February 27, 2006
Olympus and Panasonic Announce Four Thirds System Digital SLR Cameras
Olympus Corporation (Olympus) and Matsushita Electric Industrial Co., Ltd. (Panasonic) have been engaged in joint development of cameras that comply with the Four Thirds System standard for interchangeable-lens-type digital SLR cameras, and will display the fruit of their labors at the PMA 2006 International Convention and Trade Show that starts today, February 26, in Orlando, Florida. Olympus will exhibit the E-330, a recently introduced product that incorporates jointly developed technologies, and Panasonic will announce development of the DMC-L1, its first digital SLR camera. A prototype of the DMC-L1 will also be exhibited
The two cameras are the result of an agreement announced on January 13, 2005, under which Olympus and Panasonic agreed to jointly develop underlying technologies and key components, and promote the introduction of digital SLR camera products that take full advantage of the significant user benefits offered by the Four Thirds System standard.
The two cameras are the result of an agreement announced on January 13, 2005, under which Olympus and Panasonic agreed to jointly develop underlying technologies and key components, and promote the introduction of digital SLR camera products that take full advantage of the significant user benefits offered by the Four Thirds System standard
The jointly developed mirror box unit and Live MOS sensor used in the two new cameras have significant implications for SLR performance, and have made it possible to develop products with capabilities that go far beyond digital SLR cameras of the past
The mirror box unit integrates a quick-return mirror, viewfinder, and AE sensor, and effectively functions as the heart of the SLR camera. It was specifically designed and developed so that it could be used in both Olympus and Panasonic products
The Live MOS sensor is a new-generation sensor that offers the high image quality of a CCD sensor and the low power consumption of a CMOS sensor, thereby making it possible to display Live View images on a digital SLR camera for an extended period of time. In addition, because the sensor features simplified circuitry, the distance from the microlenses to the photodiodes is short, ensuring improved response and higher image quality when light strikes the sensor at an angle.
Posted by Webmaster at February 27, 2006 08:49 PM
