HTC.ai builds High Tech Chips and High Tech Computers for the AI era: NPUs, AI accelerators, and AI PCs engineered to run the model layer faster, cooler, and closer to the edge.
Features
HTC.ai builds High Tech Chips and High Tech Computers for the AI era: NPUs, AI accelerators, and AI PCs engineered to run the model layer faster, cooler, and closer to the edge.
High Tech Chips: neural processing units built for fast, efficient on-device inference.
Training and inference silicon engineered for frontier and on-device AI workloads.
High Tech Computers with AI built in: laptops, workstations, and servers that run models natively.
Silicon that puts real intelligence onto phones, cars, robots, and the factory floor.
From low-power edge parts to data-center accelerators, one architecture spans the stack.
More compute per watt so models run cooler, longer, and on battery-powered devices.
How it works
Tell HTC.ai whether you optimize for training, inference, or on-device AI.
Configure NPU and accelerator cores, memory, and interconnects for your performance per watt.
Deploy in AI PCs, edge modules, or data-center cards with full software and driver support.
FAQ
HTC.ai designs High Tech Chips and High Tech Computers for AI: NPUs and AI accelerators, plus AI PCs and edge modules engineered to run modern models efficiently.
Yes. HTC.ai supports the leading model runtimes and compilers, so PyTorch, ONNX, and TF models deploy to our chips with minimal porting effort.
Both. HTC.ai offers standalone accelerator silicon for OEMs and finished AI PCs and edge devices for enterprise customers.
Every part is tuned for performance per watt, so frontier-class inference runs on-device and on battery instead of requiring a data center.
Interested in the htc.ai domain?
Review the asking price, acquire the domain outright, or propose a joint venture.