QSeven Modules

Built for energy efficiency and small form factor designs, our QSeven modules are ideal for portable, fanless embedded systems. These ARM and Atom-based modules offer low power draw and flexible I/O in a compact 70mm x 70mm package.

Perfect for applications like industrial handhelds, automotive systems, and space-constrained edge devices.

Talk to our team to find the right Qseven module and carrier combination for your application.

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DFI EHL700 Series

Intel Atom x6425RE QSeven Module – 8GB LPDDR4 – Extended Wide Temperature Opertation

3 options available

DFI AL701 Series

Intel Atom x7-E3950 QSeven Module

4 options available

DFI FS700 Series

Freescale I.MX6S Arm Cortex-A9 Single Core QSeven Module

Frequently Asked Questions

Learn More About Qseven Modules

A Qseven module is often the right choice when the design needs a very small footprint, low power consumption and a computing platform that can be integrated into a compact embedded system. This form factor is especially well suited to portable, fanless and space-constrained designs such as handheld equipment, mobile devices and compact edge systems.

Yes, Qseven is a good option for many fanless systems. These modules are positioned around low-power ARM- and Atom-based designs that help keep heat and energy use down, which makes them well suited to embedded applications where silent operation, reduced maintenance and simpler thermal design are important.

In most cases, yes. A Qseven module is typically used with a carrier board so the final system can provide the right connectors, interfaces and layout for the application. Qseven modules can also be supplied with carrier boards, starter kits and accessories to support evaluation and integration.

Qseven modules are best suited to compact embedded applications where space, power efficiency and reliable performance all matter. Typical examples include industrial handhelds, automotive systems, mobile equipment and other edge devices where a small module size and low power draw are key design requirements.