Acer laptop battery video interface will never be completely digitized. Require lower screen resolution small screen, the CPU interface is the most common solution. This is just one from the video source to display parallel data bus, driven with the same memory bus. The display area within the cell buffer (local frame buffer) can support a fairly slow microprocessor. The second generation of display technology is creating a color monitor, laptop batteries due to the need for faster data pipeline, plus the volume appearance shrinking mobile phone design, allows the monitor to be adaptable and attractive design components. Furthermore, the line must be less connected to the processor and can rotate the display, faster. At that time, some companies use the concept of data serialization to overcome this bottleneck, like the MPL technology NaTIonal Semiconductor, Fairchild's µSerdes, technology. Their basic principles are in the vicinity of the graphics sources installed discrete transmitter installed discrete receiver (solution sequence) (SEQ), and in the vicinity of the display panel. The latter is usually installed directly in the flexible printed circuit board (FPC) cable line, and the FPC to the main processor board and display panel are connected to each other. The goal of this system resolution can reach the the QVGA level, but no more than 16 bits / pixel color resolution.">We still recall the time in 1980, a friend on the Commodore 64 screen computer image to map out a Marlboro cigarette case. Laptop battery use of the DOS operating system to write a set of software programs, the color values ??of each pixel and pixel domain and address of the output to the CRT screen, spend a few hours of time to complete the three-color image of the red, black and white. Today, technology development is completely not compare! Professional artists, or how to properly adjust the pixel position know nothing about the layman can design images. The display device is not only equipped with advanced electronic components, more compelling aesthetic design and portability. The digital display technology makes color image is everywhere in the living room video pipeline can achieve transfer rates are now close to the incredible 330 × 1010b / s. During that cigarette smoke diffuse and flooded DOS image Gone are the days, quite fortuitous! Video review of the development of mobile products The evolving digital processing technology, the new world of personal computing to be realized, notebook battery thus causing large traffic demand data transmission pipelines. Projection technology used mainly age of the CRT screen, most of the video data is encoded into an analog signal, and can achieve an excellent transmission effect in impedance controlled environment. Analog display does not apply to portable electronic products. Until the advent of the LCD display, the portable device is really capable of displaying video, Acer laptop battery video interface will never be completely digitized. Require lower screen resolution small screen, the CPU interface is the most common solution. This is just one from the video source to display parallel data bus, driven with the same memory bus. The display area within the cell buffer (local frame buffer) can support a fairly slow microprocessor. The second generation of display technology is creating a color monitor, laptop batteries due to the need for faster data pipeline, plus the volume appearance shrinking mobile phone design, allows the monitor to be adaptable and attractive design components. Furthermore, the line must be less connected to the processor and can rotate the display, faster. At that time, some companies use the concept of data serialization to overcome this bottleneck, like the MPL technology NaTIonal Semiconductor, Fairchild's µSerdes, technology. Their basic principles are in the vicinity of the graphics sources installed discrete transmitter installed discrete receiver (solution sequence) (SEQ), and in the vicinity of the display panel. The latter is usually installed directly in the flexible printed circuit board (FPC) cable line, and the FPC to the main processor board and display panel are connected to each other. The goal of this system resolution can reach the the QVGA level, but no more than 16 bits / pixel color resolution.
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