Abstract: A method for recording memory errors includes the following steps: upon detecting a current correctable error that occurred in a volatile memory device, determining whether a count value corresponding to the current correctable error exceeds a predetermined value; and when it is determined that the count value corresponding to the current correctable error thus detected does not exceed the predetermined value, sending update event information corresponding to the current correctable error to a BMC, in order for the BMC to record information of the current correctable error.

Abstract: A method for recording memory errors includes the following steps: upon detecting a current correctable error that occurred in a volatile memory device, determining whether a count value corresponding to the current correctable error exceeds a predetermined value; and when it is determined that the count value corresponding to the current correctable error thus detected does not exceed the predetermined value, sending update event information corresponding to the current correctable error to a BMC, in order for the BMC to record information of the current correctable error.

Abstract: A control system is disclosed. The control system is applied in a computer. This system comprises a signal generating module, a signal receiving unit and a processing unit. The signal generating module is for sending a signal to the computer. The signal receiving unit is disposed on the computer for receiving a signal. The processing unit is disposed in the computer to reduce or shut down an interference source generated by the computer based on the signal received by the signal receiving unit. Accordingly, noise is therefore reduced, and the computer is efficiently hidden.

Abstract: A military electronic apparatus is used to prevent detection of a thermal detection signal The military electronic apparatus comprises an electronic device, a heat insulation element and an anti-detection element. Heat energy is generated by the electronic device while operating. The heat insulation element is disposed on a surface of the electronic device for insulating the heat energy generated by the electronic device. The anti-detection element is disposed on a surface of the heat insulation element for absorbing the thermal detection signal.

Abstract: A power saving system comprises a wireless apparatus and an electronic apparatus. The wireless apparatus is used to transmit a signal to the electronic apparatus through a wireless transmission protocol. The electronic apparatus controls a power saving mode based on the signal. The power saving mode indicates that at least a function unit of the electronic apparatus is shut down. The electronic apparatus executes the power saving mode to save power and enhance service life for components.