Best Motherboard For Video Editing 2021 (2023)

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More Virtually Our Picks

Asus ROG Maximus Z690 Hero

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Best Z690 Motherboard (Intel 12th Gen)

Bottom Line:

The Asus ROG Maximus Z690 Hero is a well-congenital, acme-cease motherboard for Intel 12th Generation Core that’s easy to piece of work with, and packs Thunderbolt 4 and a top-tier power design. Heaven-loftier pricing is our only reservation.

Pros

  • Solid build quality
  • 90-amp ability phases
  • Twin Thunderbolt iv ports
  • Above-boilerplate ease-of-build features, including groovy PCIe slot release, swiveling Thou.2 mounts
  • Works with existing LGA 1200 CPU coolers

Cons

  • Lofty pricing
  • Hardwired Ethernet is “merely” 2.5Gbps LAN

Asrock Z590 Phantom Gaming Velocita

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All-time Z590 Motherboard (Intel 11th Gen)

Bottom Line:

Striking the sweetness spot between cost and features, Asrock’s Z590 PG Velocita motherboard is a well-made, blinged-out Intel “Rocket Lake” platform that’s too easy to utilize.

Pros

  • Well-priced for a Z590 enthusiast-grade motherboard
  • Solid feature set
  • Onboard Wi-Fi 6E support
  • Easy to use

Cons

  • A few sharp corners on the heatsinks
  • No BIOS flash or reset buttons on rear I/O panel

Asrock B460 Steel Fable

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All-time B460 Motherboard (Intel 10th Gen)

Bottom Line:

Asrock’south B460 Steel Legend is a basic Intel tenth Generation motherboard with simply a bit of cosmetic edginess. The BIOS tripped u.s.a. up a bit, but the lath works well for a budget move to the LGA 1200 socket.

Pros

  • An affordable on-ramp for bottom 10th Generation Cadre CPUs
  • Flashy design with RGB LEDs
  • Stable performance in our trials

Cons

  • No onboard Wi-Fi (but has an Thou.two Key E slot for a module)
  • Initial BIOS felt buggy and pieced-together
  • Rear I/O panel is a fleck plain

Asrock X299 Taichi CLX

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Best X299 Motherboard (Intel Core X-Series)

Bottom Line:

Asrock’due south X299 Taichi CLX motherboard delivers extra PCIe lanes, offers a clean BIOS and board layout, and proves a fine pick for a powerhouse Intel Core 10 desktop PC build.

Pros

  • Stable performance
  • Attractive appearance
  • Well-organized BIOS (particularly overclock tools)
  • 48 PCIe lanes, versus 44 in before X299 boards, when used with compliant 10th Gen CPUs
  • High-bandwidth Ethernet and back up for Wi-Fi half dozen
  • Software installs without hiccups

Cons

  • Rear I/O panel could use more ports
  • No BIOS-flash button

(Video) Top 5 Best Motherboards for Video Editing 2021 ✅ [ Best Motherboard for 4K Video Editing

Asrock X570 Extreme4

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Best X570 Motherboard (AMD AM4)

Bottom Line:

Asrock’s X570 Extreme4 is a well-designed ATX motherboard for AMD’south latest Ryzens, packing plenty of features, an attractive look, and an easy-to-use BIOS. Value-minded power users tin can discover a expert balance of features and punch here.

Pros

  • Plethora of USB and SATA ports.Quality NIC and audio chipset.Easy-to-use BIOS.Pleasant, understated aesthetics.

Cons

  • Lack of hardware-based overclocking features.Chiliad.2 slots can be catchy to access once PC is built out.

MSI MAG B550 Tomahawk

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All-time B550 Motherboard (AMD AM4)

Bottom Line:

With a helping of high-end features at a popular toll, yous get more than what you lot’re paying for with MSI’s Mag B550 Tomahawk. It’s a sensible pick for anyone looking for a midrange, total-size AMD Ryzen AM4 motherboard.

Pros

  • Reasonably priced
  • Two 10Gbps USB 3.ii Gen ii ports
  • 2.5Gbps LAN

Cons

  • No built-in Wi-Fi
  • B550 limits back up only to Ryzen 3000 and 5000 CPUs
  • Failed to operate DDR4 RAM at 4,266MHz

Asus ROG Zenith Two Farthermost

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All-time TRX40 Motherboard (AMD Ryzen Threadripper 3rd Gen)

Bottom Line:

If you’re willing to pay the (necessarily) big bucks to create a new TRX40-based Threadripper desktop, few motherboards on any platform tin can match the Asus ROG Zenith 2 Extreme for sheer robustness and characteristic set.

