Best Gaming Motherboards In 2022

HomeFeaturesThe best gaming motherboards of 2022(Image credit: Future)

The best gaming motherboard is like a skeleton for your gaming PC build. Useless on its own but vital for connecting the pile of expensive PC components together. The motherboard has one of the most critical roles for any new PC build; it determines what parts you can and should buy. Knowing what components are compatible with your motherboard ahead of time will save you a lot of trouble later.

There are several questions you should ask yourself first before you start motherboard shopping. How big is your PC case? Do you want to be able to overclock your CPU? Do you need high-performance RAM support? Do you need a whole wall of Jual Motherboard Harga Motherboard medan USB ports? If your wish list increases, expect to spend extra. This isn’t always a bad thing especially if you don’t plan on getting a new mobo for several years.

This brings us to one crucial thing to consider about motherboards; future-proofing. If you’re in it for the long haul, you need to be absolutely sure that the board’s socket or chipset can support high-end processors like Intel’s Z690 chipset and its Alder Lake chips or AMD’s X570 chipset and its enduring AM4 socket. This makes upgrading whenever those CPUs drop in price a pretty easy feat.

We’ve tested a bunch of AMD and Intel motherboards over the past year, from Mini-ITX to E-ATX, so you can decide which will make the best base to build on.Best gaming motherboardBest Intel Z690 motherboard

(Image credit: Gigabyte)

The best Z690 board for DDR5 at a price that won’t kill your bank balanceSpecifications

Memory support: 4x DIMM, up to 128GB, DDR5-6400 (OC)

Expansion slots: 1x PCIe 5.0 x16, 2x PCIe 4.0 x16 (running at x4)

Video ports: 1x DisplayPort 1.4

USB: Up to 2x USB tiga.dua Gen2x2, 4x USB tiga.2 Gen dua, 6x USB tiga.1 Gen Distributor Motherboard medan 1, 8x USB dua.0

Network: Intel Wi-Fi 6; Intel i225V dua.5G LANReasons to buy

Grey metal might not blend into your build-

It was almost inevitable that the top-end chipset for Intel’s next-gen Alder Lake CPUs would end up being super-expensive. That is compounded by the premium attached to anything which mentions DDR5. Even so, the Gigabyte Z690 Aorus Pro almost bucks that ekspresi dominan by offering a rounded feature set along with DDR5 support for around $330. Sure, in the last CPU generation $300+ was seen as high-end, but for the 12th Gen platform that’s positively mid-range.

There are cheaper DDR4 boards around—Gigabyte also makes an Aorus Pro in DDR4 flavor, too, though that’s not sold in the US or EU—but if you want to get the absolute most out of the new Intel platform you want DDR5. 

Gigabyte has been smart about the way it’s specced out the Aorus Pro. By limiting it to ‘just’ Wi-Fi 6 wireless (as opposed to Wi-Fi 6E) and 2.5G Intel wired networking connections, and eschewing such unnecessary luxuries as Thunderbolt 4 or another M.2 slot, it has managed to keep the price at least relatively sensible.

And it’s a great performer, too, delivering system and gaming performance easily on par with the far more expensive boards we’ve also tested. The BIOS is maturing regularly as well, which makes us completely confident in recommending the Gigabyte board as our pick of the Z690 bunch.

About the only downside with this option is the high contrast design, with lots of grey heatsinks. Though a lot of the grey chipset and M.dua cooling will be hidden beneath a GPU, it might not be the easiest board to blend in with your build. There’s also minimal RGB lighting with just a tiny Aorus logo atop the rear I/O heatsink. That’s rare for a gaming motherboard in 2022. There are four RGB headers, though, with two of them being addressable, so you can still add plenty of flashy illumination if you really want.

Gigabyte’s Z690 Aorus Pro sits in a genuine Alder Lake sweet spot, where it offers good value for money and a nice, rounded feature set. Features such as Thunderbolt 4, a fifth M.dua slot, or 10G LAN would add considerable extra cost which is hard to justify. With plain Wi-Fi 6, 4x M.2 slots, a strong VRM, and loads of USB ports, most gamers will be happy. And at $330 you’ll have a few dollars that you can put towards the scarcer things, like DDR5 memory or a faster GPU.

Read the full Gigabyte Z690 Aorus Pro review.

(Image credit: ASRock)

Mature, yet merk spanking newSpecifications

Memory support: 4x DIMM, up to 128GB, DDR5-6400 (OC)

Expansion slots: 2x PCIe 5.0 x16, 1x PCIe 4.0 x16, 1x PICe 3.0 x1

Video ports: 1x Supplier Motherboard medan HDMI dua.0, 2x Thunderbolt Type-C

USB: 2x Thunderbolt 4 Type-C; Up to 1x USB tiga.2 Gen2x2, 2x USB 3.dua Gen 2, 9x USB 3.1 Gen 1, 3x USB 2.0

Network: Killer Wi-Fi 6E; Killer E3100G dua.5G and Intel I219V 1G LANReasons to buy

Good networkingReasons to avoid

Like all high-end Z690 boards, it’s expensive

When ASRock first launched its Taichi brand, we were impressed with its less-is-more design approach. It offered a good feature set and value for money without the excessive RGB overload that was common to gaming boards a few years ago. The merk has now evolved into a genuinely high-end one. The yet-to-be-seen Aqua is the company’s top contoh, but with its expected limited-edition nature and likely stratospheric price, the Taichi will essentially be ASRock’s premium Z690 motherboard for us mortals. And that’s not a bad place to be.

