Silimate
Silimate, based in Mountain View and San Francisco, CA, specializes in automating and optimizing chip design workflows for B2B engineering teams, particularly in the semiconductor industry.
Company Locations
Silimate operates from two main locations: Mountain View, CA, and San Francisco, CA, USA. These strategic locations place the company in the heart of the tech industry, enabling close proximity to many of its clients and partners.
Industry and Sub-Industry
Silimate positions itself within the B2B industry with a focus on Engineering, Product, and Design. The company caters specifically to the needs of semiconductor and chip design teams, providing tools and solutions aimed at enhancing their workflow and output.
Services
Silimate offers a range of services tailored to chip design teams. The company specializes in finding functional bugs, predicting Power-Performance-Area (PPA) issues, and recommending real fixes. It helps RTL teams write correct, PPA-optimized code from the onset and assists SoC teams in shortening development cycles and building more optimized features. Silimate also supports teams with automated chip design workflows and eliminates manual tasks, allowing designers to focus on innovation.
Client Use Cases
Silimate's solutions are beneficial for various types of chip design teams. World-class chip teams use Silimate to shorten RTL development and enhance feature optimization. SoC teams that manage full tapeouts can pull in more features in a shorter timeframe, while those handing off RTL or netlists can ensure high-quality hand-offs, reducing churn. IP teams use Silimate to configure IPs in real-time, speeding up revenue booking.
Achievements and Future Plans
As part of the Y Combinator S23 batch, Silimate has already gained credibility and recognition in the tech community. In the near future, the company plans to release an online demo, which will provide prospective clients with a firsthand look at its intuitive end-to-end workflow platform designed to automate and optimize chip design processes.