Used AEHR MTX 30000H #9017542 for sale

AEHR MTX 30000H is an advanced high-reliability burn-in equipment designed for use in highly demanding production tests. This system is powered by an 8-core Intel Xeon processor which provides the highest amount of performance required to run test programs with high complexity. Its 9 zone temperature profile capability and integrated heater elements enable the full range of Burn-in applications. The unit is designed to reduce the temperature gradient between zones, thus ensuring that every device under test is burned- in under similar conditions. MTX 30000H has a 40 channel, 256 Mbit memory controller, as well as an extensive range of IO functions with support for up to 4TB of storage and up to 24 USB ports. It also has four PCIe Gen3 slots for additional accessories as well as a 12Mbit/s UART port for adding extra Test and Measurement accessories. The machine supports up to 512 nodes allowing multiple devices to be tested in parallel, with a maximum of 8192 per rack for high throughput. With its two 16-bit digital I/O electronics, all tests can acquire data of up to 50000 words per second. This tool is an ideal option for high parallel testing requirements, as it is capable of supporting up to four Dual-PXI systems. Thanks to its fail-safe environment, all parameters and points are monitored to maintain controlled test conditions and performances. AEHR MTX 30000H supports PC/104+ expansion, including real-time operating systems, as well as the latest Windows 10 pro linked with the embedded Hyper-V server. This asset also supports multiple burn-in implementations including time-and-temperature, cost-of-ownership, aging-at-rate and full-burn-test. It is also built to meet required standards such as MIL-STD-461E, and its trusted robustness allows for enhanced designs and minimized production costs. MTX 30000H is a unique and powerful burn-in model designed to meet the most demanding production tests. Its extensive range of features and reliable environment ensure accurate and effiecient measurements as well as a cost efficient production and design process.