Cloud native EDA tools & pre-optimized hardware platforms
A Synopsys container has OS libraries and other dependencies that minimize the possibility of failure due to missing dependencies at run-time. This is especially useful for running applications on heterogeneous clients or in a cloud environment.
Many Linux-based Synopsys tools are enabled to access a Synopsys container. (The tools do not reside in the container but can access it.)
OS Prerequisite: The following Linux x86_64 distributions are supported for the Synopsys Container:
Using a Synopsys container provides the following benefits:
The following Linux-based tools are container-enabled:
Tool |
First Container-Enabled Version |
CustomSim |
P-2019.06 |
Custom Compiler |
P-2019.06-SP1 |
Design Compiler (Synthesis) |
P-2019.03-SP4 |
FineSim |
P-2019.06 |
Formality |
P-2019.03-SP4 |
Fusion Compiler |
P-2019.03-SP2 |
HSPICE |
P-2019.06 |
IC Compiler II |
P-2019.03-SP2 |
IC Validator |
P-2019.06 |
Library Compiler |
P-2019.03-SP4 |
Lynx Design System |
P-2019.03-SP2 |
NanoTime |
P-2019.03-SP2-1 |
PrimePower |
P-2019.03-SP1 |
PowerReplay |
R-2020.12-SP1 |
PrimeTime |
P-2019.03-SP1 |
S-Litho |
S-2021.06 |
S-Litho PWA Ultra |
S-2021.06 |
SiliconSmart |
P-2019.06 |
StarRC |
P-2019.03-SP1 |
TestMAX |
P-2019.03-SP3 |
TestMAX CustomFault |
P-2019.06 |
VC SpyGlass (VC Static) |
R-2020.12-SP1 |
Verdi |
S-2020.12-SP2 |
Download the Synopsys Container binaries from the SolvNet Download Center (choose ¡°Synopsys Container¡± as the product). Then use the container_setup.sh utility included with Synopsys Installer 5.6 or later to install, configure and deploy the container.
Step-by-step instructions on installing, accessing, and extending the Synopsys Container can be obtained .
Synopsys Installer and Container documentation is also available at /install