Pros

  • Sturdy build quality.
  • Big heatsinks.
  • Full-color OLED display.
  • Useful tertiary-party software included.
  • High-end networking hardware.

Cons

  • Quite expensive, fifty-fifty for the TRX40 platform.
  • Some stability issues with Armoury Crate in our install.
  • Included screwdriver doesn’t fit CPU bracket bolts.

Asus ROG Strix Z590-I Gaming Wi-Fi

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Best Mini-ITX Motherboard (Intel 11th Gen)

Bottom Line:

Asus’ ROG Strix Z590-I Gaming Wi-Fi motherboard gains modestly from its main allure—an innovative secondary PCB—simply its features and price still make information technology a tempting Mini-ITX platform.

Pros

  • Innovative secondary PCB
  • Well-rounded characteristic set
  • Piece of cake-to-use BIOS
  • Competitive price

Cons

  • Secondary PCB could host more than hardware, and complicates M.2 drive installs a bit
  • No S/PDIF port or 7.1 audio

Asus TUF Gaming B550M-Plus (Wi-Fi)

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Best MicroATX Motherboard (AMD AM4)

Bottom Line:

The Asus TUF Gaming B550M-Plus (Wi-Fi) delivers a stiff feature gear up for AMD Ryzen upgraders and builders that shows the dollar-saving strengths of the B550 chipset versus the X570.

Pros

  • Stable lath with superlative-notch Wi-Fi and two.5Gbit LAN
  • Overall well-built and well-priced from retailers

Cons

  • Not the most affordable MicroATX B550 motherboard
  • Some gratuitous software utilities
(Video) Top 8 Best Motherboard For Video Editing 2021

If the RAM, graphics carte, and CPU are the vibrant limbs of your PC, the parts that toil to become piece of work washed and fire up your favorite games, the motherboard is the skeleton—and the connective tissue. Oh yeah, it’s the circulatory organization, too. And, if you stretch things into metaphysics? Maybe it’south even the soul.

The
soul?
No pressure picking the right motherboard for your next PC build or upgrade so, right?

Sure, the other components play a larger role in determining your PC’s overall operation and capabilities. But without the correct motherboard, they are just loose parts. Indeed, likening a PC motherboard to any unmarried organisation in an organism way undersells it. It connects most everything in the PC together, and it helps the components you choose alive upwards to their operating potential. If you’re looking to build a PC, or upgrade an crumbling model, you start with the motherboard. And this guide will aid y’all pick the right ane for your needs.

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(Photograph: Molly Flores)

We pondered a whole bunch of possible approaches to buying a motherboard. Do you commencement with the CPU you want to install, and launch your search from in that location? Do you lot first with the usage case, and so drill downwardly? (Say, gaming versus productivity piece of work versus performance tweaking for fun.) Exercise yous start with the cadre chipset, and filter your picks from that element commencement? Or something else?

We’d fence that every PC you’re building or upgrading starts with a vision, and in that vision is what size that PC is, or should exist. And so permit’s beginning our primer at the practical: How big a PC are you trying to build?

ATX, MicroATX, Mini-ITX: Which Size of Motherboard Should I Go?

Over the years, several sizes of motherboards, typically referred to as “form factors,” have swirled around the PC market. Of these, 3 take risen above the remainder and, today, are by far the most common: ATX, MicroATX, and Mini-ITX.

Think of these sizes as big (ATX), medium (MicroATX), and small (Mini-ITX). The first thing you should exercise when picking a motherboard is make up one’s mind which of these form factors is best for you. All three accept advantages and disadvantages.

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Motherboard sizes compared: ATX, MicroATX, Mini-ITX boards (left to right) (Photo: Molly Flores)

For some people, Mini-ITX will be the about attractive selection. The smallest of standard motherboards, Mini-ITX boards fit into compact PC cases. They are the best pick if you’re in a cramped office or are building a home theater PC (HTPC) that will sit in your living room.

The downside is that Mini-ITX systems and boards, since they are smaller than the remainder, tend to have fewer connectors for peripherals, and fewer expansion slots to install components. These boards will have merely a single PCI Express x16 slot (typically reserved for a graphics card) and limited storage connections, such as Serial ATA ports and K.ii slots (more most those subsequently). Another downside is that these boards cost a bit of a premium versus equivalent MicroATX and ATX boards. In the case of Mini-ITX, “less” costs more.

