A full-channel and high-reliability quick-look system suitable for large field TDICCD space camera is proposed.Firstly, a TDICCD remote sensing image scrolling display model is established and a hardw are-based real-time scrolling display method with row frequency adaption function is presented according to the theory that scroll ing display can effectively simulate the pushing progress of TDICCD cameras linear array output.Then,to overcome the unreliable problem of high speed image data cache,a (16,6) error correction coding algorithm which is easy for hardware implementation is p roposed and its principal as well as its algorithmic thought is explained.Finally,the proposed system is tested on a large field TD ICCD space camera prototype.Experimental results show that its adaptive row frequency range is 0.52－7.68kHz.Meanwhile,it ca n realize the scrolling mosaic display and thumbnail display for all 80channels and 12quantized images with a total data transfer rate up to 13.02Gbit/s.Also,the proposed system has strong ability of image detail performance.SRAM cache applied with (16,6) error correction coding algorithm is able to correct 82bit errors in 1024byte,which improves the image cache rel iability.Overall,the system is stable and reliable with strong portability,and has been successfully used to develop and test the large field TDICCD space camera.