Taiwan, Aug. 25, 2026- Gen Precision has launched the GTK-SPT1,an automated DIMM final test system designed to increase testing throughput as AI and server demand put growing pressure on memory DDR4 and DDR5 production.The system automates previously manual DIMM final test handling and operation,reducing the time spent on repetitive module-by-module processing. The latest system further reduces the overall footprint and streamlines automated handling and test workflows to improve production-line efficiency.
GTK-SPT1 transforms the final functional and burn-in verification of completed DIMM modules from a manual, one-by-one process into an automated workflow capable of testing multiple modules simultaneously. The system automates loading and unloading, while a robotic arm picks and places two DIMM sat a time for testing. GTK-SPT1 can be configured for Long-DIMM and SO-DIMM applications, including test processes before or after heat sink installation,based on specific product and test requirements. It also integrates with existing test software to form a complete automated final-test workstation.
“Automation should do more than remove manual steps. It should help manufacturers make better use of the test capacity already in place,” said Yulin Lee, Vice President of Automation at Gen Precision. Through automated batch operation,GTK-SPT1 reduces operator handling time by approximately 97%, allowing operators to step away from the test station during the test cycle. Undercurrent test conditions, GTK-SPT1 processes approximately 2 DIMMs per minute and automatically records test data to improve traceability throughout the final-test process.
Gen Precision has built extensive experience in memory manufacturingautomation, with systems deployed by leading memory manufacturers acrossprojects including:
Beyond automation system integration, Gen Precision can incorporaterobotics, PLC control, and AOI as required, supported by in-house precisionmachining and tooling capabilities. This combination enables the company tosupport system development from mechanical design and integration throughproduction deployment.