The look of the board is definitely unique, and though looks are in the eye of the beholder, for me the cyberpunk theme, with its copper accents and cogs, looks great. You get a good splash of RGB and those cogs above the I/O actually move. It looks expensive. Toko Motherboard medan Plus, if you’re a fan of Razer products, then there’s a Razer-themed Z690 Taichi for easy integration into the Chroma ecosystem, too.

Notably, the Taichi did well at gaming tests, often leading the pack. Though 1 fps here or there isn’t significant, but hey, it’s better to lead than trail. The board was happy to run DDR5-6400 memory, something not all Z690s could do. This indicates a strong level of maturity, though as is often the case with a merk-new platform and standard, there is surely some refinement to come.

The ASRock Z690 Taichi looks every inch a premium product. Its unique aesthetic will appeal to many. Its key features including Dual Thunderbolt 4 ports, a solid audio solution, and strong early memory support weigh in its favor. At $590 it’s an expensive motherboard, though not unheard of for this platform—the Asus Maximus Hero and Aorus Master come in at about the same price.

The Taichi’s great looks, solid performance, and strong feature set make it a serious competitor in its top-end price range. To be honest, we would have liked more M.dua slots, although three should be enough for most, other than that, there’s a lot to like here. Apart from the price of course. 

Read the full ASRock Z690 Taichi review.Best Intel B660 motherboard

(Image credit: MSI)

Tip top features in a tiny packageSpecifications

Memory support: 4x DIMM, up to 128GB, DDR4-4800

Expansion slots: 1x PCIe Gen4 x16, 1x PCIe 3.0 x1, 1x PCIe 4.0 x4

Video ports: 1x HDMI dua.1; 1x DP 1.4

USB: 2x USB tiga.dua Gen2 Type-C; 3x USB 3.2 Gen2; 2x USB 3.2 Gen1

Network: Intel Wi-Fi 6; Realtek 2.5G LANReasons to buy

Good power design for mainstream+

Can power stock i9 12900KReasons to avoid

B660 frame rate sacrifice in games

As a slightly more affordable Alder Lake option than some of the Z690 boards out there, this MSI MAG B660M Mortar WIFI DDR4 sacrifices some of the luxuries, yet still touts an impressive feature set. Not only are we looking at great power design, but this little micro-ATX board manages to fit eight USB ports on the back panel (including one USB 3.dua Gen2 Type-C), and a bunch of internal headers on the board itself.

There’s no overclocking capability or DDR5 support here, but seeing as it’s one of the more affordable routes into the Alder Lake platform it makes sense to go down the DDR4 path. There is a DDR5 version available in the UK, but we’ve not been able to find it in the US.

One obvious thing missing from the feature list is the support for PCIe lima.0 graphics cards, although seeing as no such cards currently exist, that’s not the miss that you might think. Everything else is present and correct though, including a reinforced x16 PCIe 4.0 slot for the GPU, another full-length slot running at x4, and then a final, short x1 PCIe 3.0 slot. The fact you get a pair of PCIe 4.0 M.2 slots for your drives will be plenty for most users too.

Placa Base – Wikipedia, La Enciclopedia Libre

Harga Motherboard medan Este artículo o sección necesita referencias que aparezcan en una publicación acreditada.

Este aviso fue puesto el 9 de julio de 2016.Placa base

Formato Toko Motherboard medan MicroATX de placa base para PC de escritorio (sin componentes conectados).InformaciónFecha de Jual Motherboard creaciónDécada de 1980FabricanteAsRockASUSBiostarGigabyte TechnologyIntel CorporationLenovoMSIFormatosXTAT, Baby-AT, ATX, microATX, FlexATX, MiniATXITX, Mini-ITX, Nano-ITX, Pico-ITXBTX, Micro BTX, Pico BTX, Regular BTXDTX, Mini DTX, Supplier Motherboard medan Full DTX

La placa base, también conocida como tarjeta madre, placa madre o placa principal (motherboard o mainboard en inglés), es una tarjeta de circuito impreso a la que se conectan los componentes que constituyen la computadora.

Es una parte fundamental para montar cualquier computadora personal deescritorio o portátil o algún dispositivo. Tiene instalados una serie de circuitos integrados, entre los que se encuentra el circuito integrado auxiliar (chipset), que sirve como centro de conexión entre el microprocesador (CPU), la memoria de acceso aleatorio (RAM), las ranuras de expansión y otros dispositivos.

Está instalada dentro de una carcasa o gabinete que por lo general Distributor Motherboard medan está hecha de chapa y tiene un panel para conectar dispositivos externos y muchos conectores internos y zócalos para instalar componentes internos.

