Embedded Systems Design & Embedded Programming Custom test equipment for your critical or time-sensitive test tasks
For decades our in-house product development team has designed and produced embedded hardware as well as embedded software for industrial test stands (for example our Guardian FCT tester incl. its boards, Sentry AOI tester, RMESS24 etc.). We will gladly use our experience to create special designs for your critical or time-sensitive test tasks.
Real-time test applications
Solutions for test tasks with high demands for timing and stability
Outsourcing of critical test tasks to an optimized controller
Cross-industry experience in embedded programming for test applications
Reliable execution of your test tasks with embedded systems & embedded software development
Critical or time-sensitive test tasks frequently need to be executed by dedicated hardware rather than a universal controller. We support you when it comes to designing and manufacturing custom test equipment and its firmware – from the simple processing logic to complex testing algorithms.
Embedded hardware for your requirements
As a foundation for the hardware of your embedded system we can draw on the components of our Guardian functional testing system. Of course, further developments of these components (e. g. interfaces for KNX, ZigBee, Bluetooth or QI) or completely purpose-built hardware (e. g. sensor or load boards) are possible as well.
Typical process of an embedded systems design project
1. Requirements engineering
We discuss your wishes and translate them into software and hardware requirements.
2. Conceptual design
Our embedded software developers elaborate an optimal embedded system design for your requirements.
3. Presentation and approval
Our embedded programmers present our concept and fine-tune it together with you.
We construct a viable prototype and wait for your final approval.
5. Production and delivery
We produce the ordered amount of your embedded system and deliver the devices.
Frequently asked questions about embedded programming
Embedded systems are required for test sequences which have high demands for stability and timing (e. g. real-time applications). Furthermore, the use of embedded test systems can be reasonable for test routines which are very frequently executed.