Toshiaki Adachi

Test programming environment in a modular, open architecture test system

This work addresses two key concepts in device test program development: test class programming and pattern management. These are explored in the context of an open architecture test system, where the primary requirement is the flexibility to integrate externally developed capabilities into the system. Development against an open architecture test system includes the integration of software-based solutions (such as user-developed test classes) and third party hardware modules, including the software necessary to support the modules. This work focuses on the open architecture facets of test programming and pattern management, as embodied in the OPENSTAR/spl trade/ specification. The software for Advantest Corporations T2000 system is used as a concrete example for highlighting these concepts.

Parallel, multi-DUT testing in an open architecture test system

Parallel testing provides an increase in throughput without a corresponding increase in cost, by performing tests on multiple devices under test at the same time. Addition of this capability to a modular, re-configurable, open architecture test system paves the way for an even more cost-effective solution. This paper describes the parallel test strategy adopted in the T2000 tester from Advantest Corporation, which is based on the OPENSTARtrade platform

Software development for an open architecture test system

An open architecture test system is one that allows the seamless integration of externally developed capabilities. These capabilities include both software-only solutions as well as third party hardware modules, and the software required to support them. This paper will address the topic of developing software against an open architecture test system. This will encompass both the software-only and hardware support facets of the development effort. The notion of interface-based programming as a means to achieve this goal will be presented. A set of required pieces will be defined for both of these development activities. The OPENSTAR? system will be used as a vehicle to motivate the discussion with a concrete example.