At the other cease of the size spectrum, ATX motherboards (and a few larger, less mutual variants) have upwards the almost space, merely they besides gain you the most expansion options. ATX motherboards can have up to seven PCI Express expansion slots, which ways you tin can install several cards alongside your graphics card. Multiple-GPU desktops were once a large deal in elite gaming PCs, merely with the concluding few generations of GPUs from AMD and Nvidia, support for multi-carte du jour CrossFireX and SLI/NVLink configurations has fallen by the wayside. And then the need for 3 or iv PCI Limited x16 slots has fallen off well-nigh users’ wish lists.

Withal, some folks will want admission to multiple full-size PCI Express slots for a graphics carte, a wireless-networking or video capture solution, a pro-level audio card, and other specialized needs. Plus, ATX boards ofttimes have more robust integrated hardware. This tin can mean better onboard sound circuitry, more connections for storage devices (the larger circuit board, or PCB, should have more room for M.two slots, for one thing), and in some cases, improve overclocking functioning, thanks to a more robust power delivery system.

As y’all store, you’ll also run into a few other class factors out there that are larger variants of full-size ATX, notably the oversize Extended ATX (EATX) and XL-ATX formats. Know that your PC case needs to back up that larger board size specifically. Plain ATX support is not enough.

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Big boards: An ATX board (left) versus a wider Extended ATX model (right) (Photograph: Molly Flores)

If the size of your PC case is not a factor in what hardware yous buy, an ATX lath is the default choice. Even if you don’t expect to use all the extra features and ports, having them gives you more options for expanding the organization with new hardware down the road. Furthermore, ATX motherboards tend to be amid the about affordable due to economies of scale. Though, conversely, the most expensive, tricked-out boards on the market are
too
usually ATX, yous can observe ATX boards with better features priced lower than equivalent Mini-ITX solutions.

The third common motherboard form factor is MicroATX, which is the eye option betwixt ATX and Mini-ITX. Some shoppers prefer this size as a “Goldilocks” only-right compromise. Information technology provides you with a balanced solution that’s more than space-efficient than ATX, but information technology also offers significantly more onboard components and connections than a Mini-ITX board tin. Most MicroATX boards have upwardly to four expansion slots and can comfortably accommodate two graphics cards, or a GPU plus an expansion carte du jour or two.

On MicroATX boards, other onboard elements, including the circuitry for handling power and audio, are typically on par with what you get on ATX motherboards. In terms of size, MicroATX is closer in size to ATX than it is to Mini-ITX. This is MicroATX’due south chief drawback, as a MicroATX system won’t sit down quite as neatly in a compact office PC chassis, or on an entertainment stand, as a Mini-ITX system would. MicroATX PC chassis but aren’t as small.

Here’s a handy cheat sheet to typical motherboard sizes. But know that if a PC case says it supports i of these board sizes, you don’t have to go out your ruler if the board uses that course factor. It should just fit.

Which CPU Socket Should I Consider?

Okay, you’ve settled on a motherboard size! Side by side upward: the CPU socket. This socket on the motherboard is one of the key determining factors that controls what hardware the motherboard will back up (simply especially, the processor). In this regard, information technology’southward second simply to the chipset (which nosotros’ll go to in the next section), but it makes more sense to discuss the CPU socket offset.

The concept of the CPU socket is simple to understand: Its only task is to concur the processor chip and enable information technology to connect to the motherboard and thus, the residual of the arrangement. The motherboard and CPU both must back up the same socket protocol for them to piece of work together. A given motherboard supports only one socket type, and it works with a specific family of AMD or Intel processors, never both. Each of the ii big chip makers also offers multiple families of chips on different sockets.Not all AMD chips fit in all AMD sockets, and likewise with Intel chips and boards. Also, older fries from a given family may not piece of work in newer sockets, and vice versa. (Encounter our deep-swoop guide to the best CPUs.)

Under no circumstances should you try to install a CPU on a motherboard unless you lot are 100% sure that the flake is going into a compatible socket on the board. Installing an incompatible CPU into a motherboard at all-time will practice nothing, and at worst, tin fry whatever or all of the hardware in the system.

At this writing, for mainstream processors, AMD’s just mod socket is known every bit AMD AM4. A new socket for AMD’s upcoming Ryzen 7000-series chips, known equally AMD AM5, is expected to emerge in the second half of 2022. If you are looking to build or upgrade to an AMD Ryzen-based organisation and it doesn’t have an AM4 (or afterward, AM5) motherboard, you should steer clear, as the board y’all are looking at is likely quondam technology.

