Improving FPGA Performance: Physical Synthesis For Everyone
Requires Flash Player.
View On-demand Web Seminar (Opens in New Window/External URL)
Details
Overview
As FPGA designers work to squeeze every last ounce of performance out of their target FPGA device, synthesis has evolved to ease the effort. This session will discuss the latest advances in FPGA physical synthesis and how the technology has improved to support a broader number of devices while retaining a push-button use-model.
Who Should View
- Engineering managers
- Project/team managers
- Engineers and designers
Related Resources
Multimedia
Introducing Precision RTL Plus + LeonardoSpectrum
Precision RTL Plus + LeonardoSpectrum provides a safe transition to state of the art synthesis Precision RTL Plus while preserving backward compatibility for legacy projects.…View Technology Overview
How to Verify Rad-Tolerant Mitigation Circuitry
Once you’ve implemented rad-tolerant circuitry into your FPGA design, how do you verify that functionality is preserved? And how do you verify that the mitigation scheme actually works? Attend this...…View On-demand Web Seminar
Complementing Rad-Tolerant FPGAs with Synthesis-Based Mitigation
One of the most common approaches to radiation effects mitigation in FPGA design is simply opting for rad-tolerant silicon. However certain operating environments may entail further protection from single...…View On-demand Web Seminar
Other Related Resources
FPGA Synthesis for High Assurance Design (Including DO-254).
White Paper: Updated for 2011, this paper provides background information and also goes into detail on FPGA synthesis challenges and solutions in high assurance design, including DO-254 environments.…View White Paper
Precision Hi-Rel Evaluation
Software Evaluation: Precision® Hi-Rel, provides new synthesis-based radiation effects mitigation for aerospace and high reliability applications.…View Software Evaluation
Rad-Tolerant FPGA Design: An Easier Way
White Paper: FPGA development teams use a variety of techniques to deal with radiation, such as rad-tolerant silicon, device- or board-level triplication, or HDL-level mitigation. While these are all viable, each...…View White Paper