Giga-byte Technology Co., Ltd.

Hou-Yuan Lin

Chen-Shun Chen

Tse-Hsine Liao

Sheng-Liang Kao

Po-Chang Tseng

Cho-May Chen

Hung-Yen Chen

Ching-Hung Chao

Chih-Ming Lai

Yung-Shun Kao

Mou-Ming Ma

Chin-Hui Chen

Hung-Cheng Chen

Yih-Neng Lin

Chun-Kun Lan

Tse-Hsine Laio

Kuei-Min Chen

Chun-Yu Wang

Wei Wen Tseng

Chen-Sun Chen

An electronic device includes: a display panel and a host. The host is electrically connected to the display panel, and includes a processing unit and a graphics processing unit. The processing unit executes a driver program of the graphics processing unit and a specific program to render a display image of the specific program, wherein the display image includes a user interface. The processing unit obtains position information about a static area of the user interface. In response to the processing unit obtaining the position information about the static area of the user interface, the graphics processing unit performs a burn-in-prevention process on the static area via the driver program to generate an output image, and transmits the output image to the display panel for displaying.

Electronic device and method of burn-in prevention for electronic device

A method for updating a power mode parameter combination, includes identifying a current hardware combination of a client host; loading and executing a current application program; loading a default profile according to the current application program to update a current power mode parameter combination of the current hardware combination; receiving a user-defined parameter combination to update the current power mode parameter combination of the current hardware combination; correlating the current application program, the current hardware combination and the updated current power mode parameter combination to generate a current profile as an updated default profile; and transmitting the current profile to a server as a candidate profile.

Power mode management system, method for providing power mode parameter combination, method for updating power mode parameter combination, computer software and storage medium

A memory clock frequency adjusting method suitable for a computer device is provided. The computer device includes a basic input output system (BIOS) and a memory. The memory clock frequency adjusting method includes following steps. A boot process of the computer device is executed, and the memory is operated at a memory clock frequency set by the BIOS. Whether the computer device is successfully booted is determined by the BIOS to decide whether the boot process of the computer device is to be re-executed. A setting of the memory clock frequency is adjusted by the BIOS when the computer device re-executes the boot process to lower the memory clock frequency, so that the memory is operated at the lowered memory clock frequency. In addition, a mainboard and a computer operating system applying the memory clock frequency adjusting method are also provided.

Memory clock frequency adjusting method, mainboard, and computer operating system

A memory overclocking method adapted for a computer device is provided. The computer device includes a basic input output system and a memory. The memory overclocking method includes the following steps. A boot loader of the computer device is executed, and an overclocking module is executed by the basic input output system, wherein a first memory clock frequency for overclocking is preset in a serial presence detect of a memory. A second memory clock frequency by the overclocking module is generated by the overclocking module, wherein the second memory clock frequency is higher than the first memory clock frequency. Whether the second memory clock frequency meets a boot condition of the computer device is determined to decide whether to operate the memory at the second memory clock frequency. In addition, a computer device applying the memory overclocking method is also provided.

Memory overclocking method and computer device

A motherboard with backup power providing an output voltage to at least one computer information apparatus and including a first power connection unit and an Uninterruptible Power Supply (UPS) is provided. The first power connection unit is configured to receive DC power. The DC power is provided by a power supply. The UPS provides the output voltage and detects the DC power. When the DC power is stable, the UPS provides the DC power as the output voltage. When the DC power is unstable, the UPS provides battery power as the output voltage.

Motherboard with backup power and operation system utilizing the same

A motherboard includes at least one backup network circuit except for a network circuit used in a normal setup. The motherboard includes a first network circuit, a second network circuit, a network port, a switch circuit and a driver. The switch circuit is configured for coupling the first network circuit or the second network circuit to the network port. The driver is configured for switching the switch circuit according to states of the network port and the first network circuit.

Motherboard with backup network circuit

A method for operation system startup includes steps of switching on hardware startup; determining whether there is a trigger signal; reading an initial parameter from a storage device, and loading the initial parameter into a startup program when there is no trigger signal, executing the startup program; and entering operational system.

