MYIR System on Modules (SoMs): Scalable Embedded Computing for Custom Products

Welcome to Revinetech's dedicated category for MYIR System on Modules (SoMs). Also commonly referred to as Computer on Modules (CoMs), these compact, highly integrated carrier boards consolidate the core processor, memory, and essential power management circuitry into a single standardized unit. MYIR SoMs are indispensable for embedded developers and manufacturers seeking a scalable, modular approach to product design, allowing them to bypass complex high-speed digital design while retaining maximum flexibility for custom peripherals.

You are seeking robust, pre-validated processor hardware to accelerate time-to-market for a high-volume, performance-critical application. Our selection features the complete range of MYIR SoMs, leveraging powerful application processors from NXP, TI, and Rockchip. Trust Revinetech to provide the genuine MYIR System on Module that delivers the core computational power, industrial-grade reliability, and comprehensive software foundation necessary for your custom carrier board development.

Why MYIR SoMs Are the Smart Choice for Embedded Design

MYIR's System on Modules simplify the most complex aspects of electronics design—the processor and memory subsystem—allowing your engineering team to focus solely on product differentiation and peripheral interfaces.

Modular Design for Scalability and Risk Reduction

The modular approach of the MYIR SoM offers critical strategic advantages over designing a full custom board:

• Drastically Reduced Risk: The complex high-speed routing (DDR memory, processor interface) is already solved and validated on the module, eliminating a major source of hardware design failure and costly board spins.

• Scalable Platform: Enables easy processor migration or performance upgrades. The module can be swapped to a higher-performance MYIR SoM (e.g., within the same NXP i.MX family) without redesigning the entire custom carrier board.

• Accelerated Development: Engineers can immediately begin software development on the module, using a standard development board, while the final custom carrier board is being designed and manufactured.

Industrial Reliability and Extensive Interfaces

MYIR ensures their modules are suitable for deployment in challenging and long-life cycle professional markets:

• Industrial Processor Support: Utilization of industrial-grade processors and components enables operation in harsh environments, often supporting extended temperature ranges (-40°C to +85°C).

• High-Density Pin-Outs: The standardized interface exposes hundreds of signals, providing access to all crucial processor peripherals: multiple high-speed interfaces (PCIe, USB 3.0), camera inputs (MIPI-CSI), and display outputs (LVDS, HDMI).

• Long-Term Availability: Built around stable processor families with guaranteed long product life cycles, ensuring supply security for industrial and medical products.

Exploring the MYIR SoM Product Categories

Our catalogue features the specialized lines of MYIR System on Modules, categorized by their performance tier, processor architecture, and intended application focus.

High-Performance Multimedia and AI SoMs

These modules are built around multi-core application processors with integrated Graphics Processing Units (GPUs) and optional Neural Processing Units (NPUs) for demanding visual and computational tasks:

• Edge AI Inference: Ideal for deploying machine vision, object detection, and complex data processing directly into embedded systems with high performance and low latency.

• Advanced Display Support: Perfect for medical imaging, digital signage, and high-end Human Machine Interfaces (HMIs) due to support for multiple high-resolution displays.

Low-Power and Industrial Control SoMs

These modules prioritize energy efficiency, real-time control, and reliable industrial communication interfaces:

• IoT and Gateways: Excellent foundation for developing low-power, battery-operated devices and reliable industrial IoT gateways that require power management features.

• Real-Time Control: Utilizing processors with integrated real-time cores (e.g., NXP i.MX RT or TI Sitara) for deterministic industrial control and motor drive applications.

Processor Family Based Systems

Modules are often categorized by the processor family, allowing developers familiar with a specific ecosystem (e.g., NXP i.MX 8M or TI AM335x) to easily find a pre-validated core board for their next project.

Partner with Revinetech for MYIR SoM Solutions

Selecting the optimal MYIR System on Module requires confirming the required core performance, external interface requirements (I/O), and the desired form factor standardization (e.g., SODIMM). Revinetech is your authorized source for the complete MYIR portfolio. Our technical specialists are ready to assist you in matching the certified performance, industrial stability, and software maturity of the right MYIR SoM to your specific embedded product design and production goals.

Unlock rapid, flexible product development. Browse our catalogue of MYIR System on Modules (SoMs) today, compare the best processor architectures for your application, and contact us for expert advice and a personalized quote.

Frequently Asked Questions (FAQs)

What is the key benefit of an MYIR SoM for high-volume manufacturing?

The key benefit is that it allows the manufacturer to use a simpler, lower-layer custom carrier board, which is easier, faster, and cheaper to design and manufacture than a board containing the complex processor and DDR layout. This significantly speeds up time-to-market and lowers recurring manufacturing costs.

Do MYIR SoMs come with the necessary carrier board?

The MYIR SoM itself does not include the carrier board. However, MYIR offers a compatible development board (which acts as a comprehensive reference carrier board) for sale separately. This development board is essential for initial prototyping and software development.

What software support is provided with MYIR System on Modules?

MYIR provides a robust Board Support Package (BSP) for their SoMs. This typically includes pre-built and stable images for Embedded Linux (such as Yocto, Debian, or Ubuntu), Android, and, depending on the module, support for real-time operating systems (RTOS), along with detailed documentation and drivers.

How does a MYIR SoM support future product upgrades?

The MYIR SoM supports future upgrades through standardization. If a new processor is released with better performance but uses a compatible pin-out and form factor, the user can upgrade the computing power by simply swapping the module on their existing custom carrier board, avoiding a costly, full hardware redesign.

Are MYIR SoMs suitable for extended temperature industrial applications?

Yes. Many MYIR SoMs are specifically designed and tested for industrial applications, utilizing components and thermal design principles that allow reliable operation across wide temperature ranges, often necessary for ruggedized equipment and outdoor industrial control systems.