New Siemens Aprisa IC Place-and-Route Software Version Targets Faster Performance Improvements


Reading time ( words)

Siemens Digital Industries Software announced that the latest release of its Aprisa™ physical design solution is now available. Aprisa 21.R1 has achieved major performance and technology advancements, including dramatic improvements in both runtime and memory footprint reductions. For customers, these enhancements can translate to lower design costs and faster time-to-market.

The technology advancements available in Aprisa 21.R1 demonstrate Siemens’ commitment to delivering best-in-class physical design Integrated Circuit (IC) solutions to its Electronic Design Automation (EDA) customers. Since completing the acquisition of the Aprisa portfolio in December 2020, Siemens has more than doubled the Aprisa R&D team as part of a substantial investment in the Aprisa technology portfolio. 

The latest release of Aprisa targets advanced technology nodes and includes the following milestones and highlights:

  • Average full-flow runtime reduction of 30 percent compared to the previous release, and up to 2X faster runtimes for larger, more challenging designs.
  • Enhancements to all major place-and-route engines, from placement optimization to clock tree synthesis (CTS) optimization, route optimization and timing analysis. The benefits of these performance enhancements can be observed on almost all IC designs, and especially on large designs with complicated multi-corner multi-mode (MCMM) features. On these challenging designs, Aprisa has proven to run up to 2X faster than the previous generation.
  • Up to 60 percent memory footprint reduction; Aprisa has reduced, on average, 30 percent full-flow peak memory usage for large designs, and up to 60 percent for complex designs, compared to the previous generation. This greater efficiency enables even larger designs with complicated MCMM to be completed on servers with less available RAM. 
  • 6nm/5nm/4nm design enablement. Siemens has collaborated closely with leading foundries to enable Aprisa for advanced nodes. Aprisa is fully certified for 6nm processes, and Siemens has implemented all required design rules and features for the design enablement of 5nm and 4nm nodes. Final certifications, in collaboration with the world’s leading foundry partners, are in progress.
  • Extended support for multi-power domain (MPD). The extended functionalities greatly increase the flexibility and completeness of MPD support, which is critical for extreme low-power designs.

“This new release reconfirms Siemens’ commitment to providing truly world class physical design technology to our EDA customers,” said Inki Hong, division director of the Aprisa product line for Siemens Digital Industries Software. “With Aprisa 21.R1, our customers can work more efficiently with larger and more challenging designs than ever before.”

Share

Print


Suggested Items

Kelly Dack Teases AltiumLive 2022

01/20/2022 | Nolan Johnson, I-Connect007
AltiumLive 2022 is just around the corner! Editor Nolan Johnson chats with Guest Editor and columnist Kelly Dack, one of the event hosts for AltiumLive Connect 2022. Kelly updates Nolan on the latest about the upcoming AltiumLive virtual conference, what's on the agenda, how it's connected with IPC APEX EXPO, and what attendees can expect to find.

Real Time with… IPC APEX EXPO: Siemens’ Supply Chain Solutions

01/17/2022 | Nolan Johnson, I-Connect007
Nolan Johnson speaks with Oren Manor of Siemens Digital Industries Software about the company’s booth at IPC APEX EXPO, which will highlight a DSI platform meant to help designers find and use components in their designs during these tough supply chain challenges. If you can’t make it to IPC APEX EXPO, don’t worry. We’ll be bringing you interviews with the engineers, managers and technologists who are making a difference in our industry.

A High-Voltage PCB Design Primer

01/12/2022 | Zachariah Peterson, NWES
Of all the different boards a designer can create, a high voltage PCB design can be complicated and requires strict attention to safety. If not laid out correctly these boards can be safety hazards or can fail to function on first power up, leaving a designer with wasted time and effort. In the best case, the board will function reliably for a long period of time thanks to correct layout practices. High-voltage PCB design can be as complex as any high-speed digital design. Boards for high-voltage systems can be space constrained and they carry important safety requirements. They also need to be highly reliable to ensure they will have a long life when run at high voltage and current.



Copyright © 2022 I-Connect007. All rights reserved.