目前大多数数字图像的无压缩高分辨率采集存储系统依赖于高速微机高速图像采

At present, most of the uncompressed high-resolution acquisition and storage systems of digital images rely on high-speed microcomputers, high-speed image acquisition cards, and large-capacity memory conditions. Meeting these conditions will inevitably double the cost. The price is expensive. The increased capacity can only reach a preliminary level, so increasing the volume and cost of the capacity system is no longer allowed

At present, most uncompressed high-resolution digital image acquisition and storage systems rely on high-speed microcomputer high-speed image acquisition card with large capacity memory conditions. Meeting these conditions will inevitably double the cost, and the price is expensive. Its biggest disadvantage is that the capacity is small. Even if using large capacity memory I, the expanded capacity can only reach a preliminary order of magnitude, so as to increase the volume and cost of the capacity system Not allowed

At present, most uncompressed high-resolution digital image acquisition and storage systems rely on high-speed microcomputer, high-speed image acquisition card and super-capacity memory to meet these conditions, which will inevitably multiply the cost and cost, and its biggest disadvantage is that the capacity is small, and even if the super-capacity memory I is used, its expanded capacity can only reach the initial order of magnitude, thus increasing the volume and cost of the capacity system is no longer allowed.