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Synopsys Suggests

FinFETs Race Toward Silicon - EETimes

Mar 10, 2015 - 100+ tapeouts so far include 16nm TSMC chips

TSMC and Synopsys: 10nm Physical Verification Enablement for IC Validator

Mar 02, 2016 - Learn about TSMC’s 10nm design enablement readiness & the tooling supported in their physical design flow

Dongbu HiTek Provides Process Design Kits for Synopsys' Custom Compiler Solution

May 02, 2016 - New iPDKs Streamline Development of Analog/Power and Mixed-signal Designs for High-growth Markets

Synopsys’ IC Validator Certified by TowerJazz for Signoff Physical Verification

Jul 19, 2016 - Brings Enhanced Design Productivity for TowerJazz’s Advanced Analog/Mixed-Signal Process Technology

Synopsys IC Validator Physical Signoff Verifies 10 Billion+ Transistors ...

May 11, 2017 - Massively Parallel Architecture Accelerates Physical Signoff and Delivers Industry-Leading Turnaround Time

Synopsys and GLOBALFOUNDRIES Collaborate to Deliver Design Platform and IP ...

Jun 20, 2017 - Enablement Includes Industry-Leading IC Compiler II P&R Solution and DesignWare Embedded Memory IP

Synopsys and Industry Technologists to Address the Path to 2-nm SoC Design

Mar 14, 2018 - Panel Topics Include EUV, High-NA, Metallurgy, and FinFET++

Realizing Advanced P&R Design Utilizing Established Process Nodes

Dec 2013 - Despite the high mindshare garnered by the latest developments at 16nm and 10nm, the fact is that the majority of designs taped out today are at 45nm and above. It is clearly the time to...

C/C++ for Complex Hardware Design

Nov 2010 - An increasing number of ASIC and FPGA designs are accelerating algorithms and applications directly in hardware (HW) circuits. These HW accelerator cores have become commonplace and are ...

My RTL is an Alien! - Automating ASIC to FPGA-Based Prototype Conversion

Sep 2013 - FPGA-based prototyping is gaining popularity because it provides an economical way to functionally verify an ASIC design by creating a prototype that runs close to "at speed." FPGA-based...