|Page (1) of 1 - 04/13/05||email article||print page|
Kopin Introduces Electronic Viewfinder for Digital CamerasCyberEVF 230K combines all components in a single, power-efficient package (April 13, 2005)
Kopin Corp., the leading provider of microdisplays for mobile consumer electronics, today announced CyberEVF 230K, the worlds first complete electronic viewfinder (EVF) for digital cameras. Kopin has designed the CyberEVF 230K in collaboration with a tier-one digital camera OEM (original equipment manufacturer), with the goal of making it the standard EVF for the new generation of high-zoom, high-resolution (6+ megapixel), extra-slim cameras.
Kopins new product incorporates in a single module all the EVF components an OEM requires: a full-color microdisplay with QVGA (320 x 240) resolution, ultra-thin backlight, optics, and housing with an easy-to-use focusing mechanism. This complete EVF solution will enable digital camera manufacturers to shorten the design time for new products and substantially reduce the assembly cost. The CyberEVF 230Ks tiny size (17mm x 23.5mm x 25mm), 2/3 the depth and less than half the volume of the competing EVF modules, enables digital camera OEMs to shrink their cameras to a pocket-size form factor, a key attraction for consumers.
?Until now, an EVF system with all the necessary components was unavailable to digital camera manufacturers who previously had to design and assemble their own EVF system one component at a time, said Dr. John C.C. Fan, Kopins president and CEO. ?Our complete viewfinder solution, delivering exceptional image quality in a tiny package, enables OEMs to quickly introduce slim, high-zoom digital cameras that can be differentiated from camera phones. We anticipate that the volume production of CyberEVF 230K for the tier-one OEM will start in the next few months.
The CyberEVF 230K stands out for its image quality and low power consumption thanks to its use of Kopins CyberDisplay 230K LV, which features Kopins proprietary color-filter technology and patent-pending low-voltage architecture. With 15x image magnification and 23-degree field of view, the viewfinder generates large, high-resolution (320 x 240), vivid color images with virtually no distortion or color aberrations. Even in bright daylight, the CyberEVF 230K provides a crisp, clear image, which is crucial for fine focusing. The low-voltage architecture addresses consumers needs for a long battery life by enabling the EVF to consume less than 100 mW of power including the driver IC. The CyberEVF 230K also eliminates parallax the image shift in the picture from the one viewed through a viewfinder, which is a serious drawback of optical viewfinders for high-zoom digital cameras.
To ease integration, the CyberEVF 230K incorporates a unique ?piggy-back system that allows OEMs to easily customize the focusing mechanism based upon their unique requirements. This customization design approach allows manufacturers to smooth out seasonal market fluctuations, resulting in increased product quality and a more stabilized production yield.
Available immediately to all digital camera manufacturers, Kopin offers samples, reference designs and full technical support, buttressing customers ability to quickly move their CyberDisplay-equipped products to market.
Kopin is a leading developer and manufacturer of digital imaging and telecommunications technologies that enhance the delivery and presentation of video, voice and data. The company has combined advanced AMLCD and integrated circuit technology to produce its CyberDisplay family of award-winning ultra-small, high-density imaging devices for consumer and defense systems, including camcorders, digital cameras, personal video eyewear and thermal weapons sights. Telecommunication providers are using Kopins heterojunction bipolar transistor (HBT) wafers in cellular phones, Wi-Fi, VoIP and high-speed Internet data transmission.
For more information, please visit Kopins Web site at www.kopin.com.
Related Keywords:Kopin, Digital Cameras, Viewfinder, CyberEVF 230K, microdisplays, EVF, Dr. John C.C. Fan,