FIRST REAL-TIME UNIVERSAL STATION CONTROLLER
OT-Box is the industry’s first real-time universal station controller for all testers, probers, handlers and test programs. It is totally process and device independent and supports all levels of parallelism. OT-Box is available as a standalone solution or as part of our comprehensive solution suite, where it executes in real time rules that have been created and simulated, and implements them for wafer sort and final test.
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INDUSTRY CHALLENGES:
- Freedom from device, test equipment or vendor-specific restraints
for maximum performance
- Controllers that can control and adapt the test program in real -
time, free of hard-coded, inflexible algorithms
- Focusing on core competencies, not “housekeeping” flexibility
and growth
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OT-Box BENEFITS
EQUIPMENT UNIVERSALITY
OT-Box is test equipment independent, controlling any tester, prober, handler, burn-in,
system-validation or other supporting testing equipment with a standard GUI. As
a universal station controller, OT-Box contributes to savings of time and money
for training and other overhead costs for maximum productivity.
DEVICE INDEPENDENCE
OT-Box is process and product independent, controlling any process or device via
real-time communication with the test program for any level of testing parallelism,
thus eliminating performance restrictions.
INTEGRATED FUNCTIONALITY
OT-Box executes the real-time rule sets created and published by OT-Mgr – ensuring
highest yield, quality, and device reliability together with lowest testing cost-of-ownership.
EASY, RAPID ENGINEERING
OT-Box features state-of-the-art engineering and disposition capabilities to ease
characterization, debug, selective re-test and other engineering activities that
can be performed either locally or remotely.
CENTRALIZED
OT-Box can operate in control room mode, allowing full control of the testing process
from a central location – locally or remotely.
RELIABLE, FIELD-PROVEN
Each OT-Box is pre-built and tested before introduction to your production environment,
and features a unique fail-over recovery mechanism for uninterrupted production.