Embedded Compute Platforms for SoMs, SBCs and ODM Programs

Built for industrial, medical, automotive, AI, and connected-device programs where teams need a faster path from evaluation to deployable hardware. The portfolio spans System on Modules, Single Board Computers, SoC-FPGA platforms, and ODM solutions such as gateways, telematics units, and HMI-oriented systems.

System on Modules Single Board Computers ODM Solutions ARM & SoC-FPGA SMARC / OSM / Qseven Yocto / Linux BSPs

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Embedded compute building blocks for faster product development

The portfolio is built around embedded system design and manufacturing, with System on Modules, Single Board Computers, SoC-FPGA platforms, and ODM programs.

For many product teams, the key decision is not only processor choice. It is whether to start from a ready compute module, a development-ready board, or a more customised ODM path depending on time-to-market, engineering bandwidth, and product risk.

That makes this range a strong fit for reducing core-compute design effort while leaving room for carrier design, software bring-up, and application-level differentiation.

Useful where the core compute subsystem should not be redesigned from scratch
Relevant for industrial, medical, automotive, avionics, AI, and connected embedded systems
Supports both standard module-based development and ODM-style product programs
Strong fit where BSP maturity, longevity, and integration speed matter to the schedule

Platform overview

NXP i.MX Renesas RZ TI Sitara STM32MP1 SMARC / OSM / Qseven SoC-FPGA

Platform anchorsNXP i.MX, Renesas RZ, TI Sitara, ARM and SoC-FPGA

BSP supportYocto Linux, Linux BSP maintenance, Debian on selected platforms

Form factorsOSM, SMARC, Qseven, SODIMM

Compute options matched to the product path

System on Modules

Production-oriented compute modules in form factors such as OSM, SMARC, Qseven, and SODIMM for teams that want to accelerate product design while keeping carrier-board flexibility.

Single Board Computers

Development-ready boards for evaluation, prototyping, application validation, and selected deployment cases where a complete board is the faster starting point.

ARM Processor Platforms

Publicly visible portfolio coverage includes NXP i.MX families, Renesas RZ families, TI Sitara platforms, and STM32MP1-based embedded compute options.

SoC-FPGA & Adaptive Compute

Also includes SoC-FPGA and adaptive compute platforms for higher-performance embedded applications, AI, RF, aerospace, and advanced system architectures.

BSP & Software Readiness

Linux and Yocto-oriented BSP support, along with ongoing software maintenance, help simplify product bring-up and integration.

ODM Solutions

Beyond modules and boards, the range extends into ODM solution paths including telematics units, gateways, HMI systems, and custom embedded product programs.

Application areas

Industrial Automation & Control

Gateways, controllers, HMIs, and connected industrial devices.

Medical & Diagnostic Systems

Imaging, monitoring, user-interface, and embedded control platforms.

Automotive & Mobility

Telematics, gateways, vehicle interfaces, and connected mobility systems.

AI & Vision at the Edge

Embedded AI, vision inference, and camera-based workloads.

Connected IoT & Gateways

Protocol bridging, local processing, and cloud-connected edge systems.

Higher-Performance Embedded Systems

SoC-FPGA and adaptive-compute embedded platforms.

Processor platforms & form factors

Platform families publicly visible

NXP i.MX 8M / i.MX 93 Renesas RZ/V2L TI Sitara AM62A / AM62x STM32MP1 OSM / SMARC / Qseven / SODIMM Yocto Linux / Debian 10+ Year Longevity

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Related partner

Estone Industrial PCs

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Discuss the right embedded platform path

If your team is evaluating SoMs, SBCs, AI-capable embedded platforms, or ODM-style product paths, Primionics can define the route that best fits schedule, customization depth, and bring-up effort.

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