Our team excels in research and development of custom architecture design, employing a comprehensive design cycle that transitions seamlessly from modeling and simulation to RTL implementation on FPGAs, and ultimately to ASIC tapeout and fabrication. This holistic approach guarantees high-performance and efficient hardware solutions tailored to our clients’ specific needs. Recently, we have focused on the RISC-V ISA as a platform for custom hardware development. Our team prides itself on staying at the forefront of existing commercial designs, including cutting-edge HPC class cluster implementations utilizing RISC-V. Additionally, our researchers are leading industry investigations into the integration of novel network interconnects and fabric-attached memory via CXL.

Our Expertise:

Custom architecture design is at the core of our services, providing innovative and optimized hardware solutions. We leverage advanced FPGA technologies from industry leaders like Intel and Xilinx, utilizing RTL (Register Transfer Level) design techniques to create high-quality, bespoke architectures.

Our Services:

• Custom Hardware Design: We develop custom architectures tailored to specific requirements, ensuring optimal performance and efficiency.
• FPGA RTL Design: Our team specializes in RTL design for Intel and Xilinx FPGAs, creating reliable and high-performance implementations.
• Performance Optimization: We focus on optimizing designs to maximize performance, minimize power consumption, and enhance overall efficiency.
• ASIC Tapeout and Fabrication: We aim to take our custom FPGA designs through to ASIC tapeout and fabrication, providing end-to-end hardware solutions.
• Prototyping and Validation: We offer comprehensive prototyping and validation services, ensuring that our designs meet stringent quality and performance standards.