DC/DC converters, DC/AC, motor control, advanced sensor interfacing, high-performance embedded control, and many other applications require flexible, high-performance, and real-time precision control. These capabilities can be leveraged by a solution designed to support complex, mathematical computations like a digital signal processor, with the versatility of a microcontroller.

Embedded automotive, industrial, and IoT applications need a reliable, versatile, and robust platform that supports the development and prototyping of safety-critical systems. Developers of these applications need to design, test, and evaluate the performance of these systems before they are deployed into the real world, and a ready-made platform board can help.

Test and evaluation are critical and repetitive processes for engineers working with a wide variety of applications, especially those that are safety-critical. Development and test platforms are designed to support engineers developing these systems, providing ready-to-use and fully equipped solutions that measure and support the reuse or adaptation of designs to fit existing systems.

Evaluating, testing, and prototyping are critical and widely recognized processes in the development of various applications. Applications such as 5G timing transport, high-precision synchronization, automatic test equipment (ATE) pin electronics, and phased array radar applications can benefit from evaluation boards combining both hardware and software for testing.

Rapid prototyping is a critical step in the development of modern motor control, industrial automation, and general-purpose embedded systems. Embedded engineers, software developers, and hardware designers must ensure products are ready for deployment, with the support of powerful and flexible testing and implementation solutions.

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Engineers test, prototype, and evaluate high-voltage power solutions to ensure they operate safely and reliably in systems like automotive, military/avionics, industrial, telecommunications, and distributed power applications. An evaluation board is designed to support the engineer, corroborating that these systems behave efficiently and predictably in real-world conditions.