PLLs, ADCs, DACs, SERDES, and other full mixed-signal circuits. HPP addresses the traditional bottleneck in accelerating SPICE on multicore CPUs with new algorithms that enable a larger percentage of the simulation to be parallelized, with no compromise in golden HSPICE accuracy. Additionally, efficient memory management allows simulation of post-layout circuits larger than 10 million elements.
Robert Daniels, Sr. Staff Engineer, Synopsys Inc.; Harald Von Sosen, Principal Engineer, Synopsys Inc.; Hany Elhak, Product Marketing Manager, Synopsys Inc.

PLL Noise Analysis with HSPICE RF
This white paper describes a procedure for efficiently extracting key noise measurements for a phase locked loop using HSPICE RF. The procedure has been updated to take advantage of several new and unique capabilities in HSPICE RF that can be used to accurately predict PLL steady-state and phase noise characteristics.
<div>Scott W. Wedge, Ph.D.<br>Synopsys, Inc.</div>

HSPICE Testbench Technologies for Analog & RFIC Design
Analog and RF circuits must be designed to meet a diverse set of specifications spanning a broad range of time-domain and frequency-domain performance goals.
<div>Scott Wedge, Ph.D. Sr. Staff Engineer<br>Synopsys, Inc.</div>



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