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AMD’southward AM4 Socket (Photo: Molly Flores)

The one exception is if you are looking at AMD-based boards for the company’s Ryzen Threadripper line of high-cease desktop (HEDT) chips. These are expensive, specialized boards for AMD’due south stripped-down server processors known as Threadrippers, and they apply either the sTRX4 (current third-generation Threadripper) or earlier TR4 (first- or second-generation Threadripper) sockets. (A 3rd variant, Threadripper Pro, uses a socket called sWRX8, merely you won’t see it much.) These fries are very large, and the sockets are not uniform with chips from the (much smaller) mainstream AMD Ryzen line.

Intel’s newest CPU socket is known as LGA 1700, which replaced LGA 1200 in November. Both of these are worth checking out if y’all’re buying a arrangement, merely but consider LGA 1200 if you’re going for a budget-oriented arrangement and are looking to become a deal by buying previous-generation hardware.

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Intel’s LGA 1200 socket (Photo: Molly Flores)

Annotation that like AMD and Ryzen Threadripper, Intel likewise has a line of HEDT processors, known equally the Core X-Serial and headed past the Core i9-10980XE Farthermost. It uses a CPU socket known as LGA 2066 and is incompatible with mainstream Intel processors.It’s getting a bit long in the tooth.

Every motherboard has a list of its supported CPUs, hosted on the lath maker’south site. To be absolutely sure that you have compatible hardware, y’all should always bank check that list and ensure the processor y’all have (or intend to buy) is on it.

That said, note some nuances in that location: You may need to perform a BIOS update to get some processors working, if the lath was manufactured earlier the chip you intend to install. Some motherboards are able to perform this update by having you simply plug in a wink drive and push a push. Simply if the lath you’re buying needs an update to back up your processor and doesn’t have this function, then you’ll want to buy a different motherboard. Otherwise, you’d need to have or get an older, supported processor to install just and so yous can flash the BIOS to support that newer chip.

As a quick cheat sheet, here is a list of relevant contempo motherboard CPU sockets that have been in the consumer market since the mid-2010s, and the processor families they support…

The Board Controller: Which Motherboard Chipset Should I Get?

The chipset is the most important single component on a motherboard. A bit of nutshell history: Originally, motherboards comprised a wide range of microchips that supported a variety of system functions and trafficking of data to and from motherboard-mounted components. (These chips were especially concerned with the functioning of the retentivity, storage, expansion slots, and CPU.) To some extent, this is still true. These fries would frequently be developed and incorporated together every bit a set of chips, hence the name. Over time, however, many of these chips have been integrated together to class unmarried chips that handle the majority of the motherboard’south functions, or been incorporated into CPUs themselves, though these entities are still colloquially called “the chipset.”

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Chipset element on an Intel Z690 motherboard (Photo: Michael Justin Allen Sexton)

Though you volition notwithstanding find several chips that are fastened to the motherboard, many of these are optional inclusions on the board maker’s function; lath manufacturers have a great bargain of flexibility in choosing which chips to use along with the chipset, whereas the chipset itself is essential and has few possible alternatives.

Only AMD and Intel produce chipsets, designed for motherboards that support their respective CPUs. With each CPU generation the bit maker issues, a matching series of supporting chipsets typically follows. On average, for each chip generation AMD or Intel bug iii or 4 possible chipsets to choose amid, ranging from budget designs to top-end ones for enthusiasts.

Ane thing to notation, though: Chipsets are socket-specific, and they may or may not support all CPUs that work with that socket, which can make things complicated. To aid with picking a chipset, nosotros accept a separate article that goes over that topic in item. You tin can hit that link for some overall groundwork, but nosotros have a rundown of the about contempo options below.

Intel Chipset Options for 12th Gen “Alder Lake” CPUs

Intel’s newest socket at this writing was the LGA 1700, introduced with its 12th Generation “Alder Lake” fries. This socket has four supporting chipset options available, the most premium of which is the Z690 chipset. If you are planning on overclocking your CPU on an LGA 1700 motherboard, then this is the only real option.

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(Video) Top 7 Best Motherboard For Video Editing In 2022


A breakdown of the Intel 600-series chipsets for twelfth Gen Cadre

Z690 has other benefits, as well, that we covered in detail when the platform first launched, just the most notable feature that Z690 has over other LGA 1700 chipsets is that overclocking support. Z690 also has the most robust support for storage, USB, and PCI Express connections of any LGA 1700 chipset. It’due south up to the motherboard designer to leverage that support, though; not all boards physically implement the maximum connectivity that the chipset supports.