Method for operation system startup

A mother board adapted to rapidly charge a handheld multimedia device including a controller, a rapid charging initiation unit, a connection port coupled to the handheld multimedia device, and a switching unit. The rapid charging initiation unit provides a first voltage ranging from 3.2 V to 11 V and a second voltage ranging from 2.7 V to 0.6 V. A voltage difference between the first voltage and the second voltage ranges from 0.5 V to 0.8 V. The switching unit is coupled to the controller, the rapid charging initiation unit, and the connection port for determining whether the connection port is coupled to the controller or the rapid charging initiation unit. When the connection port is coupled to the rapid charging initiation unit, the first and the second voltage are sent to the handheld multimedia device through the connection port for activating a rapid charging function.

Mother board adapted to rapidly charge handheld multimedia device

A mother board including a controller, a rapid charging initiation unit, a connection port, and a switching unit is provided. The rapid charging initiation unit provides a first voltage ranging from 3.2 V to 11 V and a second voltage ranging from 2.7 V to 0.6 V. A voltage difference between the first voltage and the second voltage ranges from 0.5 V to 0.8 V. The connection port is coupled to a smartphone. The switching unit is coupled to the controller, the rapid charging initiation unit, and the connection port for determining whether the connection port is coupled to the controller or the rapid charging initiation unit according to a switching signal. When the connection port is coupled to the rapid charging initiation unit, the first voltage and the second voltage are sent to the smartphone through the connection port for activating the rapid charging function of the smartphone.

Mother board

A flash memory accessing apparatus is disclosed. The flash memory accessing apparatus includes a memory controller, a first open NAND flash interface (ONFI) and an expanding flash memory module. The first ONFI is used for connecting a main flash memory module. The memory controller obtains a detecting result by, detecting whether the main flash memory module and the expanding flash memory module are single side or double side. The memory controller further configures an accessing method of the main flash memory module and the expanding flash memory module according to the detecting result.

Flash memory accessing apparatus and accessing method thereof

A method for automatically restoring a system configuration with a single key in a computer having a power button is provided. The method includes detecting a press mode of the power button; determining a relevant restoring item according to the press mode; performing a process for restoring the system configuration corresponding to the restoring item, which aims at updating/recovering the system configuration, or clearing the system configuration setting stored in a CMOS memory; and performing a normal boot process.

Method for automatically restoring system configuration with a single key

An automatic network connection device includes a first connection port, a second connection port, a first network connection unit, a second network connection unit, a control unit, and a switching unit. When the first network connection unit operates normally, the switching unit electrically connects the first network connection unit to the first connection port, such that the first network connection unit transmits and receives a network signal. When the first network connection unit fails, the switching unit switches the first connection port to be electrically connected to the second network connection unit, such that the second network connection unit transmits and receives the network signal.

Automatic network connection device and method thereof

A system for detecting a peripheral device is used to detect whether the peripheral device is completely inserted into a peripheral interface slot of a mother board before booting. When the peripheral device is inserted into the peripheral interface slot, the system judges whether the peripheral device is completely inserted into the peripheral interface slot according to a potential of fins of the peripheral interface slot. If the system detects that the peripheral device has not been completely inserted into the peripheral interface slot before booting, a booting procedure of the mother board is interrupted and an alarm signal is output.

System for detecting a peripheral device

A common module for a double data rate-synchronous II synchronous dynamic random access memory (DDRII SDRAM) and a DDRIII SDRAM applied in a computer is provided. The common module includes a first bus, a termination circuit card, a first slot, and a second slot. The first bus transmits a plurality of signals. The termination circuit card comprises a plurality of termination resistors. The first slot is disposed on the common module and coupled to the first bus. The DDRII SDRAM is installed in the first slot. The second slot is disposed on the common module and coupled to the first bus. The DDRIII SDRAM or the termination circuit card is installed in the second slot. When the DDRII SDRAM is installed in the first slot, the termination circuit card is installed in the second slot.

Common modules for DDRII SDRAM and DDRIII SDRAM

A structure of an interface card connector includes a connector body and a plurality of terminals provided on the connector body. The bottom surface of the connector body is divided into a terminal zone and a space zone along the transverse direction. The distal ends of the terminals project from the terminal zone toward the bottom surface of the connector body. The space zone is recessed toward the connector body to form a notch portion, so that the bottom surface formed by the space zone is higher than that formed by the terminal zone. The space zone is used to provide a space for arranging the electronic components on the main board, so that more space on the main board is spared for the circuit layout. With this arrangement, the problem of the insufficient space and area of the main board can be solved.

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Taipei Hsien, Taiwan

Hou-Yuan Lin