Wavious

Solutions for Compute and AI/ML, from Edge and Core to Cloud Thank you for your submission! Wavious Chiplet Platform has a feature rich catalog of mix and match plug and play chiplets targeting solutions for compute and AI/ML, from Edge and Core to Cloud. Using our custom ultra-low power and high bandwidth die-to-die templates allows our customers... to achieve near FPGA flexibility and TTM with ASIC power, performance and cost. The Wavious Chiplet Platform enables a chiplet-based marketplace to grow and innovate, less encumbered by traditional SoC limitations in process, power, time to market, and development cost. Using pre-built and qualified Wavious chiplets for IO, Compute, Connectivity, Memory, Camera, Display, Machine learning and more allows for full solution chip systems in a fraction of the time of a standard SOC development cycle. Rapid prototyping or expansion of systems by selecting dies from a rich catalog of Wavious chiplets that will meet customer system performance and feature requirements. Using Wavious template based solutions allows rapid custom and semi-custom chiplet design by wavious service group or customer to create only what is needed and to be used with other off the shelf Wavious chiplets for full SIP solutions. Using pre-built and qualified Wavious chiplets drastically reduces the verification, integration and design of systems due to testing, verification, IP porting, and system bring up not being needed to be redone for everything with a process change. Only the chiplet under design change needs to go through the full design process. Chiplets have much smaller footprints and are process optimized then combined to create the SIP(system in Package) with the same system solution as a monolithic SOC. This leads to not only silicon costs cheaper for older process nodes but also much better over yields. Wavious and/or partners chiplets from the Wavious chiplet marketplace can be mix and matched to create SIP solutions for various AI/ML markets based on the customers need and use case. ...Read More