The Best Motherboards for Intel 12th Gen Core We’ve Tested

Next is Intel’s H670. Every bit a step down from Z690, Intel crafted its H670 chipset equally a business concern solution that has most as much storage and connection back up as the Z690 chipset. It supports slightly fewer PCI Limited lanes and USB slots, and it does non support overclocking, but it has greater PCI Express and USB support than Intel’s lower-terminate B660 or B560 chipsets. This makes it a sensible pick if, say, you lot are edifice a desktop workstation with large data storage (and thus, bulldoze-connectivity) needs, just information technology fills a narrower niche in the market.

Intel’s B660 and H610 chipsets are also both, technically, business organisation solutions designed to exist budget-friendlier than either Z690 or H670. If yous don’t program to overclock your CPU, a B660 chipset motherboard is probable the best option for you lot. Y’all want to go an H610 board only if your upkeep is quite tight. Both of these chipsets have reduced connectivity support, but H610 is the almost constrained in this regard, and it also has more express RAM support and can operate but ii RAM sticks at a time (and those, at limited clock speeds).

AMD Chipset Options: AM4

For AMD systems, the chipset options are far more complicated. That’s because AMD’due south AM4 socket has been in employ since 2017, and in that time eight chipsets accept been released. The newest of these chipsets are in AMD’s 500 series: the X570, the B550, and the A520. In general, it’southward all-time to stick to ane of these chipsets as they guarantee support for the latest AM4 processors. Conversely, if you are pairing an older CPU with a newer board, bank check for specific support on that board for that CPU.

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Highlights of the AMD X570 chipset

If you are on a tight budget and building an AMD organization, A520 will be the chipset you want, but if your budget permits, y’all should try for a B550 chipset instead. A520, like to Intel’southward H610, is rather express, whereas B550 is one of the almost compelling chipsets commercially available today.

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Highlights of the AMD B550 chipset

The B550 is used on affordable motherboards and priced below the enthusiast X570 chipset in most cases, simply it has full support for overclocking the CPU and RAM.

The X570 chipset is technically the “all-time” of AMD’due south chipsets. It has support for upward to a dozen SATA 3.0 ports and sixteen PCI Express 4.0 lanes, along with upwards to eight USB three.2 Gen 2 ports. All of these are scaled back considerably with B550 (up to just six SATA 3.0 ports, 10 PCI Express three.0 lanes, and two USB 3.2 Gen two ports). Realistically, though, most boards won’t implement connections for all of these, and virtually people will notice B550’s connectivity support to exist sufficient.

Chipsets for AMD and Intel HEDT, and for Older Generations

With Intel’s Core X-Series and AMD’s Ryzen Threadripper HEDT chips, chipset choices are a
fait accompli. Modern Core 10-Series CPUs are supported past the X299 chipset, or a more recent slight variant called X299M. As for Threadripper, information technology simply depends on the Threadripper chip generation you are looking at. The first and second generation of Threadripper are supported past the X399 chipset, the third-generation (most recent) Threadrippers by TRX40, and the latest (and seldom seen) Threadripper Pros by the WRX80.

It’southward worth a short discussion of pre-12th Generation Intel options here, as 10th and 11th Generation (“Comet Lake” and “Rocket Lake”) CPUs remain viable picks for new builds, specially as their prices fall with the introduction of LGA 1700-socketed motherboards. Like with the Z690, H670, B660, and H610, y’all take parallel lines of chipsets for these older CPUs, which are both on socket LGA 1200. (These are Z590/Z490, H570/H470, B560/B460, and H510/H410.) Rocket Lake, as the newer of the two designs, is able to achieve more piece of work each clock wheel, and it also supports PCI Limited 4.0 on the 500 Series.

On LGA 1200, you’ll have to choose between one of these chipsets in the Intel 400 and 500 chipset families. The 400-series chipsets launched alongside 10th Gen Comet Lake, whereas the Intel 500-series chipsets were released alongside 11th Gen Rocket Lake, and the latter are required to get the about out of a Rocket Lake processor. Both Comet Lake and Rocket Lake processors volition work on any LGA 1200 chipset, but at that place are a few minuses to using a Rocket Lake processor on a 400-series chipset.

First, you may be required to update the BIOS to get a Rocket Lake CPU working on a 400-series motherboard, and this may crave a Comet Lake CPU to exercise in the first place. The second-biggest issue is that you’ll miss out on the PCI Limited 4.0 back up, as this is only available with a 500-series chipset on the LGA 1200 platform. The 500-series chipsets also have updated connectivity options, including more robust USB controllers, and support for USB iii.ii Gen 2×2.

What Should I Look for in Motherboard Sound Components?

