Development Kits for Embedded Systems

Embedded Development Kits for Evaluation and Prototyping

PHYTEC development kits provide a validated hardware and software platform for early-stage embedded development. Acting as both embedded evaluation kits and SOM development kits, each kit is built around a PHYTEC System On Module and includes a carrier board, integrated interfaces, peripherals, power supply support, and Board Support Packages to support system bring-up.

Engineering teams can assess processor performance, validate connectivity, and begin software development, firmware validation, and debugging on a proven platform without the need for custom hardware design.

This approach reduces development complexity, shortens design cycles, and allows teams to validate decisions earlier in the product lifecycle, supporting faster and more confident progression from evaluation to prototype for embedded and IoT devices.

Why Engineers Choose PHYTEC Development Kits

Accelerated Evaluation with Prototyping Kits

Prevalidated hardware and software environments enable immediate platform evaluation using reliable prototyping kits, reducing integration effort and allowing engineering teams to identify risks earlier in the development cycle.

Seamless Transition from Development to Production

Development kits are based on the same System On Modules used in production designs, supporting a direct transition from evaluation to deployment without redesigning core hardware.

Configurable and Customizable Hardware Options

PHYTEC platforms support configurable options across processors, including Arm® Cortex® architectures, memory, and connectivity. PHYTEC development kits allow teams to align specific application requirements while maintaining a scalable path to production. Development kits provide known-good reference circuitry to enable development teams to quickly and confidently design custom hardware for PHYTEC SOM integration.

Direct Engineering Support

Engineering teams have access to embedded specialists who support evaluation, integration, and development. This hands-on support accelerates troubleshooting, reduces delays, and improves development outcomes.

Long Lifecycle Availability

PHYTEC platforms are designed for long-term availability, supporting industrial, medical, automation, and edge AI or IoT applications that require stable supply and extended product lifecycles. Development kits assist in the evaluation of application processors and custom hardware designs for PHYTEC SOM integration.

One Embedded Partner from Evaluation to Production

PHYTEC supports the full embedded development lifecycle, from initial evaluation using development kits to scalable production using configurable System On Modules. This removes the need to manage multiple hardware vendors and simplifies long-term product development.

Start Your Embedded Development Project

PHYTEC supports embedded development from initial evaluation through to production by combining development kits, configurable System On Modules, and direct engineering support. This approach reduces integration effort and supports faster time-to-market.

Development Kit FAQs

Development kits play a key role in early-stage embedded development, particularly when evaluating processor platforms, validating interfaces, and beginning software integration. The questions below address common considerations when selecting and using PHYTEC development kits.

What is a development kit for embedded systems?

A development kit provides a validated hardware and software platform for evaluating processor performance, testing interfaces, and starting embedded software development. This includes firmware development and debugging, allowing you to test and refine the system before committing to a custom hardware design. PHYTEC's development kits are designed to simplify the early stages of embedded system design, reducing both time and cost.

What is included in a PHYTEC development kit?

PHYTEC development kits typically include a carrier board, a System On Module, Board Support Packages, and documentation required for system bring-up and integration. All PHYTEC development kits include the necessary power supplies and cables required for boot-up.

How do development kits support evaluation and prototyping?

Development kits allow engineering teams to validate hardware performance, test connectivity, and begin software development on a proven platform. This reduces development risk and accelerates progress during early design stages.

Can I move from a development kit to production hardware?

Yes. PHYTEC development kits are based on production-ready System on Modules, allowing teams to transition from evaluation to deployment without redesigning the core processing platform.

Are PHYTEC development kits customizable?

No, but PHYTEC’s designs can be used to create your own custom carrier board design, utilizing PHYTEC circuitry. Additionally, we offer a range of accessories that can be added a la carte, such as displays, thermal management solutions, WiFi/Bluetooth modules, and Ethernet expansions, allowing you to fully customize your kit to match project requirements.

How do I choose the right development kit for my project?

Selecting the right development kit depends on processor requirements, performance targets, and application constraints. PHYTEC’s engineering team can provide guidance based on your specific use case.