Abstract: Computer equipment having a prompt access function that can be operated prior to booting an operating system. The computer equipment comprises a processing system and a displaying system. The processing system has hardware resources with a backup/recovery module. The backup/recovery module establishes at least one recovery unit to hold backup data. The displaying system is used for displaying data contained in the processing system, corresponding to the recovery unit. The displaying system has a selecting means for selecting a status corresponding to the processing system. Thereafter, the displaying system displays the selected status. In the computer equipment of the invention, there is no limit on the amount of the recovery units which can be accessed simultaneously. The recovery unit is only loaded when it is required. Consequently, system resources can be saved, and mis-operation can be prevented.

Abstract: A network broadcasting system and methodology that unifies WAN protocol and LAN protocol. According to the invention, the network broadcasting system includes a server end and a client end. The server end includes at least one controlling unit and at least one processing unit, and the client end includes at least one receiving unit. The controlling unit is coupled to the processing unit, and the receiving unit is coupled to the processing unit. The receiving unit coupled to the processing unit receives information, orders and requests from the controlling unit to broadcast communication between the controlling unit and the receiving unit.

Abstract: Computer equipment having a prompt access function that can be operated prior to booting an operating system. The computer equipment comprises a processing system and a displaying system. The processing system has hardware resources with a backup/recovery module. The backup/recovery module establishes at least one recovery unit to hold backup data. The displaying system is used for displaying data contained in the processing system, corresponding to the recovery unit. The displaying system has a selecting means for selecting a status corresponding to the processing system. Thereafter, the displaying system displays the selected status. In the computer equipment of the invention, there is no limit on the amount of the recovery units which can be accessed simultaneously. The recovery unit is only loaded when it is required. Consequently, system resources can be saved, and mis-operation can be prevented.