Linux handheld computer

YoctoBluetoothWiFi

Overview
Vision, speech and multimodal AI running entirely on-device. Fanless, battery-powered, offline-first.

Platform at a glance
A 10.1" handheld mission controller built around a modular compute socket (COM Express Type 6) on a device-specific carrier: on-device concurrent inference using CPU, GPU and NPU; fully passive cooling; detachable smart battery.

Key system details

• Compute Intel® Core™ Ultra on COM Express Type 6 module mounted on a carrier board; integrated CPU, GPU and NPU
• Memory & storage DDR5 SODIMM up to 64 GB; NVMe SSD PCIe x4 up to 1 TB (soldered on compute module)
• Display 10.1" 1920×1200, 16:10, P-CAP multi-touch, glove-capable; chemically strengthened cover glass with optical bonding
• Controls Joystick and mission pushbuttons integrated in the enclosure on 4 GPI lines
• Vision & motion Depth + RGB camera (USB 3.2 Gen1); IMU (accelerometer, gyroscope)
• Audio Microphone array and speaker with beamforming, noise cancellation and barge-in
• Networking & I/O 1x Ethernet 2.5GbE with TSN; M.2 Key E (Wi‑Fi/Bluetooth) with internal patch antennas and external SMA option; M.2 Key B for LTE; 1x USB 3.2 Gen1 service, USB-C power/charging, 2x internal UART headers
• Power & thermal DC input via external USB-C or internal detachable Li‑Ion smart battery up to 3S2P, 60 W; fully passive cooling, sealed housing
• Software Clea OS (Yocto) or Ubuntu LTS; containerd/Docker with K3s orchestration, GPU/NPU passthrough, local registry for air-gapped deployment

Security & software features

• Secure Boot to ensure system integrity
• OTA updates for secure remote distribution
• Device monitoring with continuous status and activity reporting
• Yocto-based secure OS integration for customizable secure builds
• Container-based application isolation (Docker/containerd)

Notes
Reference platform: functional hardware plus an engineering package for architecture evaluation ahead of an application-specific programme. Final external dimensions, weight, operating temperature, battery runtime, ruggedization level, connector set and radio complement are defined by the application-specific design. SECO supports MIL‑STD‑810, MIL‑STD‑461, DO‑254 and DO‑178 requirements.

Technical specifications

• Part Number: PN Edge AI Mission System
• Compute: Intel® Core™ Ultra on COM Express Type 6 module (CPU + GPU + NPU)
• Memory: DDR5 SODIMM up to 64 GB
• Storage: NVMe SSD, PCIe x4, up to 1 TB (soldered on compute module)
• Display: 10.1" 1920×1200 (16:10), P-CAP multi-touch, glove-capable, optical bonding
• Cameras/Sensors: Depth + RGB camera (USB 3.2 Gen1); IMU (accelerometer, gyroscope)
• Audio: Microphone array, speaker, beamforming, noise cancellation, barge-in
• Networking: 2.5GbE (TSN), M.2 Key E (Wi‑Fi/Bluetooth), M.2 Key B (LTE), internal patch antennas, external SMA option
• I/O: USB 3.2 Gen1 service, USB-C power/charging, 2x internal UART headers
• Power: External USB-C DC input or internal detachable Li‑Ion smart battery up to 3S2P, 60 W
• Thermal: Fully passive cooling, sealed housing, heatsink across compute area
• Software: Clea OS (Yocto) or Ubuntu LTS; containerd/Docker with K3s, GPU/NPU passthrough, local registry for air-gapped deployment