phyFLEX

Build for what comes next. phyFLEX System On Modules use PHYTEC’s FPSC technology to support scalable, pin-compatible embedded designs across low-power, HMI, edge AI, and industrial applications. Choose a module path that helps your engineering team reduce redesign risk, evaluate faster, and plan with more confidence.

Not sure which phyFLEX SOM is right for your application? Speak to our technical sales team for support.

phyFLEX System On Modules for Scalable Embedded Designs

phyFLEX System On Modules are built for engineering teams that need a more flexible embedded hardware platform. Using PHYTEC’s FPSC standard footprint technology, the phyFLEX range supports scalable SOM designs that can adapt as processor needs, product requirements, and lifecycle demands change.

Each phyFLEX SOM provides a production-ready embedded computing module that can be integrated with a custom carrier board. Choose from phyFLEX modules suited to low-power industrial systems, HMI and display applications, edge AI, machine vision, smart buildings, industrial IoT, and connected edge devices.


Why Engineers Choose PHYTEC phyFLEX SOMs

Scalable FPSC System On Module Technology

FPSC, or Future Proof Solder Core, supports pin-compatible scalability across compatible phyFLEX modules to help reduce redesign pressure as product requirements change.


Reduced Carrier Board Redesign Risk

phyFLEX modules help engineering teams build around a more consistent System On Module platform, reducing the need to restart the hardware design process when moving between compatible module options.


Options for Different Embedded Workloads

The phyFLEX range includes module options for low-power industrial devices, graphics-led HMIs, edge AI systems, machine vision, smart infrastructure, and connected industrial applications.


Engineering Support from Evaluation to Production

PHYTEC supports teams through module selection, software integration, carrier board planning, lifecycle management, and production preparation.



Start Your phyFLEX System On Module Evaluation

Create a more flexible foundation for your next embedded product with PHYTEC phyFLEX modules, FPSC technology, development tools, and engineering support. Speak to PHYTEC to choose the right phyFLEX System On Module for your application.



phyFLEX System On Module FAQs

phyFLEX introduces PHYTEC’s FPSC SOM technology as a scalable way to build embedded products around a standard module footprint. These FAQs explain how phyFLEX modules support future processor flexibility, when carrier board validation is still required, and how development kits can help your team evaluate the right path before production.


What is a phyFLEX System On Module?

A phyFLEX System On Module is a production-ready embedded computing module built around PHYTEC’s FPSC standard footprint technology. phyFLEX modules are designed to help engineering teams build scalable embedded products with a clearer path for future processor, performance, and lifecycle requirements.


What does FPSC mean for phyFLEX modules?

FPSC stands for Future Proof Solder Core. It is PHYTEC’s standard footprint technology for the phyFLEX family, designed to support pin-compatible scalability across compatible modules and help reduce redesign pressure as embedded product requirements change.


Can I switch between phyFLEX modules without redesigning my carrier board?

Not automatically in every case. FPSC technology is designed to reduce carrier board redesign risk across compatible phyFLEX modules, but each design should still be validated for power, interfaces, software, thermal behaviour, and application-specific requirements.


How do I choose the right phyFLEX SOM for my application?

Choosing the right phyFLEX SOM depends on your processor requirements, power limits, graphic needs, AI workload, connectivity, lifecycle goals, and production plans. PHYTEC can help compare module options for low-power industrial systems, HMI applications, edge AI, machine vision, and connected industrial devices.


Can I start with a phyFLEX development kit before moving to production?

Yes. phyFLEX development kits give engineering teams a practical way to evaluate processor performance, software integration, interfaces, display requirements, and application fit before moving toward carrier board design and production hardware.