Used NEOSEM SX3e-mc #293638226 for sale

NEOSEM SX3e-mc is a final test system designed for advanced product test solutions. It is the first multi-channel solution designed for both analog, digital and mixed-signal IC devices. With advanced test capabilities, SX3e-mc allows users to reduce cycle times, optimize yield and improve product quality. Using advanced test technology, NEOSEM SX3e-mc includes an Arm Cortex-M3/M4 core processor, advanced network security and local memory. It also includes high speed FPGA support, enhanced connectivity, and test software tools. With its integrated IP, the system allows users to quickly create test programs and debug them easily, allowing for faster and more efficient responses. Additionally, SX3e-mc features the highest interface counts on the market, ranging from high speed and large capacity memories, to small and cost effective memories. NEOSEM SX3e-mc has been designed to provide a comprehensive solution for monitoring, testing and validating a wide range of product types. It can validate functionality and performance, detect defects and measure performance metrics, enabling yield optimization. It is able to test data rates of up to 40Gbps, store up to 2GB of test data and interface with the most common test interfaces including LVDS and PCI Express. SX3e-mc provides flexible test solutions for low to high pin-counts, with support for analog and mixed signal testing, as well as time-critical protocols. It also includes advanced features such as lab automation tools, direct access to power and clock sources, and multi-site testing. Additionally, NEOSEM SX3e-mc provides test optimization features, allowing users to customize test plans while increasing overall efficiency. Overall, SX3e-mc is a powerful and reliable final test system that helps users optimize products, reduce production cycle times, improve quality, and maximize yields. It offers time-critical protocols, automated test control and optimization, and superior interface flexibility, making it the ideal solution for highly complex analog, digital and mixed-signal applications.