Modern cryptography has been the guardian of our digital world for half a century. Today, we stand at the threshold of its next evolution.
At Fabric, we empower both cryptographers and cryptography engineers — the innovators and builders — to push boundaries.
Our chip doesn't commit to a single system. Instead, we've accelerated core cryptographic primitives, providing a flexible foundation for transforming breakthrough research into real-world applications.
The Verifiable Processing Unit (VPU) incorporates the best features of GPUs and ASICs to create a chip whose components exclusively serve cryptographic purposes.
Our instruction set is carefully crafted to balance extreme speed for today's workloads, and flexibility for tomorrow's workloads.
End-to-end acceleration with ultra-wide vector lanes, 40 tiles and RISC-V on every chip. High bandwidth, unified memory architecture.
3 FC 1000 chips per card. Nearly 1 TB/s of memory bandwidth to 30 GB of memory. Lovingly known as the "Bit Smasher".
Up to 8 VPU 8060 cards per server. >1 TB/s of recursion-friendly arithmetic hashing per box. A byte's worst nightmare.
Our powerhouse team unites GPU and AI chip architects, software and compiler experts, and veteran cryptographers — all with a decade plus of industry experience.
Our edge: Codesign. Fabric's software, hardware, and cryptography experts collaborate from day one to create breakthrough solutions for programmable trust.
