Revolutionizing Debugging with Veloce proFPGA CS: Unleashing Full Visibility with the First FPGA VP1902 Powered Software Prototyping System

The semiconductor industry is witnessing an exciting breakthrough with the introduction of Veloce proFPGA CS, the first VP1902 FPGA-based software prototyping solution on the market. Beyond its remarkable architecture, modularity, scalability, and high performance, Veloce proFPGA CS sets itself apart by prioritizing the designers experience.

In this article, we explore Veloce proFPGA CS and its full visibility debug capabilities, driven by innovative and unique reconstruction algorithms. This functionality has redefined the way designers approach debugging. Additionally, we delve into the seamless integration of backdoor access for memories allowing quick experiments with different application scenarios.

In today’s era of rapidly advancing design complexity, traditional probe-based debugging methods are no longer sufficient. While probe-based debug may provide limited visibility to register signals, it lacks the granularity required for detailed analysis of all signals. This shortcoming hinders the ability to identify the root cause of bugs quickly and accurately.

And as designs become more intricate with hundreds of interconnected components, the need for a comprehensive view of the systems behavior has become critical. The innovative reconstruction algorithms offered by proFPGA CS enables visibility to the cause of bugs.

Unleashing Full Visibility:
With Veloce proFPGA CS and the VPS user software for compile and debug, full visibility becomes a reality. Veloce proFPGA CS empowers designers to examine every aspect of their designs, from signals and registers to memories and combinatorial logic. This level of visibility provides an unprecedented understanding of system behavior.

The Visualizer Debug Environment enables verification FPGA implementation and RTL debug.

Effortless Experimentation with Memories:
With proFPGA CS, designers have the freedom to explore various scenarios, fine-tune their designs, and achieve the best possible performance.
Veloce proFPGA CS takes experimentation to the next level by offering backdoor access to memories at runtime. This game-changing feature allows designers to modify memory contents on-the-fly, facilitating quick experiments without interrupting the systems operation.

Unparalleled Designer Experience:
The Veloce proFPGA CS user-friendly interface and intuitive workflow make debugging a seamless and efficient process. The full visibility capabilities, coupled with both backdoor access to memories and trigger functionality, are seamlessly integrated into the design flow, ensuring a smooth experience from start to finish. The Veloce proFPGA CS team is committed to the designers experience and sets a new standard in FPGA-based prototyping, empowering designers to focus on innovation and creativity.

Driving Innovation and Optimization:
With Veloce proFPGA CS, designers can explore alternative design choices, identify potential bottlenecks, and experiment with different optimization strategies. The unique reconstruction algorithms enable designers to gain invaluable insights into system behavior, facilitating the development of robust and optimized hardware systems.

Take advantage of Veloce proFPGA CS and VPS innovation to gain in competitiveness and time to market success.

Veloce proFPGA CS sets a new standard in FPGA-based prototyping, prioritizing the designers experience and driving innovation in hardware design. Embrace the power of Veloce proFPGA CS and unlock a new era of debugging on the VP1902 FPGA prototype system.

To learn more, download the Veloce proFPGA CS factsheet or email Romain Petit romain.petit@siemens.com for details.

Category: Siemens

This entry was posted on Friday, October 4th, 2024 at 9:30 am. You can follow any responses to this entry through the RSS 2.0 feed. You can leave a response, or trackback from your own site.