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Description
SemiProbe designs and manufactures high performance manual, semiautomatic, and fully automatic probing solutions to help you solve your most difficult test challenges quickly, accurately and cost effectively. SemiProbe provides solutions for high power, RF/Microwave, MEMS, optoelectronics, photovoltaics and many other applications. With hundreds of installed systems across five continents, our customers leverage the most innovative and adaptive test platform and accessories from R&D through production.
SemiProbe has pioneered new methods and capabilities for testing optoelectronic components at wafer level and has extensive experience testing light emitting diodes (LED), vertical cavity surface emitting lasers (VCSEL) and photo diodes. Our unique integrating sphere holder enables users to utilize the same PS4L system for horizontal (EELD) and vertical (VCSEL, LED) testing in either a manual or semiautomatic configuration. We have created wafer maps capable of mapping >100k die, unique chuck systems to handle fragile or broken wafers, high speed stages and software to increase throughput.
SemiProbe has pioneered new methods and capabilities for testing optoelectronic components at wafer level and has extensive experience testing light emitting diodes (LED), vertical cavity surface emitting lasers (VCSEL) and photo diodes. Testing and handling small, fragile, thin wafers with thousands of die on them creates unique challenges that require innovative solutions. Our unique integrating sphere holder enables users to utilize the same Probe System for Life ® (PS4L) system for horizontal (EELD) and vertical (VCSEL, LED) testing in either a manual or semiautomatic configuration.
SemiProbe manufactures a line of manual and semiautomatic double sided probing systems (DSP) used primarily for Failure Analysis and MEMS applications. The DSP system allows the user the flexibility to probe from the top and bottom sides. In some cases an emission microscope or a solar simulator will be mounted on one side and the other side would be the bias or electrical stimulation side. The DSP has both topside and bottomside optics that provides the ability to view both sides independently or at the same side.