Audio hardware on motherboards, depending on what you exercise with your PC, will either exist extremely important or matter relatively piffling. If you’re going to use HDMI-based audio or send audio over either an optical or coaxial S/PDIF connection, then it doesn’t affair what audio hardware the motherboard has, every bit long as it has that advisable physical output you demand. (HDMI audio could likewise pass over the HDMI port on your video bill of fare, if you will be installing a divide bill of fare and using the HDMI connection as your primary video conduit.)

Both HDMI and S/PDIF audio connections are designed to pass the audio information in a digital format directly through to your TV or sound system. When this happens, the onboard audio controller is bypassed and thus goes unused. This is also true if you use a USB sound device like a USB headset.

The audio circuitry on the motherboard is used but if y’all’re using the old-fashioned 3.5mm jacks on the rear or front I/O panels. If you will be using this hardware, then the audio hardware and design becomes more of import. The audio controller, which may be referred to as a digital-to-analog (DAC) converter, or codec, is the most important component in the audio subsystem.

It’s impossible to adequately cover all of the audio controllers used on motherboards today, but a few select chips deserve mention. Realtek dominates this corner of the market, with its ALC892, ALC1150, and ALC1220 audio controllers. All of these chips are widely used, with the terminal being close to an manufacture standard on midrange and high-end boards for the concluding several years.

You lot’ll also want to pay attention to the capacitors and shielding hardware used in the audio subsystem. These tin can help to reduce noise and create a cleaner audio signal. Some motherboards will likewise have a dedicated audio controller for the front sound ports, which may be connected to an OP-AMP to drive ameliorate performance with headphones.

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The delineated sound circuitry zone of a late-model motherboard (Photo: Molly Flores)

The ports on the rear I/O panel also play a big role when it comes to sound. The audio ports should be set at the bottom or terminate of the rear I/O panel, as in most cases this creates the nigh direct path between the ports and the audio controller. If the ports are prepare anywhere else, y’all may notation more than racket in your sound signals (though this is not an absolute).

Yous’ll also desire to note how many 3.5mm ports are on the rear I/O panel. If you see only three, and so the board supports at most a three.1-channel audio organization. If there are 5 3.5mm jacks, then the board tin handle a vii.1-channel sound arrangement. This is a fundamental detail to keep an heart on, every bit some motherboard OEMs will list the board every bit supporting a 7.1-aqueduct audio organization because the audio chip
itself
supports it, but and then board designers actually may have placed only iii iii.5mm jacks on the console. If you’re planning to build out a surroundings audio organization connected to your motherboard, this is vital to cheque.

What Should I Look for in Motherboard Networking Components?

Every mod motherboard ships with at least integrated wired networking (Ethernet) back up, and many boards will also have a congenital-in Wi-Fi adapter. For the bulk of the final two decades, gigabit 1Gbps/1,000Mbps LAN chips (local area network; another proper name for wired internet), connected via Ethernet, accept been the de facto standard. This has started to evolve over the last couple of years, with faster 2.5Gbps LAN controllers becoming more common and actualization on some midrange and loftier-end motherboards.

Networking-component hardware is ane of the defining characteristics that separates the low-end from the midrange in the motherboard world. A board with but a gigabit-capable networking controller tends to exist a depression-end product. A 2.5Gbps controller generally is plant in a board that’s midrange or high-end. You will
likewise
see faster 5Gbps and 10Gbps wired networking adapters on select midrange and loftier-finish models.

Wireless adapters integrated into motherboards too come in a range of speeds that is too expressed every bit a simple number. Wi-Fi doesn’t support speeds quite as loftier every bit a wired Net connection, but the latest standard, Wi-Fi vi (also called 802.11ax), can achieve speeds of up to 2.5Gbps.

If y’all’re looking at a motherboard’s product folio and don’t see the Wi-Fi speed clearly stated, attempt to look for what type of Wi-Fi bit is beingness used. If it’south Wi-Fi 6 or Wi-Fi 6E (802.11ax), then you know that’s the latest and greatest in Wi-Fi. You might see boards with 802.11ac wireless adapters, which is the direct predecessor to Wi-Fi six. It likewise offers excellent performance for everyday utilise, though information technology isn’t quite as fast equally Wi-Fi vi nor as adept at negotiating with lots of other Wi-Fi clients on the same network. It’s doubtful you’ll encounter any other networking standards congenital into motherboards nowadays, but if you exercise see something else listed, like 802.11n, that could exist a sign of an older board with crumbling networking hardware, and that it should be avoided. (Not only for the networking reasons; plenty of other aspects of the board are probably aged, besides.)

