Fujitsu will introduce a mobile phone named docomo prime series F-01C developed by NTT Docomo, a Japan-based mobile operator on November 19.
Cobham declares the release of its novel advancement, the Wire-free Sensor Network Node or Nugget. The Nugget is a completely mobile-networked unattended terrain sensing unit featuring five interior integrated sensors in it. This system is best suited for covert inspection purposes involving the identification of people coming in and out of an infra-structure or for asset security.
OPTEX, a leading supplier of reliable and convenient sensing solutions, is releasing its novel turbidity meter based on a 900 light scattering technology, for testing the quality of water.
Ibsen Photonics has proclaimed the launch of its I-MON 850 interrogation monitors for live spectrum evaluation of fiber Bragg grating (FBG) sensors in the wavelength of 850-nm range.
ViewSonic has introduced a 3D picture frame and 3D camcorder combining a 720p camcorder, which can project an image size with a maximum of 65-inches diagonal.
Basler, a pioneer in the fabrication of digital cameras, releases a new sequence of miniature, high-speed, extended resolution ace cameras at the VISION Stuttgart exhibition.
University of Pittsburgh scientists have developed a light sensor in nanoscale size, which can be coupled with an electronic circuitry of near-atomic-size for the generation of hybrid electronic and optic systems with improved performances.
CMOS imaging solutions provider, Aptina has introduced a new member, MT9M024, in its automotive image sensor family.
TowerJazz, a specialty foundry and producer of integrated circuits, and CMOSIS, a producer and distributor of highly efficient CMOS image sensors for professional imaging solutions, have declared the launch of a 12-megapixal image sensor named CMV12000, which is produced using an improved 0.18 µm unique CIS processing technology.
Researchers from the University of Pittsburgh and University of Wisconsin at Madison have created a nanoscale light sensor, that can be combined with near-atomic-size electronic circuitry to produce hybrid optic and electronic devices with new functionality. The team, reports in Nature Photonics that the development overcomes one of nanotechnology's most daunting challenges.
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