Digital Design and Verification
One of the most advanced SoC Design & Verification Flows, ensures first time right success
Access to an S3 Group library of almost 3000 free IP blocks to accelerate designs. Proprietary RF and Mixed-Signal platform consisting of S3 Group IP for Wireless SoC acceleration. Member of the ARM connected community with significant ARM HW and SW experience.
IC Architects with hundreds of staff years of Digital Signal Processing and algorithm development expertise, RF, Analog and Digital SoC experience. Specialising in complex mixed Analog-Digital designs delivering the optimal partitioning.
Proprietary NanoFlow™ for front-end design acceleration and encapsulation of best practice. Extensive experience of ESL based methodologies with SystemC and Matlab. Low risk methodologies, quality processes and design guidelines proven time and again.
S3 Group has delivered more than 1,000 successful SoC & FPGA designs over the last quarter of a century, on FPGA, structured ASIC and SoC technologies down to 28nm. Our world-class SoC Architects are recognised for their ability to reduce per unit cost and NRE while delivering on target specifications.
Working with the top IDM and fabless companies for nearly three decades we have built an unrivalled view of leading edge methodologies and risk reducing processes for complex designs.
Why work with us?
Partnering with us will allow you to focus on your application and product differentiators while you can rely on S3 Group to take care of all aspects of SoC design and verification. This will ensure that you bring the most competitive product to market, on time and with the lowest possible risk of re-spin.
ARM Based SoC
The design of a Software Defined Radio SoC, based on a dual ARM Cortex-A4™ architecture which integrated a novel acceleration engine for SDR. In addition to proprietary customer IP, multiple 3rd party IP cores were integrated, with an advanced low power approach which implemented over 30 programmable power islands. First time right silicon was ensured through the use of our proprietary UVM based verification methodology.