Used AEHR Max 2 #9151084 for sale

AEHR Max 2 is a high-performance, full-featured burn-in equipment designed for product validation, pre-production and failure analysis for the semiconductor industry. It combines an ultra-reliable high performance metal chassis with intuitive user interface and sophisticated data collection capabilities. AEHR MAX2 is capable of accommodating up to eight parallel temperature zones (up to four zones on each shelf) with independent temperature control from -55°C to +200°C. It also offers maximum flexibility in test socket and package configurations, with up to 256 sites on a single system. It supports standard DUT and ATE packages, as well as multi-die packages including BGA and 2018. It also features a unified temperature controller, precision thermal cycling and monitoring unit, and a cabinet-level thermal management machine. It also includes an integrated monitor and control tool to provide site level thermal management and reporting functions, allowing engineers to view data in real-time. In addition, Max 2 enables quick and easy test setup and execution, and offers advanced data collection capabilities. The asset features two-way communication between the test model and the test environment. Real-time data intensive analysis is also available for equipment-level thermal management, resulting in improved burn-in results. MAX2 also offers comprehensive control features including group control, dynamic scaling, step cycling, scan control, memory parameter swap, and temperature cross linking to ensure optimal thermal performance. It also has an open-architecture design that allows custom software and algorithm development. Specifically designed to meet the needs of a high-volume production environment, AEHR Max 2 is highly reliable, cost effective, and efficient system. Its modular design ensures quick and easy upgrades and maximizes uptime. It is also very user friendly with its intuitive user interface and powerful software, giving users maximum control over their test environment and results.