Veloce CS System Platform
The Veloce hardware-assisted verification platform is a comprehensive and full-featured platform comprised of hardware for emulation and prototyping as well as virtual/hybrid capabilities for early software-driven verification.
Veloce is a powerful hardware-assisted verification platform that brings together emulation, prototyping, and virtual/hybrid technologies to support early, software-driven system validation. It’s a complete solution designed to streamline development, accelerate debug cycles, and ensure seamless integration across hardware and software—giving engineering teams the confidence to innovate faster.
Veloce proFPGA CS
Veloce proFPGA CS delivers exceptional performance for software prototyping, making it ideal for verifying complex software and validating hardware/software integration.
Congruency
With identical Veloce hardware and software architecture, the Veloce CS System delivers a consistent environment for hardware, software, and system verification. Using the same solutions across platforms lets teams transition effortlessly, boosting flexibility and productivity.
Performance and Capacity
The Veloce CS System leverages advanced blade and optical interconnect technologies to deliver exceptional performance and scalability. Emulation and enterprise prototyping platforms can scale from 40MG up to over 40BG, while the software prototyping platform ranges from a single FPGA to a 12BG multi-blade system.
Software rising
Software development and validation are major bottlenecks in modern system design. Traditionally, teams waited for RTL verification to finish. Veloce CS System changes this by enabling early software verification, system-level power and performance analysis, and full-system benchmarking in a targeted application environment.
Configurability
The Veloce CS System enables multiple RTL design and software teams to access a scalable platform simultaneously, offering flexible placement for heterogeneous workloads. It is an on-demand, instantly reconfigurable solution that supports varying design sizes, usage modes, and workloads to maximize system utilization. Additionally, it includes advanced placement software to further enhance productivity.