As FPGA and ASIC designs grow in complexity, engineering teams need faster and more reliable ways to transform RTL into optimized silicon. Traditional synthesis flows often struggle with timing closure, area optimization, and power efficiency, leading to longer development cycles and repeated iterations.

This session explores how Precision Synthesis from Siemens EDA accelerates the RTL-to-silicon journey by enabling efficient constraint management, accurate reporting, and seamless verification integration. By using an advanced synthesis workflow, designers can achieve better performance, improved convergence, and production-ready implementations with confidence.[/vc_column][/vc_row]

Engineering teams must deliver high-performance hardware while meeting strict schedules and quality requirements, including:

• Achieving timing closure in complex FPGA and ASIC designs
• Managing constraints accurately across the synthesis flow
• Reducing power consumption and silicon area
• Avoiding multiple design iterations and rework
• Ensuring reliable implementation for safety-critical systems

[/vc_column][/vc_row]

Precision Synthesis – Siemens EDA
An advanced RTL synthesis solution that enables efficient project setup, constraint handling, optimized compilation, and seamless integration with place-and-route and verification workflows to deliver production-ready hardware.[/vc_column][/vc_row]

• RTL Designers
• FPGA & ASIC Design Engineers
• Verification Engineers
• Hardware Development Engineers
• Project Managers
• Semiconductor Engineering Teams

[/vc_column][/vc_row]