Key markets such as mobile/broadband communications, high-performance computing (HPC) and artificial intelligence (AI) are driving unprecedented demand for massive data volumes. The XPS256 is designed to meet the associated stringent test-performance requirements and leverages Advantest’s Xtreme Link™ technology to deliver massive scalability and flexibility.

The XPS256 covers wide-ranging current requirements, implementing unlimited ganging to scale from milliamps (mA) to thousands of Amps with no performance degradation. Combining three instruments in a single power supply, the DPS pin delivers best-in-class flexibility, accuracy (± 150μV) and dynamic response, with full four-quadrant voltage-current (VI) capabilities and very small overshoot/undershoot, enabled by Advantest’s Xtreme Regulation™.

In addition, the card offers revolutionary probe needle protection and zero-overhead background profiling for current and voltage across the entire test flow; fine-granularity power delivery to ensure current balancing across the needles; and in-line contact-resistance monitoring for adaptive needle cleaning and preventive maintenance. With its ultra-fast hardware clamp, the XPS256 also protects the DUT, probe cards, and sockets against thermal runaways.

"When implemented with the V93000 EXA Scale SoC tester, the XPS256 DPS pin card provides a solution that can deliver high whole-wafer test yields, very fast test times, and reliable and repeatable results for customers entering the exascale computing space," said Richard Junger, senior vice president, SoC Delivery at Advantest Corporation.

Advantest has already shipped several hundred DC Scale XPS256 DPS cards to multiple customers.

To learn more about the V93000 EXA Scale Generation and DC Scale XPS256 DPS card, visit https://www.advantest.com/….