Unless you have a dedicated loftier-speed fiber connexion at domicile, networking hardware probably demand not summit your consideration listing when purchasing a motherboard. Though you will find networking hardware on every mod motherboard, add-on cards and USB devices with enhanced networking functionality are widely bachelor. Proceed an eye on what networking hardware the motherboard you lot are looking at has, but know that you don’t e’er have to pay a hefty premium to practise better.

Ofttimes, OEMs volition produce two motherboards that are about identical, except that i has born Wi-Fi and one does not. When they do this, they typically put a $10-to-$twenty premium on the Wi-Fi model. The added Wi-Fi back up is typically well worth the extra cost if you need Wi-Fi, but don’t pay much more that for it. Later on you laissez passer the $20 mark, y’all can store for a Wi-Fi USB dongle or a Wi-Fi menu separately.

1000.2 Slots and SATA Ports: What Storage Connectors Does My Motherboard Need?

Your modern motherboard will gain you lot several types of storage connections. For external connectivity, USB ports are always present, but internally Series ATA (ATA) and M.2 are the main ways to interface a storage device with your PC.

The older and slower of these connectedness standards is SATA, and information technology’south currently on its 3rd revision, as SATA-III. It’s as well sometimes referred to as SATA 6.0 or SATA 600, as it supports up to 600MB per second of bandwidth, though in practice tops out at effectually 560MB per 2nd. This is the interface supported on modern platter difficult drives designed for consumers, and it’southward likewise used by two.v-inch internal solid-state drives (SSDs).

M.2 is the newer interface blazon, and SSDs have been moving over to it in recent years. Yard.2 is non just an interface but a grade factor. Manner smaller than 2.5-inch SSDs, M.ii drives are gumstick-size modules that plug into M.2 slots on your motherboard. Depending on bulldoze, the G.two drive tin run over the PCI Express bus, or the SATA ane. Grand.two drives come in standard lengths, most notably 42mm, 60mm, 80mm, and 110mm (dubbed Type-2242, Type-2260, Blazon-2280, and Type-22110). The 80mm size is past far the almost common among aftermarket SSDs. You’ll want to friction match a motherboard slot’s “size” support with the size of the bulldoze or drives you are installing.

Best Motherboard For Video Editing 2021 (21)


An 1000.2 slot on a recent Asus motherboard. Note the multiple mounting points for the four dissimilar M.ii drive lengths. (Photo: Molly Flores)

With the PCI Express autobus, Thou.2 SSDs tin potentially support far greater bandwidth than SATA. Information technology’s important to reiterate that K.2 is just a type of
physical
connexion, while the electric communication standard beingness used to transmit the information over this connection is non fixed and can be SATA or a flavor of PCI Express. Older 1000.2 storage devices that operate with SATA-III data protocols will be capped at the same 560MB-per-2nd information rate. Some motherboard G.2 slots back up SATA or PCI Express on the same slot; check the specs for details. But almost are moving to PCI Limited exclusively.

Alternatively, newer Thou.2 SSDs can operate over either ii or iv PCI Express three.0, iv.0 or 5.0 lanes. This enables significantly more bandwidth that can range anywhere from roughly 2GB per second with a PCI Limited 3.0 x2 connection upward to simply brusk of 16GB per second of bandwidth with the cutting-edge PCI Limited 5.0 x4 connections that are emerging in 2022. (They’re not at all common nonetheless.)

Equally K.2 has go more widespread and the cost of M.2 SSDs has dropped, the importance of SATA-III has declined, except for folks with lots of older drives or who want to utilise platter drives. At this point, motherboards that lack M.2 support are rare, but ideally you want to attempt and get a motherboard that has at least 2 M.ii slots.

Having a SATA storage device at this point is mostly unnecessary unless yous already own some SATA drives or want to use cost-saving (and much slower) platter hard drives, about all of which connect through SATA. Any motherboards should take
at least
2 of these ports, with the majority having half-dozen. Unless you lot are planning to add together a large number of storage devices to your system, the number of SATA-3 ports on the board tin can probably be a modest consideration. You likewise don’t need to worry most what type they are, every bit SATA-I and SATA-II have fallen out of use.

Best Motherboard For Video Editing 2021 (22)


A bank of side-mount SATA ports on a modern motherboard (Photograph: Molly Flores)

1 thing to note, though, is SATA port location. In some boards, the ports stick straight up; in others they are parallel to the PCB, ordinarily sticking off the right edge. Simply mind the case you are installing your motherboard in. Sometimes those side-angled SATA ports tin make for awkward cablevision routing, depending on the instance design.

(Video) Top 5 BEST Motherboards of [2022]

Recommended by Our Editors

Motherboard Memory Nuts: What Should I Look for in RAM Support?

