Search results for "Resolve Optics"

Cree, Inc. introduces a new class of products designed to accelerate the adoption of LED lighting by traditional lighting fixture manufacturers and speed time-to-market for their new LED-based fixtures. With this new line of LED module products, Cree customers will now have access to Cree’s award-winning TrueWhite™ technology allowing them to deliver efficient, high-quality light in a compact, easy-to-use product.

GAO Fiber Optics has released its Plug and Play Ethernet media converter compliant with the international IEEE802.3u standard. It can be used as a standalone unit or as a slide-in module for a 19-inch converter rack or in a central wiring closet. The media converter is designed to convert data signals between 10/100 Base-Tx and 100 Base-Fx fast Ethernet in order to expand network data transmission distances.

Driving the next generation of mainstream LED lighting adoption, Cree, Inc. introduces the breakthrough XLamp XB-D LED. The first LED based on an innovative new Cree technology platform, the XLamp XB-D LED ushers in a new era of price-performance for lighting-class LEDs. This LED can further simplify designs, ultimately removing a key barrier to widespread LED implementation—up-front system cost.

Bern Optics, Inc. today announced the availability of custom optical elements with dimensions as small as 0.20 mm. They can be custom engineered, ground and polished to micron tolerances in a wide variety of configurations, including lenses, prisms, axicons, filters, windows, domes, and mirrors, as well as special components with combinations of plano, spherical and cylindrical surfaces.

Johnson Controls, Inc., and Saft have reached an agreement to end their joint venture, Johnson Controls-Saft, which was formed in 2006 to develop and manufacture Li-ion vehicle batteries. Under the terms of the agreement, Johnson Controls will acquire Saft's share of the company for $145 million in cash. The agreement includes an up-front royalty payment by Johnson Controls to Saft in return for an expanded license to Johnson Controls to use cert...

Melexis is proud to introduce a new solution based on Melexis’ range-sensing technology , licensed from SoftKinetic. The solution will be demonstrated at the International Motor Show next week in Frankfurt, Germany. The optical based technology, DepthSense, was invented by SoftKinetic, and subsequent advances and developments have been the result of close cooperation between SoftKinetic and Melexis. Melexis integrates DepthSense in solution...

Drawing on proprietary technologies, OKI has developed a quantum entangled light source that offers the highest level of purity achieved to date. It has successfully generated the high-purity, entangled photon pairs for the first time anywhere in the world operating at room temperature and for conventional optical communication bands that are currently in use. Joint demonstrations performed with the research group conducted by Professor Shuichiro...

LASER COMPONENTS is now able to offer near IR coatings using our new sputter coating process. This allows us to produce extremely precise, compact layers with a very low wavelength drift. This process along with our on-line monitoring system produces repeatable coatings with complex layer designs, resulting in the lowest scatter loss and a high reflection of >99.99%, whilst achieving very high laser damage thresholds. The sputtering process is...

Global Lighting Technologies Inc. has improved the performance of their standard 2x2 ft.-square edge-lit LED-based flat panel downlight assembly by developing a brighter and more efficient SSL solution for ceiling lights that delivers efficiencies greater than 70 lumens per watt using standard GLT 2x2-ft. troffer packaging, with a CRI of > 80.

CyberOptics Corporation announces that it has been awarded a 2012 EM Asia Innovation Award in the category of Test & Measurement / Inspection Systems – SPI for its SE500ULTRA. The award was presented to the company during an April 26, 2012 ceremony in Shanghai during NEPCON China.