Used NEXTEST / TERADYNE Maverick ST #9280048 for sale

NEXTEST / TERADYNE Maverick ST (short for 'Equipment Test') is a powerful and versatile test platform, designed to provide efficient and reliable wafer-level final test of integrated circuits. Ideal for dedicated test solutions, it provides ease of operation for 8", 12" and 16" wafer sizes and can be adapted for various technologies, including SOI, BiCMOS, CMOS and BiPolar. NEXTEST Maverick ST incorporates an advanced hardware platform featuring two parallel disk drive systems, providing access to both general and application specific system components. This helps maximize test execution speeds by supporting dedicated components for a wide range of unit applications. The two disk drive systems allow for fast wafer loading and un-loading and let the user easily access data on a remote server. TERADYNE Maverick ST also features high-speed counter measuring, signal verification, wafer mapping and LAN/memory capacity measurement capabilities. These machine features are capable of providing comprehensive test coverage of a variety of parameters along with fast, reliable and flexible wafer sorting solutions. It also supports multiple technologies, including low-power consumption processes and low voltage technology, allowing for higher yields and better quality optimization within the target design. Maverick ST is easily upgradable to meet changing requirements, allowing users to adjust their hardware configurations easily. Other features of NEXTEST / TERADYNE Maverick ST include offline programming support, universal test interface (UTI) support, integrated interface controllers, tool-level SPC, customized recipes, diagnostics and detailed reporting results. NEXTEST Maverick ST's rich suite features are designed to maximize efficacy and reduce cost. It supports aspects from wafer-level operations right through to incoming lot sampling and real-time data analysis. Test platforms based on TERADYNE Maverick ST can also increase yield and reduce product cycle times while meeting wafer-level reliability and low-leakage targets. Furthermore, this powerful, reliable solution provides consistent device-level results and offers customers better overall value for their money.