May 6, 2008 - Beaverton, OR - Today, Voxtel, Inc. announces it has completed the negotiation of a long-term lease to occupy private development laboratories at the ONAMI (Orgeon Nanoscience and Microtechnologies Institute) Lorry I. Lokey Laboratories located at the University of Oregon (UO) Eugene campus.
The Integrative Science Center at the Lorry I. Lokey Laboratories represents world-class facilities and infrastructure for scientific research. It provides Voxtel access to one of the world’s largest and deepest collections of state-of-the-art equipment and technologies and provides Voxtel with a significant time and infrastructure advantage in the global race for innovation.
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For Immediate Release
March 6, 2008 - Beaverton, OR - Voxtel, Inc. plans to announce its entry into the business of manufacturing “green†semiconductor and metal-oxide nanocrystals for a wide variety customer applications, including: photovoltaic solar cells, electro-luminescent lighting, anti-counterfeiting taggants, and security inks. Voxtel’s focus is on the synthesis and scaling-to-manufacture of “greenâ€, environmentally-friendly semiconductors and semiconductor core-shell nanocrystals.
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February 27, 2008 - Beaverton, OR - Voxtel, a leader in innovative low light detectors and instruments, announces today the release of its newest product family of Solid-State Silicon Photomultipliers (SiPMs).
The performance of these VIC series SiPMs are superior to that of conventional photomultiplier tubes (PMTs), with the compactness and added benefits of semiconductor detectors, and high gain ~106 allowing
the detection of single photons.
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June 3, 2007 – Beaverton, OR – Voxtel, Inc. announces today that the Department of Energy (DOE) has awarded Voxtel four Small Business Innovation Research (SBIR) program contracts to develop high-performance, optical detectors that will help pave the way for nanotechnology innovations. The combined $400K contract values have options that could extend their value to $3M. The research leading to Voxtel’s awards was enabled by its collaboration with the Oregon Nanoscience and Microtechnologies Institute (ONAMI) in Eugene, Oregon. Download PDF
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Voxtel has demonstrated a new linear-mode APD design which combines the noise characteristics of silicon with the near infrared sensitivity of InGaAs. Unlike approaches in which a silicon multiplier is fused to a III-V absorber, Voxtel’s monolithic APD wafers are grown epitaxially on InP substrates, using only lattice-matched III-V alloys. Conventional III-V APDs which use InGaAs absorbers typically have bulk InP multiplication layers, characterized by an ionization coefficient ratio of k~0.4. Download PDF.
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Beaverton, OR, April 13, 2005–Voxtel, Inc., a leading developer of high performance electro-optical imaging solutions, today announced that it has received a U.S. Air Force contract for the first phase of a 36-month program to develop a high bandwidth, low noise, single photon sensitive detector array and camera for near infrared (NIR) laser detection and ranging (ladar). Ladar systems are used to detect the fine detail of remote objects that are needed for distance, shape, and pattern perception at very long distances. Download PDF.
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Will Develop High-Resolution Laser Ranging Camera
Portland, OR. — July 13, 2003— Voxtel Inc. a leading provider of advanced infrared and low light level imaging technology, today announced that it has received a U.S. Air Force contract for the first phase of a 36-month program to develop a high bandwidth, low noise, focal plane array and camera for laser ranging. Download PDF
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