Abstract: A digital camera and a method for manually focusing the digital camera are disclosed. The digital camera includes an image sensing unit, a buffer memory unit, an image processing unit, and an image display unit. The image sensing unit senses a signal and produces a full-view area image and a focus-view area image. The image sensing unit selectively outputs the full-view area image and the focus-view area image to the buffer memory unit. When the image sensing unit outputs the focus-view area image to the buffer memory unit, the buffer memory unit outputs the focus-view area image to the image display unit for manual focusing operation by users.

Abstract: A digital camera and a method for manually focusing the digital camera are disclosed. The digital camera includes an image sensing unit, a buffer memory unit, an image processing unit, and an image display unit. The image sensing unit senses a signal and produces a full-view area image and a focus-view area image. The image sensing unit selectively outputs the full-view area image and the focus-view area image to the buffer memory unit. When the image sensing unit outputs the focus-view area image to the buffer memory unit, the buffer memory unit outputs the focus-view area image to the image display unit for manual focusing operation by users.

Abstract: A digital camera and a digital video recorder are disclosed, including an input unit, a user interface, an analysis unit, an encoding unit and a storage unit. An analog data is transmitted to the input unit and converted to the digital data. User may choose whether to store the digital data in multimedia message forms by using the user interface. The analysis unit analyzes the digital data and determines the corresponding file format for the multimedia message. The encoding unit encodes the digital data to the multimedia message in the determined file format. Consequently, the multimedia message and/or the digital data are stored in the storage unit.