One of the most important elements of any gaming equipment is the motherboard. All components are interconnected and communicated through this computing component. But, inside the motherboard we have the chipsetWho is in charge of part of the communication management between the components. What's more, it is the one that limits the capabilities and benefits that a motherboard can offer.
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What is chipset
An set of chips and electronic circuits that are responsible for communication and management of computer resources. It is responsible for making it easier for the components installed on the motherboard to communicate. It not only takes care of communication between the processor, graphics card or SSD, but also the connected peripherals
We can say that the chipset is responsible for the communication of an important part of the computer components.
Initially the motherboards integrated two chipsets. The first was called Northbridge and was very close to the processor. Then there was the southbridge, located in the Lower right corner (usually). Currently the Northbridge is integrated into the processors and only the Southbridge is left out, who is the one who manages the communications of the components.
Usually each family of processors comes with a new family of chipsets. The chipsets integrate different functionalities, capabilities and support for technologies. In addition, the chipset is the one who defines the capabilities and benefits that a motherboard can offer.
AMD chipset
- High range: X000 (Example: X570)
- Mid-range: B000 (Example: B450)
- Low range: A000 (Example: A520)
👉 Chipsets for AMD Ryzen processors 👈
Chipset Intel
- High range: Z000 (Example: Z490)
- Mid-range: B000 (Example: B460)
- Low range: H000 (Example: H410)
👉 Chipsets for Intel Core processors 👈
What is the chipset for
The chipset performs the function of communication management of a part of the different components installed on the motherboard.
Communication between computer components takes place between buses. Mainly the chipset manages USB bus, SATA bus, and PCI Express bus. The chipset determines the number of buses destined for each of these.
Usually the Chipset buses are usually "secondary" since the processor has direct buses. These processor direct buses are faster and have priority for the processor.
Basically the Chipset buses we could say that they are reinforcement. These buses are usually slower, since the component must make a request to the chipset and this communicates it to the processor. In addition, it is the one who limits the connectivity capabilities of the motherboard.
Where is the chipset
Usually the motherboard chipset is located in the lower right. Some compact motherboards (mini-ITX, for example) can move it to other points.
Identifying the chipset is usually simple, since in the vast majority of cases, it is covered by a metal block. This block performs the functions of dissipation of heat generated by the chipset. What's more, most often have the motherboard manufacturer's name screen-printed.
The High-end chipset can integrate small fans to improve heat dissipation. Normally the high-end ones on the heatsink usually integrate RGB lighting, making it even easier to identify this component.
