S2C Details Prodigy Prototyping Tools for Efficient SoC Bring-Up Across Design Scales

System-on-Chip (SoC) designs are increasing in scale and interface diversity, creating demands on prototype capacity, interconnect planning, and bring-up efficiency. These requirements apply to both large multi-FPGA setups and smaller designs on single devices or small FPGA clusters. Teams need to establish representative verification environments, handle logic running at varying rates, and identify functional issues with short iteration cycles.

S2C's Prodigy prototyping solution includes a structured ecosystem with automation software, implementation flows, system IP, and hardware expansion options to support SoC bring-up for various design sizes.

The approach relies on coordination between software automation and hardware. PlayerPro CT software provides automatic and guided partitioning, along with interconnect planning for multi-FPGA designs. It uses timing-driven and congestion-aware algorithms to enhance partition quality and stability. For single-FPGA designs, it includes gated-clock conversion and memory mapping to strengthen implementation.

The RTL Compile Flow (RCF) reduces memory usage, shortens iteration times, and preserves RTL-level visibility for later debug stages. These features aid both multi-FPGA projects and single-FPGA efforts during early exploration, where timing convergence and compile cycles need management.

Clock-domain an...