The most advanced TFHE accelerator, available! — To showcase our technology, we’ve developed a demo for Trivium-based transciphering application, ideal for blockchain applications. It seamlessly converts symmetric key ciphertexts to the FHE domain or provides encrypted randomness, enhancing efficiency and functionality on-chain.
FASTER
It is a Fully Fledged Accelerator
Integrated into TFHE-rs. Enable the FPGA — you are good to go. No special compiler is required! No fuss.
Supports any TFHE parameter set; both booleans and integers. Acceleration for TFHE-rs’ default parameter sets are already available. With one-click, we can provide versions for any other parameter set too.
Versatile. Acceleration through off-the-shelf AMD Alveo FPGAs. No need for custom hardware.
Can operate on both local servers and AWS, Azure cloud services, ensuring flexibility and accessibility.
Acceleration in Numbers
Here is a performance comparison for 64-bit integer multiplication.
Besides, FPGA are the most cost effective. You can check AWS Pricing Calculator for the most up to date cost comparison of renting these instances on cloud.
Platform | CPU / GPU / FPGA Count | Execution Time |
AMD EPYC9R14 | 192 | 366 ms |
Intel Xeon Siver 4208 x2 | 32 | 3754 ms |
NVIDIA H100 | 1 | 456 ms |
Belfort | 1 | 559 ms |
Belfort | 4 | 254 ms |
Superior Technology
In-depth architectural optimization: We’ve meticulously optimized our architecture for low latency and high throughput, ensuring optimal performance.
Entirely compute-bound bootstrapping throughput: 100% utilization of arithmetic units and only small bootstrapping key cache
Noise-trimmed fixed-point representations: Our innovative patent-pending approach reduces representation size by up to 50% compared to prior floating-point or integer FFTs, maximizing efficiency without compromising accuracy.
Belfort FHE Accelerator is ready to speed up your FHE applications: It is now much more capable than its earlier published version.
Contact Us
We can schedule a demonstration of our technology.