Used LTX-CREDENCE ASL-1000 #293747616 for sale

LTX-CREDENCE ASL-1000 is an automated equipment level test system dedicated to providing reliable and complete verification and validation of unit-level performance. The machine utilizes advanced technologies combined with advanced software and hardware infrastructure to provide repeatable, scalable testing capabilities for Tool-On-Chip (SOC) designs, including devices with various technologies such as FPGA, ASIC, and SoC devices. LTX-CREDENCE ASL 1000 provides a comprehensive suite of tests that enables users to run comprehensive tests on a wide range of asset-level devices. It supports bidirectional testing of embedded components such as CPUs, memories, peripherals, and interfaces, as well as complete model-level devices such as medical embedded systems, WLAN, Wi-Fi, and more. The equipment allows users to control testing with its complete set of embedded test tools, including dedicated flows and automated test scripts for testing and debugging. ASL-1000 has a flexible and scalable architecture that separates test control and test execution, allowing for the execution of multiple test environments in parallel and increasing overall test throughput. It includes a wide range of IO channels, programmable timing infrastructure, and an extensive library of resources. The system's embedded technology includes a powerful, high-speed FPGA, an application specific instruction set, as well as specialized embedded test software. ASL 1000 integrates advanced instrumentation, including high-power, high-accuracy, spectrum analyzers, multi-channel oscilloscopes, and programmable current sources, to measure and analyze signals in the unit. It allows users to acquire and analyze signals of various kinds, including power consumption, temperature, voltage, oscilloscope, frequency, and more. Finally, LTX-CREDENCE ASL-1000 provides complete systems coverage by combining software and hardware test capabilities, high-speed FPGA technology, and instrumentation. It has an enhanced user interface and makes efficient use of resources and time by allowing users to reduce time-to-market and maximize test coverage. The machine is highly scalable and configurable, and it is designed to optimize test coverage while minimizing cost.