Used LTX-CREDENCE ASL-1000 #9212664 for sale

LTX-CREDENCE ASL-1000 is a high-performance, high-reliability final test equipment that is designed to meet the most challenging requirements of demanding industrial and manufacturing environments. This system is designed to quickly and accurately test and verify the functionality of a wide range of electronic devices, including microprocessors, memories, etc. LTX-CREDENCE ASL 1000 is built using a fully modular, high-speed architecture which allows for both high-throughput and high-reliability. It can be configured with a variety of different modules including, but not limited to, a SpeedBoard test unit, I/O cards, and dedicated logic analyzer and debugging software. This machine is perfect for integrated device testing and can handle thousands of devices simultaneously. ASL-1000 boasts a number of advanced features and boasts superior performance compared to other test systems. Its programmable logic flow control enables continuous testing with no interruption, ensuring high throughput even in high-volume production environments. The tool is also packed with extensive protocol support and embedded debugging capabilities, making it well-suited to develop complex applications. ASL 1000 also offers a variety of tools for programmable device specific tests. Using its powerful scripting language, users can customize and develop their own tests as required, allowing for fast and reliable chip-scale verification. The asset is further supplemented with an in-house software framework for further processing, integrating hardware and software to achieve the desired results. LTX-CREDENCE ASL-1000 provides the ultimate in high-reliability and speed for testing and verifying electronic devices. With its powerful features and extensively customizable functionalities, this model is a powerhouse for quick and accurate verification efforts. Additionally, its modular design allows for easy integration with existing infrastructure and equipment, making it the ideal solution for tough testing requirements.