phyCORE®-AM62x

Product Overview

A cost-effective general purpose embedded platform designed for products that need reliable performance, multimedia capability, and industrial connectivity without unnecessary complexity. The phyCORE®-AM62x System on Module combines efficient processing with flexible I/O, making it ideal for HMIs, IoT gateways, EV charging systems, kiosks, and connected control devices.

The phyCORE®-AM62x is designed for teams that need modern embedded capability without the cost and complexity of high-end processing platforms. In a compact 43 mm x 32 mm footprint, the SOM provides the connectivity and multimedia support required for production-ready OEM devices, including dual Ethernet, CAN-FD, camera input, audio, and dual-display capability.

Built on the Texas Instruments Sitara™ AM62x platform, it combines Cortex-A53 application processing with a Cortex-M4F co-processor and PRU-ICSS real-time I/O, enabling Linux-based systems that also require responsive control and deterministic communication.

With connectorized and direct solder options available, the module simplifies manufacturing, reduces bill of materials pressure, and allows greater flexibility for future product iterations.

Contact Sales for more information about this product.

When to Choose an AM62x System On Module

Designed for cost-sensitive applications that still require reliable performance, connectivity, and long-term scalability.

Choose this module if your application requires:

• Cost-efficient embedded performance for high-volume production devices
• Multimedia support for touchscreen HMIs and user interfaces
• Real-time I/O alongside Linux applications for responsive control systems
• Flexible connectivity for integrating sensors, peripherals, and industrial networks
• Choice of connector or solder-down integration to suit manufacturing needs
• A scalable platform for long-life OEM and industrial deployments

Typical applications include:

• Industrial human-machine interfaces (HMIs)
• IoT gateways and edge connectivity devices
• EV charging stations and energy systems
• Smart kiosks and self-service terminals
• Building automation and control systems
• Connected monitoring and data acquisition devices

Development and Integration Benefits

• Compact 43 mm x 32 mm form factor to minimise PCB space
• Choice of connector or direct solder integration for flexible manufacturing
• Dual Ethernet and CAN-FD support for industrial communication
• Mainline Linux focus with BSP resources to accelerate development
• Access to local engineering support from concept through to production
• Faster time to market compared to fully custom processor board designs