Used TERADYNE UltraFlex SC #293819775 for sale

TERADYNE UltraFlex SC is a final test equipment that is designed to enable semiconductor manufacturers to cost-effectively test the highest pin-count devices. The system is capable of testing up to 32,000 I/Os, with a test footprint of less than 500 sq. ft. This is accomplished by using a proprietary unit modularity and high-density packaging. TERADYNE ULTRAFLEX-SC supports a wide range of semiconductor technologies, from digital, microcontroller, and mixed signal devices to high-performance memory and processors. It is capable of handling multiple VCC (power) configurations, allowing for testing of multiple voltage and current levels. The machine also has the ability to test up to 32,000 signals in parallel, with maximum data rates of up to 6 Gb/s. The high parallelism is enabled by TERADYNE patented "scan-spare" architecture, which reduces the amount of scan channels and test patterns required to test a device. ULTRA FLEX SC also features reliable tracing and multiple cube adaptor tool that can be used to interface with device packages. This ensures that the high pin-count devices are tested accurately, with no interference from other pins in the asset. The model also has a self-contained test environment with an automatic handler and station, enabling a rapid changeover from one device to the next. TERADYNE ULTRA FLEX SC is an extremely flexible equipment, with user-definable test-flow capabilities, and a powerful built-in scripting engine, which can be used to create custom testing algorithms. The system also has the ability to remotely monitor performance, and can be monitored via the web to provide real-time test data. Overall, ULTRAFLEX-SC is an innovative test unit that is exceptionally well-suited for testing the highest pin-count devices, enabling cost-efficient, reliable, and accurate testing. It is incredibly versatile, allowing users to configure the test process to their exact specifications, and can be remotely monitored to easily debug any errors and maintain high performance.