Summary of componentes y funciones de la tarjeta madre

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The motherboard is the main component of a computer, and it is responsible for communication between all the other components. The motherboard has ports for input and output devices, as well as slots for expansion cards. Motherboards come in different types, with different speeds and capabilities.

• 00:00:00 The motherboard is the main component of a computer, and from its printed circuit board structure, other elements of the computer will be determined. The motherboard is essentially a printed circuit board in a known commercial material, such as plastic called bertinacz. All power and data connections are found on this board, as well as expansion slots and a wide variety of electronic devices. The motherboard is designed to perform specific vital tasks for the computer's function, among the most important being device connection and control of peripheral devices, such as monitors, printers, disk units, and communication devices known as buses. Timing and synchronization are also vital functions of the motherboard, as is energy efficient management. The motherboard also serves as a connection between the microprocessor, electronic circuit support components, memory slots, and special slots that allow for adapter cards to be attached. In order to start performing its functions, the motherboard requires power. This is generated by the main power supply via a front panel and a 20-24 pin connector. Additional connectors are used to supply power to the processor, which is essential when the button to start the computer is pressed. The BIOS is a small, installed software program that contains basic startup and recognition instructions for hardware. This program runs on the motherboard when the button
• 00:05:00 The video discusses the components and functions of a mother board. It explains that the mother board permits changing many of the parameters of transmission and device recognition on a computer, as well as carrying out data exchange on the motherboard's chipset, which features a set of chips or chipsets and a intricate network of buses that handle communication between all integrated devices attached to the motherboard, with different interfaces like ports and expansion slots controlled by their respective controllers. The motherboard also has a real time clock known as a BIOS chip, which performs an important function by storing data on system configuration stored from the date and time up to the board's hardware speeds. When the battery runs down, the BIOS loses information it was storing, and is unable to recover data when the battery is replaced. Additionally, the PCI bus provides electronic connections for capture video and network cards among other devices on all motherboards, and each motherboard includes several connectors for disk and optical drive units as well as a variety of connectors for external input and output, depending on the model. Some of the mentioned components that make up a motherboard are the motherboard's layout, which is not standardized, and each manufacturer distributes the devices in their designs in a way that varies. Additionally, each technology includes or excludes specific connectors, and the system
• 00:10:00 The Motherboard is responsible for communication between all the components that make up a computer system. It contains ports for input and output devices, as well as slots for expansion cards. Motherboards come in different types, with different speeds and capabilities. There can only be one PCIe slot per motherboard, so motherboards with graphics cards cannot have expansion slots. Motherboards also have a limited number of memory and video slots. They are limited to 32-bits and 8-channel access to the main memory or processor. This bus operates completely differently than other buses and transfers data serially. It allows for two data lines to transfer data at the same time, which is 80GBs per line compared to 16GB per PCIe slot on some motherboards. Some motherboards do not have PCIe slots, or have older PCIe chipsets that do not support accelerated video. Some motherboards have video integrated into the motherboard, while others have a PCIe slot available. To install a memory module, the manual for the motherboard will identify which type of memory it accepts. The clips on the ends of the slots will need to be opened, and the module pressed firmly into the slot. Then the motherboard can be connected to the appropriate connectors on the computer. SATA disks and optical drives use separate connectors,