Real workloads on RISC-V
Thirteen application scenarios in three families: AI Robot, AI Computer, and industry deployments. K1 ships in volume today, and K3 brings 60 TOPS and 30B-parameter models to the edge on one software stack.
3 families · 13 scenarios · platforms K1 + K3
AI Robot
Perception, planning, and control for machines that move, from embodied platforms to drone vision.
Embodied robots
Embodied intelligence computing platform that brings robots to life.
Robotic-arm control
RISC-V-based intelligent robotic arm control solution.
Spatial perception and obstacle avoidance
Vision-based spatial perception computing solution.
Intelligent voice
AI voice control solution, local voice intelligence hub.
Drones
RISC-V + AI, complete edge vision for drones.
AI Computer
Local-first computers for home and office. Models up to 30B parameters run on the device, and data stays where it is.
NAS and home compute hub
Local intelligent computing hub for true control over home data.
AI meeting machine
On-premise intelligent meeting deployment ensuring secure and reliable data.
AI education and translation
RISC-V and AI education practice solution.
Cluster computing
RISC-V computing clusters.
Agent Computer
A computer for AI agents.
Industry applications
An open instruction set with industrial headroom. Wide-temperature hardware qualified for 7×24 operation, from −40°C to 85°C.
Industrial gateways
Autonomous and controllable ISA with high performance, high computing power, and multiple interfaces.
HarmonyOS ecosystem
Open-source RISC-V + OpenHarmony ecosystem.
SBC
RISC-V ecosystem hardware.