Functional Test Systems

MINT, short for Multi INTerface, is a versatile development tool known for its high-speed solution capabilities.

Inside the dev kit MINT, you'll find an Intel Arria V SoC, a powerful fusion of an FPGA and a Dual-core ARM CortexTM-A9 MPCoreTM. This unique combination harnesses the computing power of an FPGA and the adaptability of software on an ARM-based hard processor system (HPS). All interfaces are readily accessible from both the FPGA and the ARM-based HPS.

OCTOPUS is a robust I/O test platform. It offers comprehensive trigger functionality, enabling the execution and control of diverse test scenarios. OCTOPUS seamlessly interfaces with various programming environments, including Python scripts, LabVIEW, or MATLAB applications, enhancing its versatility and usability.

3T is a renowned Dutch electronic design house with over four decades of industry expertise. Our dedicated team of 100+ developers is wholeheartedly committed to delivering excellence and innovation in every project we embrace.
Visit our start page and learn more about who we are, our working principles, our customer solutions, and our core competencies.

Analog & mixed signal design is our most distinctive competence. If you have an application that requires precision sensor interfaces, real-time data acquisition, or a complex control circuit, 3T is the place to be. Being an AD and TI design partner, we have access to the latest technology.

3T has built up FPGA knowledge and experience since FPGAs were introduced in the market. As a design partner of Intel, AMD, and Microchip, we have access to the latest FPGA technology, such as the newest generation of Systems-On-Chip devices.

Controlling actuators and managing heat dissipation are crucial aspects of various applications, ranging from industrial automation and robotics to electronic devices and power generation. A control algorithm enables precise manipulation of physical systems while optimizing heat dissipation to ensure system performance, reliability, and components' longevity.

The functionality of an application is more and more determined by its embedded software. We do rely on our extensive know-how of programming languages, microcontrollers, hardware interfaces, and real-time operating systems. As a NXP, TI, and Microchip design partner, we have access to all the latest technologies.

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Model-Driven Development enhances productivity, reduces development time and costs, and improves maintainability by establishing a clear and traceable relationship between the real world (models) and the implemented system. For Model-driven development, we use the toolchains of MathWorks and ANSYS.