FPGA prototyping systems are often limited in the types of memory they can support directly. To validate DDR5, LPDDR5, and HBM2E/3 memory controllers, memory model IP is used to emulate the behavior of these memories using DDR4 hardware available on the FPGA. For system debugging, S2C's memory model includes a backdoor that provides controllable and observable access to memory reads and writes. This capability allows efficient testing and validation of memory interfaces. It also supports early detection of design issues and verification of system-level functionality.
S2C has built a wide range of speed adaptors, memory models, and over 90 ready-to-use daughter cards to address complex peripheral connectivity challenges. These solutions enable customers to overcome the difficulties associated with connecting high-speed peripherals and unsupported memory to achieve fast deployment. With more than twenty years of experience in FPGA prototyping, S2C continues to invest in developing and expanding support for additional protocols and interface standards. The company focuses on applying advanced digital EDA technologies in practical prototyping scenarios, helping customers reduce verification cycles and accelerate the time-to-market. By providing reliable speed adaptation and memory modeling solutions, FPGA prototyping can be brought closer to real-world system conditions. This allows engineers to validate designs effectively and efficiently.
