Silimate is the co-pilot for chip designers; it finds functional bugs, predicts PPA issues, and recommends fixes in real-time alongside RTL development. Today, chip teams spend most of their 12-18 month design cycles converging to functional correctness and optimized PPA (power/performance/area). With Silimate, chip designers write correct, PPA-optimized RTL code from the onset and build better chips in less time.
Co-founder & CEO of Silimate. Ann designed several generations of custom silicon at Apple, helped manage the inference ASIC programs at Meta, and developed product strategy & execution at an AI chip start-up.
Co-founder & CTO of Silimate. Akash has a PhD from Stanford in Electrical Engineering, with technical expertise spanning EDA, AI, and cloud through his time at Synopsys, NVIDIA, and AWS. He has taped out 3 chips, published 14 papers on circuit design, and has a pending patent in the EDA space.
TL;DR: Silimate helps chip teams converge to functional correctness and optimized PPA faster, so that they can build better chips in less time.
The world needs specialized semiconductor chips to be built faster for the rapidly-evolving software workloads in datacenters and at the edge.
Yet, chip teams today face time- and effort-intensive bottlenecks in converging to functional correctness and optimized PPA (power/performance/area). These bottlenecks account for most of the typical 12-18 month chip development cycle, and impede chip teams’ ability to make important changes to their designs in late project stages — when real, data-driven issues tend to surface from simulations.
Silimate finds functional bugs, predicts PPA issues, and recommends real fixes in real-time alongside RTL development. Chip designers get a context-aware RTL companion that helps them write correct, PPA-optimized RTL from the onset, and build better chips in less time.
We’re live with chip design teams today.
If you’re a chip designer or lead a chip design team, we can help you eliminate weeks/months from your design cycles. Reach out to us to schedule a live demo!
Death of Moore’s Law, an explosion of custom chip architectures, geopolitics (CHIPS Act), talent shortage, massive demand for AI chips, and increasing complexities in advanced chip design – we’re building the pickaxe for the silicon renaissance.