NXP® i.MX 8
Computer on Modules
NXP® i.MX application processors are multi-core Arm based solutions. Toradex offers System on Modules (SoMs) based on NXP i.MX 8QM, i.MX8M Plus, i.MX 8M Mini and i.MX 8X processors. The i.MX 8 series application processors provide a modern Armv8 64 bit platform.
The processors are used in wide variety of applications across medical and healthcare, industrial automation and robotics, smart city, agriculture, test and measurement, transportation and many more helping our customers simplify the development of innovative and future-proof product development with minimized risk, lowest cost of ownership and fast time to market
Within the Toradex System on Module (SoM) families, our SoMs are genuinely pin-compatible. This compatibility extends to software support as well. Tools - like our pin-out design tool - simplify the configuration.
Toradex offers for all its product maintained reference images for the Yocto Project and the easy-to-use Linux Distribution TorizonCore. Other operating systems such as Android and QNX are available from our Partners.
Toradex offers industry-leading support through multiple technical support channels. Connect with our engineers via email and phone, or join our active Toradex Community forum.
Toradex SoMs contribute to lowering your total cost in several ways. That includes free, frequent, high-quality software updates and free HW lifecycle management. We also offer accelerated time-to-market due to simple Toradex tools and excellent documentation. Toradex uses scalable pricing models to grow with you.
The seamlessly integrated Torizon provides a highly secure Operating System, fully integrated Offline and Over the air update capabilities, Remote Access, and Device Monitoring. It's all backed by Uptane, an automotive-grade framework designed to withstand state-level attacks.
With over 20 years of existence, Toradex has established itself as a trusted provider of high-quality, reliable hardware and software. Our solutions are suitable for critical applications across a wide range of verticals.