Prodrive Technologies B.V.

The Zeus 3rd Gen Xeon Scalable platform will pack two double-width high-end GPUs in a 1U form factor, enabling compute-intensive applications such as image processing and AI. It is available with long lifecycle to support embedded applications. Customization options are available and include BIOS, server management software (BMC), and mechanics.

Prodrive Technologies’ Zeus High Performance Cabinet (ZHPC) is an industrial-grade, liquid cooled computing cabinet for demanding embedded applications such as motion control and image processing. It is designed for industrial environments, with features such as smoke detection, leakage detection, and Emergency Machine Off (EMO) functionality. With a built-in heat exchanger, fans and a power distribution unit, it is a complete solution for housing, powering and cooling up to 41 rack units of equipment. ZHPC can operate standalone but is also provisioned for easy integration in larger systems.

Apart from delivering ZHPC as a stand-alone product, we offer purpose-built systems including networking, computing and storage solutions based on own hardware such as Zeus server family series. Click here for the details about our integration services.

Our vacuum compatible motors are designed to achieve low working pressures and low outgassing values to minimize the impact on sensitive processes. Each material used in our vacuum motors is individually analyzed for low outgassing, with our in-house RGA system. This allows us to offer a standard and a high-vacuum line of vacuum motors. The standard vacuum motors achieve a working pressure down to 1e-5 Pa by applying a standard cost-efficient potted coil unit. The high-performance motors are suitable for high-vacuum, by applying materials with lower outgassing rates. By means of applying rectangular copper wires the packing factor of all vacuum motors is increased, which improves the efficiency and leads to a lower heat load on the vacuum system.

Prodrive Technologies introduces its disruptive tailored bias waveform generator to provide direct control of the sheath ion energy distribution in plasma processing. The tailored waveform output offers independent control over current and voltage and is measured in real-time. This direct control of the sheath ion energy greatly enhances the control and precision of etch and deposition processes compared to conventional RF biasing, enabling customization of ion energy distribution to allow very narrow distributions and tail elimination. This results in optimized process speed and maximum selectivity for sensitive features. It also reduces the energy consumption of the biasing, increasing the efficiency of the system with respect to conventional technologies.

Prodrive Technology’s TDI cameras offer the highest throughput available in the market. With its 1 MHz line-rate and 256 TDI stages, it enables applications to faster acquire images even when light conditions are limited.

Currently, we’re working with key applications to define the next generation TDI Camera and shape its specifications. We’re looking for users in the Semiconductor, Life-science, Display inspection and Fabric inspection markets or any other demanding application.

For over two decades Prodrive Technologies has been a research, development, and production partner of best-in-class cameras. Our portfolio already contains a 400 kHz TDI line-scan camera with world class performance. Combining this experience with our robust quality management system, we understand what it takes to implement copy exact and change control, supporting our solutions from concept to end-of-life and beyond.