La placa base, además incluye un firmware llamado BIOS, que le permite realizar las funcionalidades básicas, como pruebas de los dispositivos, vídeo y manejo del teclado, reconocimiento de dispositivos y carga del sistema operativo.Componentes de la placa base[editar]

Diagrama de una placa base típica.

Una placa base típica admite los siguientes componentes:Conectores de alimentación de energía eléctrica.Zócalo de CPU (monoprocesador) o zócalos de CPU (multiprocesador).Ranuras de RAM.Chipset.Conectores de alimentación[editar]

Por uno o varios de estos conectores de alimentación, una alimentación eléctrica proporciona a la placa base los diferentes voltajes e intensidades necesarios para su funcionamiento.Puertos de CPU[editar]

Placa base para computadora personal de escritorio mostrando sus componentes típicos e interfaces. Este modelo fue fabricado por Foxconn en 2007 usando la disposición microATX, una de las más utilizadas para computadoras personales.

El zócalo (socket) de CPU es un receptáculo que encastra el microprocesador y lo conecta con el resto de componentes a través del bus frontal de la placa base.

Si la placa base dispone de un único zócalo para microprocesador, se denomina monoprocesador. En cambio, si dispone de dos o más zócalos, se denomina placa multiprocesador.Ranuras de RAM[editar]

Las placas bases constan de ranuras (slots) de memoria de acceso aleatorio, su número es de 2 a8 ranuras en una misma placa base común.

En ellas se insertan dichas memorias del tipo conveniente dependiendo de la velocidad, capacidad y fabricante requeridos según la compatibilidad de cada placa base y la CPU.Chipset[editar]

El chipset es una serie o conjunto de circuitos electrónicos, que gestionan las transferencias de datos entre los diferentes componentes de la computadora (procesador, memoria, tarjeta gráfica, unidad de almacenamiento secundario, etcétera).

El chipset, generalmente se divide en dos secciones:Puente norte (northbridge): gestiona la interconexión entre el microprocesador, la memoria RAM y la unidad de procesamiento gráfico.Puente sur (southbridge): gestiona la interconexión entre los periféricos y los dispositivos de almacenamiento, como los discos duros o las unidades de disco óptico.

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Instructor:Paul ZandbergenShow bio

Paul is a GIS professor at Vancouver Island U, has a PhD from U of British Columbia, and has taught stats and programming for 15 years.

Motherboard Jual Motherboard keeps various parts of the Harga Motherboard medan computer together, which allows for the proper functioning of the computer system. Learn the different parts of the motherboard, how it functions through the schematic diagram, and the technological developments of the motherboard.Updated: 08/29/2021Motherboard: Definition

A motherboard is one of the most essential parts of a computer system. It holds together many of the crucial components of a computer, including the central processing unit (CPU), memory and connectors for input and hasil devices. The base of a motherboard consists of a very firm sheet of non-conductive material, typically some sort of rigid plastic. Thin layers of copper or aluminum foil, referred to as traces, are printed onto this sheet. These traces are very narrow and form the circuits between the various components. In addition to circuits, a motherboard contains a number of sockets and slots to connect the other components. VideoQuizCourseParts of a Motherboard

If you were to open up your computer and take out the motherboard, you would probably get pretty confused about all the different parts. Depending on the make and model of your computer, it might look something like this. Photograph of a typical motherboard of a desktop computer

To understand how computers work, you don’t need to know every single part of the motherboard. However, it is good to know some of the more important parts and how the motherboard connects the various parts of a computer system together. Here are some of the typical parts: A CPU socket – the actual CPU is directly soldered onto the socket. Since Toko Motherboard medan high speed CPUs generate a lot of heat, there are heat sinks and mounting points for fans right next to the CPU socket. A power connector to distribute power to the CPU and other components. Slots for the system’s main memory, typically in the form of DRAM chips. A chip forms an interface between the CPU, the main memory and other components. On many types of motherboards, this is referred to as the Northbridge. This chip also contains a large heat sink. A second chip controls the input and hasil (I/O) functions. It is not connected directly to the CPU but to the Northbridge. This I/O controller is referred to as the Southbridge. The Northbridge and Southbridge combined are referred to as the chipset. Several connectors, which provide the physical interface between input and output devices and the motherboard. The Southbridge handles these connections. Slots for one or more hard drives to store files. The most common types of connections are Integrated Drive Electronics (IDE) and Serial Advanced Technology Attachment (SATA). A read-only memory (ROM) chip, which contains the firmware, or startup instructions for the computer system. This is also called the BIOS. A slot for a video or graphics card. There are a number of different types of slots, including the Accelerated Graphics Port (AGP) and Peripheral Component Interconnect Express (PCIe). Additional slots to connect hardware in the form of Peripheral Component Interconnect (PCI) slots. Photograph of a typical motherboard with the most important parts labeled

There are certainly a lot of acronyms to get used to! Don’t worry too much about trying to remember all the parts and their acronyms. The Supplier Motherboard medan key is to remember that the motherboard contains the central processing unit, the memory, and all the connectors to the rest of the hardware of the computer system. The board is the ‘mother’ of all components – that’s where it gets its name. Register to view this lesson

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