RECIWO Labs benchmarked OpenVLA-7B, Pi-0-Fast, and ACT policies on the 157 TOPS Jetson Orin NX Super, measuring action-chunk inference latency and grasp precision across FP16, FP8, and AWQ INT4.
RECIWO Labs tested the 4.2kg AgileX PiPER 6-DoF manipulator arm with Hugging Face LeRobot Pi-0 policies, measuring payload deflection at 1.5kg and 500Hz CAN-bus repeatability.
How SpacemiT K1/M1, Sophgo SG2380, and Kendryte K230 RISC-V SoCs use RVV 1.0 vector units and custom matrix tiles to run 1.5B–7B quantized models without Arm licensing fees.
We measured 24/7 pump failure rates and 1-meter dBA noise floor across compact local AI workstations running continuous night-long RAG indexing and LoRA fine-tuning.
We benchmarked the 16GB Raspberry Pi 5 paired with the 26 TOPS Hailo-8 PCIe Gen 3 AI HAT+ across YOLOv11m, SCRFD face recognition, and CLIP semantic video search.
RECIWO Labs audited the circuit boards and network traffic of 8 popular AI wearables and desktop companions, verifying which devices enforce physical microphone/camera disconnect vs. software-only mute.
We wore the PLAUD NotePin Pro and Limitless Pendant 2 alongside an iPhone 17 Pro across 40 hours of real boardroom meetings, hallway chats, and phone calls.
RECIWO Labs' anechoic chamber measurements of 2026 AI smart glasses show how dual-port acoustic dipole chambers and active phase-inversion algorithms suppress far-field audio leakage below 32dB SPL.
How replacing silicon MOSFETs with 100V Enhancement-Mode Gallium Nitride (eGaN) FETs shrinks a 45-Amp 3-phase FOC motor inverter onto a 38mm round PCB inside the actuator housing.
RECIWO Labs tested the VITURE Pro XR glasses and 12GB RAM Pro Neckband across temple thermal comfort, rotary 0.0D to -5.0D diopter adjustment accuracy, and hand-gesture UI reliability.
