Today’s technological landscape requires businesses and industries to rely on compact, efficient, high-performing embedded systems offering small footprints with optimized power usage. Arm systems on modules (SoMs) strike the ideal balance between size, power consumption, and functionality—serving as essential building blocks in modern embedded computing solutions. These modules integrate all fundamental components like processors, memory, and interfaces into a single compact unit, making them perfect for industrial automation, IoT devices, robotics, or edge computing.
In this article, we’ll explore the advantages of an ARM system on module (SoM) and introduce two of the top products in embedded computing: XPI-iMX8MM—an industrial single board computer and SOM-iMX93-OSM. Both feature advanced ARM processors that deliver exceptional performance.
What Is an arm system on module (SoM)?
An ARM SoM is a compact computing module featuring an ARM processor, memory, I/O interfaces, and more in a small form factor. It is intended for embedded systems requiring specific computing power with low energy consumption. Ideal applications include industrial automation, smart home devices, medical equipment, and robotics.
The ARM system on module offers businesses a faster and more efficient way to develop embedded systems without the need to design everything from scratch. Developers can seamlessly incorporate these modules into their designs, rapidly building robust embedded solutions.
Why Choose ARM System On Module?
- Compact and Efficient Design
ARM SoMs are known for their efficient yet space-saving structures. Their compact form makes them ideal for applications where space is limited—such as industrial machines, IoT devices, and handheld gadgets.
By using ARM systems on modules, businesses can streamline designs, reduce overall product sizes, and accelerate development timelines—all without compromising performance.
- Low Power Consumption
A hallmark of ARM processors is their energy efficiency. ARM SoMs leverage this low-power architecture to operate for extended periods without excessive energy usage—critical for IoT, edge computing, and remote system applications.
For sectors like industrial automation, automotive, and smart cities, this efficiency ensures continuous device operation with lower power costs.
- High Performance
ARM system-on modules offer impressive computing power despite their size. They are suitable for AI algorithms, real-time data processing, and multimedia applications.
This performance is particularly valuable for AIoT and edge computing, where real-time local data processing is needed without reliance on cloud services—crucial in applications like robotics and autonomous systems.
- Faster Time-to-Market
Creating custom hardware can be costly and time-intensive. ARM systems on modules provide a pre-integrated solution that allows developers to focus more on software, dramatically speeding up product development.
This efficiency gives companies a competitive edge in fast-paced markets.
- Scalability and Flexibility
The modular nature of ARM SoMs allows businesses to easily scale computing capabilities as application demands grow. This flexibility ensures products remain adaptable and future-proof.
Introducing the XPI-iMX8MM: A Powerful industrial single board computer
Featuring an ARM-based i.MX8M Mini processor, the XPI-iMX8MM industrial single board computer is tailored for embedded and industrial applications, delivering reliable performance in demanding environments.
Key Features of the XPI-iMX8MM:
- ARM Cortex-A53 Processorfor high-throughput and energy-efficient tasks.
- Multiple I/O Portsincluding USB, HDMI, and GPIO, ideal for various embedded applications.
- Long Lifecycle Supportensuring dependable long-term performance in industrial environments.
- Versatilityacross applications like automation, robotics, IoT, and multimedia—thanks to its support for various operating systems.
The XPI-iMX8MM is perfect for businesses seeking a compact, energy-efficient, and high-performing embedded solution that meets industrial-grade reliability standards.
SOM-iMX93-OSM: An Advanced ARM SoM for Embedded Intelligence
Another standout in the ARM SoM category is the SOM-iMX93-OSM, based on the NXP i.MX93 processor. This Open Standard Module is engineered for flexible and scalable embedded applications ranging from AIoT to edge computing and industrial automation.
Key Features of the SOM-iMX93-OSM:
- ARM Cortex-A55 and Cortex-M33 processorsdeliver high performance and real-time processing.
- Extensive I/O Supportincluding USB, SPI, I2C, and GPIO for seamless integration.
- AI and Machine Learning Capabilitiesfor smart devices and intelligent monitoring.
- Enhanced Security Featuresto protect data and devices in critical applications.
- Compatible Carrier Boardsfrom Geniatech enable fast prototyping and testing.
The SOM-iMX93-OSM offers flexible and powerful solutions for developers working on next-gen industrial control systems and AI-enabled edge devices.
Conclusion
ARM system-on modules (SoMs) are transforming embedded computing by delivering powerful, energy-efficient, and scalable solutions across a wide range of applications—from AIoT and robotics to industrial automation.
Geniatech offers two industry-leading options: the XPI-iMX8MM industrial single board computer and the SOM-iMX93-OSM system on module. These solutions empower developers to prototype, test, and scale their embedded systems rapidly—keeping pace with today’s innovation-driven markets.
By adopting ARM SoMs from Geniatech, businesses unlock the potential of embedded intelligence and position themselves at the forefront of technological advancement.