Emulation typically runs at only 1–2 MHz, making software bring-up painfully slow. Even conventional FPGA prototyping often tops out around 20 MHz when partitioning. That's why many teams are turning to S2C's S8-100S Logic System, built on the AMD Versal™ Premium VP1902. With its 100M ASIC-gate capacity, the S8-100S can host key SoC designs on a single FPGA and run them at 50–100 MHz, achieving 25–50× faster than emulation...
S2C and Andes Technology have partnered to accelerate RISC-V SoC prototyping with the latest Prodigy™ S8-100, powered by AMD Versal™ VP1902. This powerhouse offers the engineering team unparalleled FPGA prototyping capacity, enabling faster system validation and seamless software integration...
Introducing the Prodigy S8-100 Series, powered by the world's largest VP1902 FPGA, with each FPGA featuring 100M ASIC gates. A wide selection of ready-to-deploy daughter cards, ranging from DDR5, Flash, and QSPI to PCIe, MIPI, and USB, helps accelerate system development with ease...
Capacity Redefined >>> Prodigy Logic System S8-100
Featuring the world's largest VP1902 FPGA with 100M ASIC gates with high productivity toolchain for unparalleled verification efficiency.
The Prodigy S8-100 Series (Single/Dual/Quad configurations) is shipping now.
As AI and 5G technologies burgeon, the rise of interconnected devices is reshaping everyday life and driving innovation across industries. This rapid evolution accelerates the transformation of the chip industry, placing higher demands on SoC design. Moore's Law indicates that ...
As a leader in prototyping, S2C addresses challenges in multi-FPGA RTL logic partitioning, interconnect topology, I/O allocation, and high-speed interfaces by timing-driven RTL partitioning algorithms and built-in incremental compilation algorithms. S2C continually updates hardware configurations to support more FPGAs and offer higher-performance connectors ensuring its technology remains at the industry's forefront.
