Aptina, which is represented by the Fuwei Group of the United Nations General Assembly, has launched the MT9F001 (14 million pixels) camera image sensor. The sensor's high resolution, high speed snapshot and high quality video mode. The new 14-megapixel camera sensor captures high-definition Full HD video (1080p/60fps) and delivers high-value end-user features that are required by some vendors to develop high-performance designs, such as electronic anti-shake ( EIS) support.
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In the past, when the traditional front illumination (FSI) method was used, the smaller pixels could cause the photons of the LEDs to be effectively collected. The AptinaTM A-Pix technology overcomes this long-standing problem of insufficient photosensitivity. The (BSI) method is currently used to improve the optical sensitivity and the crosstalk is less, thus making the noise lower and the color reproduction effect more saturated. Taking into account key performance parameters such as optical rotation, crosstalk, hot pixel count and manufacturability, Aptina's MT9F001 technology solution is ideal for high-performance consumer digital camera products.
Aptina introduces the most advanced 1.4 micron pixel size architecture and uses HiSPiTM (High Speed ​​Serial Picture Interface) to achieve a combination of still image quality and video performance, which has become a feature different from CCD technology.
MT9F001 will be put into mass production in the first quarter of 2010.
Main features:
1.Optical format: 1/2.3-inch (4:3)
2.Active pixels and imager size :
• 4608H x 3288V: (entire array): 6.451mm (H) x 4.603mm (V), 7.925mm diagonal
• 4384H x 3288V (4:3, still mode): 6.138mm (H) x 4.603mm (V), 7.672mm diagonal
• 4608H x 2592V (16:9, video mode): 6.451mm (H) x 3.629mm (V), 7.402mm diagonal
3.Pixel size : 1.4 x 1.4μm
4.Chief ray angle : 0°
5.Color filter array: RGB Bayer pattern
6.Input clock frequency : 6–48MHz
7.Maximum data rate
Parallel 96 Mp/s at 96 MHz PIXCLK
HiSPi (4-lane) 2.8 Gbps
8.Frame rate
Full resolution, 4:3 (4384H x 3288V)
Programmable up to 13 fps for HiSPi I/F, 6fps for parallel I/F
Preview mode VGA
• 30 fps with binning
• 60 fps with skip2bin2
1080p mode:
• 60 fps using HiSPi interface 2304H x 1296V (1080p +20% EIS)
• 30 fps using parallel interface 2150H x 1208V (1080p +10% EIS)
WEB Management System is to access the management interface of the OLT through the IP address with a browser.
WEB (World Wide Web) is the global wide area network, also known as the World Wide Web. It is a global, dynamic interactive, cross-platform distributed graphics information system based on hypertext and HTTP. It is a network service built on the Internet. It provides a graphical, easy-to-access and intuitive interface for browsers to find and browse information on the Internet. The documents and hyperlinks in it organize the information nodes on the Internet into one for each other. Associated mesh structure.
In 1989, a team led by Tim Berners-Lee in CERN (European Institute of Particle Physics) submitted a new protocol for the Internet and a file system using the protocol. The team named this new system World Wide Web. The purpose is to enable scientists around the world to use the Internet to exchange their work documents.
This new system is designed to allow any user on the Internet to search and retrieve documents from the databases of many document service computers. At the end of 1990, the basic framework of this new system was developed and implemented on a computer in CERN. In 1991, the system was transplanted to other computer platforms and officially released.
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