01
SoM and platform selection
PLATFORM
Selecting SoMs from Rockchip, NXP, Qualcomm, NVIDIA Jetson and others by application, performance, power and supply lifetime, validated in a PoC.
SELECT LANGUAGE — 16 LOCALES
Positive ONE provides edge AI development services from Tokyo, Japan: we build devices that run AI inference next to cameras and sensors, covering SoM selection, carrier board design, BSPs and drivers, prototyping and transfer to mass production.
SCOPE
SoM → BOARD → SOFTWARE → PRODUCTION
01
PLATFORM
Selecting SoMs from Rockchip, NXP, Qualcomm, NVIDIA Jetson and others by application, performance, power and supply lifetime, validated in a PoC.
02
HARDWARE
Carrier boards, peripheral circuits and enclosures around the SoM, including EMC compliance.
03
SOFTWARE
Linux / RTOS BSPs, camera and network drivers, and deployment and optimization of AI models at the edge.
04
PRODUCTION
Prototyping, validation, transfer to mass production and programming / inspection processes, with long-term supply through our trading arm.
USE CASES
FIELD
A
ROBOTICS
Perception and control units for industrial robots and AGVs / AMRs.
B
VISION
Multi-channel video AI analytics, inspection equipment and monitoring systems.
C
SMART CITY
Edge AI gateways and field controllers for elevators, charging equipment and more.
EVIDENCE
| Product / project | Key specifications (as announced) | Our role | Released |
|---|---|---|---|
| AIBOX-9075 industrial edge AI box | Qualcomm IQ-9075, up to 200 TOPS (INT4), 8× GMSL2 camera inputs, 2× 2.5GbE, 2× CAN-FD, 2× RS-485, −40 to 85 °C, Ubuntu / Yocto Linux | Sales and system consulting | 2026.09.17 |
| Functional-safety control platform for smart elevators | NXP i.MX95 (NPU up to 2 TOPS, 10GbE, MIPI-CSI) + NXP S32G399A (lockstep Cortex-M7, TSN-capable 2.5GbE, 18× CAN FD), −40 to 85 °C | SoM sales; carrier board design, system integration, firmware / driver development and functional-safety support | 2026.09.09 |
| Core-8550JD4 AI module | Qualcomm QCS8550, up to 48 TOPS, MIPI-CSI (48 MP ISP), PCIe 4.0, 2.5GbE, Android 13 / Debian 11 / Ubuntu 22.04 | Sales | 2026.03.11 |
| Edge AI gateway with an i.MX9352 SoM | NXP i.MX9352 (2× Cortex-A55 + Cortex-M33, NPU), 2× 1GbE (one TSN port), CAN-FD, RS-485, hardware secure boot | SoM supply (DDR routing, power and security handled on the SoM) | 2025.11.27 |
| GS1-N2 1U AI network video recorder | Core-3576JD4 (6 TOPS) plus optional Jetson Orin Nano / NX (up to 157 TOPS), 32-channel 1080p decoding, 8× PoE GbE | Product announcement | 2025.11.05 |
BEFORE YOU CONTACT US
PROCESS
STEP 1
Consult & scope
Hearing of goals & constraints
STEP 2
Spec & quote
Design policy & scope fixed
STEP 3
Design & build
HW / SW / FPGA implementation
STEP 4
Verify & certify
Validation & compliance support
STEP 5
Produce & support
Mass production & ongoing support
WHY POSITIVE ONE
W1
SINCE 2004
Head office in Shibuya and an office in Tama, Tokyo, plus an R&D center in Ho Chi Minh City — over 20 years in embedded development.
W2
TRACK RECORD
62+ key clients and institutions across automotive, semiconductors and electronics, telecom and public research.
W3
ENGINEERING × TRADING
Long-term supply and technical support for products from global vendors, also available through 11 major Japanese distributors.
FAQ
We select SoMs from Rockchip, NXP, Qualcomm, NVIDIA Jetson and others by application, performance, power consumption and supply lifetime, and validate the choice in a PoC.
Yes. We cover carrier board and hardware design, BSPs, drivers and AI inference, prototyping, transfer to mass production and programming / inspection processes, with long-term supply through our trading arm.
Yes. You can contact us before requirements are fixed; we help define them through platform selection and a PoC.
Whatever you know of the items listed under “What to tell us before a consultation or quotation” is enough to start. We work out the open items with you during the consultation.