Abstract: An intelligent detection device of solid state hard disks combining a plurality of NAND flash memory card, and detecting method for the same. Wherein, a central processing unit (CPU) controls a control unit, and is connected electrically to a plurality of flash card insertion slots, for a plurality of NAND flash memory card to be inserted in. Said control unit reads parameters of said flashcards, and transmits said parameters back to said CPU, for it to determine status of each said NAND flash memory card, and display status of each said NAND flash memory card on at least a status display unit. Said intelligent detection device is capable of integrating storage space of a plurality of NAND flash memory card into a larger storage space, and detecting status of each said NAND flash memory card, to inform users to backup data in time.

Abstract: A composite solid state drive control system, composed of a redundant array of independent disks (RAID) formed by SD Cards, and multi-channel Flash Memory. Wherein, at least a RAID control unit combines a plurality of relatively inexpensive SD Cards into a set of redundant arrays of independent disks (RAIDs), so that its storage capacity can reach or even surpass a costly and huge capacity SD Card. Through controlling data transmission and accessing between at least a flash memory control unit and at least a SD Card control unit, data read and write speeds can be increased, and back-up redundant data can be made, hereby achieving stable operations of an electronic computing device by means of highly stable Flash Memory.

Abstract: This invention provides a digital photo frame device, wherein a buffer unit temporarily stores TV signals to be displayed or processed, a compression/decompression engine is coupled to the buffer unit for compressing TV signals into an image file or decompressing an image file into TV signals, a video processor displays the TV signals on a display unit, and an OSD clock display unit records the current time and stores an OSD time pattern in advance. The OSD clock display unit determines a real-time clock pattern to be displayed and the position of the display, according to the recorded current time and the corresponding OSD time pattern selected when the video processor displays a pre-determined clock background pattern so that the clock background pattern and the real-time clock pattern overlying over the clock background pattern are displayed on the video display in an OSD fashion.

Abstract: This invention provides a digital photo frame device, wherein a buffer unit temporarily stores TV signals to be displayed or processed, a compression/decompression engine is coupled to the buffer unit for compressing TV signals into an image file or decompressing an image file into TV signals, a video processor displays the TV signals on a display unit, and an OSD clock display unit records the current time and stores an OSD time pattern in advance. The OSD clock display unit determines a real-time clock pattern to be displayed and the position of the display, according to the recorded current time and the corresponding OSD time pattern selected when the video processor displays a pre-determined clock background pattern so that the clock background pattern and the real-time clock pattern overlying over the clock background pattern are displayed on the video display in an OSD fashion.