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Veloce proFPGA CS

High performance prototyping for software verification

Veloce proFPGA CS delivers exceptional performance for software prototyping, making it ideal for verifying complex software and validating hardware/software integration.

Designed with flexibility in mind, it scales effortlessly from a single FPGA setup to multi-blade configurations—perfect for handling even the largest designs. And with its cost-effective architecture, it’s a smart choice for teams looking to accelerate development without compromising on capability.

Performance first

  • Engineered for speed: Veloce proFPGA CS is built with performance at its core, enabling fast and efficient software verification.
  • Handles complex workloads: Ideal for booting operating systems and running full applications, even with demanding software stacks.
  • Tailored flexibility: Fully configurable to meet the unique needs of each project, from early development to final integration.
  • Desktop-level power: Delivers performance in the hundreds of MHz range—right from your desktop setup.

Scalability & flexibility

  • Scalable by design: Veloce proFPGA CS adapts easily from a single desktop blade to multi-blade rack-mounted systems—ideal for both individual use and collaborative environments.
  • Custom-fit configurations: Users can define the number of FPGAs, choose interconnect options, and integrate at-speed protocol interfaces to match their project’s exact verification and performance needs.
  • Built for versatility: Whether you’re working on early-stage development or large-scale system validation, the platform grows with your requirements.

Fast bring up

  • Accelerated bring-up: Veloce proFPGA CS includes intelligent software that speeds up the process of getting your design up and running on the prototype platform.
  • No manual rework: Automatically adapts your design for FPGA compatibility—eliminating the need for manual edits to resolve timing issues or structural constraints.
  • Smart partitioning: Supports both fully automated and user-guided partitioning across multiple FPGAs, giving you control where you need it and automation where you don’t.
  • Streamlined workflow: Reduces setup time and complexity, so teams can focus on testing and validation—not tool configuration.