ARM Solutions

ARM System on Modules | Computer on Module

Geniatech specializes in embedded development board solutions for AIoT hardware developers. We deliver high-performance System on Modules (SoMs) and comprehensive customization services for development boards, backed by global technical support and superior product experiences. Geniatech’s low-power System on Modules (SoMs/CoMs) deliver reliability and cost efficiency. Built on ARM architecture with SoCs from Rockchip, Renesas, Qualcomm, and NXP, they support industry standards including OSM, SMARC, Qseven, and custom form factors.

Embedded ARM Development Boards

Leveraging industry expertise, Geniatech delivers stable, reliable, and cost-effective embedded hardware platforms. This enables IoT hardware developers to concentrate on software and upper-layer application development. Our responsive team streamlines hardware development complexity, enhances efficiency, and accelerates time-to-market. We further provide professional tools and resource kits to improve design scalability and maintainability while reducing development costs and risks.

Embedded ARM Mainboard Solution

Leveraging industry expertise, Geniatech delivers stable, reliable, and cost-effective embedded hardware platforms. This enables IoT hardware developers to concentrate on software and upper-layer application development. Our responsive team streamlines hardware development complexity, enhances efficiency, and accelerates time-to-market. We further provide professional tools and resource kits to improve design scalability and maintainability while reducing development costs and risks.

  • Supply complete development boards for interface testing, feasibility analysis, and pre-development validation

  • Provide peripheral circuit designs + packaging dimensions with schematic/Layout review/guidance/debugging for high-efficiency hardware design

  • Development Convenience
    Expertise in Rockchip/MediaTek/NXP chips enables efficient BSPs—bypassing complex SDK learning curves to reduce development hurdles

  • Hardware Compatibility
    Decades of experience ensure OS/software-hardware synergy, cutting debugging time and boosting efficiency

  • System Stability
    Rigorous testing and iterative refinement guarantee stable performance under diverse conditions

  • OTA Maintenance
    Over-the-air update services maintain technological competitiveness

Helping reduce costs and technical risks while accelerating product launch:

  • Deliver APIs + sample code for faster coding/optimization

  • Provide migration guides covering hardware specs, OS compatibility, and performance tuning with compatibility testing

  • Supply open-source SDKs for deep firmware customization

  • Accelerate software/hardware validation with systematic testing support

  • Supply comprehensive test cases for core functionality/performance

  • Recommend testing tools/frameworks for efficient evaluation

  • Provide detailed documentation + technical guidance for rapid solution deployment

ARM Embedded System / Edge Gateway

Leveraging industry expertise, Geniatech delivers stable, reliable, and cost-effective embedded hardware platforms. This enables IoT hardware developers to concentrate on software and upper-layer application development. Our responsive team streamlines hardware development complexity, enhances efficiency, and accelerates time-to-market. We further provide professional tools and resource kits to improve design scalability and maintainability while reducing development costs and risks.

Applications

FAQs

Pricing varies per SoM. Sample pricing of some SOMs is available in our Store. For bulk orders, contact our sales team or submit details via our contact page.

Minimum order quantities vary. Please contact our sales team or leave detailed requirements on our contact page.

Standard SoM components include:

  • CPU/microprocessor/DSP core

  • Memory (ROM/RAM/EEPROM/flash)

  • Power management unit

  • Wired/wireless interfaces (USB, Ethernet, SPI, I²C)

  • Timing sources and peripherals (timers, reset generators)

  • Analog interfaces (ADC/DAC)

  • Voltage regulators

Computer on Module (CoM) and System on Module (SoM) are interchangeable terms. Both integrate core components (SoC, memory, power) into a single module that connects to a carrier board via pins to form a complete embedded mainboard.

SoMs integrate processors, memory, and essential components into compact modules, accelerating development while reducing costs and risks. Key advantages:

  • Faster Time-to-Market: Pre-tested modules speed deployment

  • Reduced Risk: Verified designs minimize flaws

  • Cost Efficiency: Simplify BOM and lifecycle management

  • Flexibility: Easy upgrades and tech integration (e.g., AI)

  • Simplified Development: Focus on application-specific features
    Ideal for IoT, industrial automation, medical devices, and edge computing.

  • SoM: Core computing module (processor/memory/power)

  • Carrier Board: Physical interface providing I/O, power distribution, and peripherals
    This modular approach enables customization, accelerates development, and simplifies upgrades.

  • Board-to-Board Connectors: High-density, high-speed interfaces

  • Pin Headers: Simple prototyping solutions

  • Edge Connectors: Tool-free maintenance-friendly slots

  • Soldered Connections: Permanent high-reliability bonding
    Selection depends on performance needs, cost, and maintenance requirements.

SoCs integrate core components (CPU/GPU/memory) into a single chip. SoMs integrate SoCs plus provide modularity—embedding the SoC, memory, power, and interfaces on a ready-to-deploy module. This preserves integration benefits while enabling long-term adaptability, making SoMs ideal for industrial applications requiring upgrades or customization.

  • SBC (Single Board Computer): A complete embedded system integrating CPU, memory, I/O, and peripherals on one board. Ready for direct deployment.

  • SoM (System on Module): A core computing module (SoC + RAM/power/interfaces) that requires a carrier board for I/O and peripherals. Enables flexible customization.

SBCs offer simplicity; SoMs offer scalability.

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