At the moment, there’south not much that you need to be concerned near when it comes to RAM support on any motherboard you buy, unless you are ownership a board for utilise with a 12th Generation Intel CPU.

Most motherboards currently use DDR4 RAM, with a choice of 12th Generation Alder Lake LGA 1700 Intel motherboards using DDR5 RAM. (Some Alder Lake boards do indeed back up older DDR4, though, so be careful to cheque. Come across our first tests with DDR5 versus DDR4.) As long as yous pick the right type of RAM for your motherboard, and pay attention to the speeds supported, it should work.

Best Motherboard For Video Editing 2021 (23)


DDR4 RAM slots on a late-model Intel board (Photo: Molly Flores)

You’ll also want to pay attending to how many RAM slots your motherboard has, and the maximum capacity per slot. If yous take only two RAM slots, you will take to buy RAM modules for the capacity you desire at a college per-module capacity than y’all might with 4 sticks. If y’all want to experiment with retention speeds, y’all may likewise desire to consider RAM that operates at a higher speed than the top rated RAM speed of the board. (Equally long as it’s the right blazon, it should work regardless.) For more than information on buying RAM, particularly faster RAM kits, yous should cheque out our article about picking the right RAM kit for you. In that location’s a lot of nuance to the choice, if you want to get downwards and muddy; for basic use, getting modules that friction match the summit supported speed of the board is a safe bet.

The standard module blazon for desktop motherboards is known every bit a DIMM, or dual inline retention module. Annotation that a few highly meaty Mini-ITX motherboards use So-DIMM modules, which are much smaller and are the kind used in some highly compact desktop PCs and in many laptops. Then-DIMM-based motherboards are uncommon, but they practise exist, and you should be enlightened of them if you are hunting in the Mini-ITX aisle.

Assessing the I/O: What Are the Ports on My Motherboard’s Back Panel?

When picking the right motherboard, the rear I/O panel often isn’t high upwards on the list of concerns. Every motherboard has one of these, and all of them are loaded with ports for connecting diverse external devices up to your PC. The core mix of ports on a typical board doesn’t change all
that
much between two systems. Depending on what y’all plan to do with the system, all the same, it could be very of import.

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The back panel of a typical premium motherboard (Photo: Molly Flores)

If you are building a system that will rely on integrated graphics (the graphics acceleration built into your processor), rather than a graphics card, yous need a motherboard that has video connections on the rear I/O console. If you don’t, the integrated graphics chip won’t exist usable.

Best Motherboard For Video Editing 2021 (25)


Some other typical motherboard I/O console, simply with HDMI and DisplayPort outputs for integrated graphics (Photograph: Molly Flores)

If you are buying a graphics menu to install in your PC, this may not thing. (Most AMD Ryzen fries don’t have integrated graphics, while most mainstream Intel Cadre chips do.) Just if you lot aren’t buying a GPU, a motherboard with video connections is an absolute must. For employ with integrated graphics, the about common video connections today on motherboards, by far, are HDMI and DisplayPort, just a few select models (a few-odd business concern-oriented boards) may retain old-school VGA and DVI for specialized purposes or use with old fleet monitors. If the board supports information technology and you accept a compatible monitor, video can also be sent over a USB Type-C port using the DisplayPort Over USB spec, but this is not mutual. Not all USB Type-C ports support that.

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A typical I/O panel’s layout, from an MSI Z690 board

Most likely, the port y’all’ll need for video will be either HDMI or DisplayPort. At that place are various “number versions” of each, merely realistically you don’t need to worry virtually this much. Both HDMI and DisplayPort take had native support for 4K video for the terminal several generations, and the latest standards even have support for future-looking 8K video. Audio tin can be sent along to the display over both connections, likewise, and they can exist used as a connection with audio equipment.

Other than video ports, the rear I/O console on motherboards volition also have connections for audio and networking hardware. We discussed typical audio jacks before. Alongside these will typically be a boatload of USB ports, divided among a host of types: USB ii.0, USB iii.0, USB 3.ane, USB 3.2, and USB4. The first 4 could be implemented via a USB Blazon-A port, the common rectangular USB connectedness that you lot’re doubtless accustomed to. The newer USB Type-C comes into play on some USB 3.two and all USB4 ports. For more than data on USB Type-C itself, check out the explainer at the link. It comes in a host of speeds, and in that location are bunch of fine points effectually USB three.2 to know.

Indeed, USB speeds are a more complicated affair than the mere look of the A ports versus the C ports. Venerable USB ii.0 is the slowest, topping out at around 480Mbps of bandwidth. Though it’southward former, USB 2.0 is not obsolete; for low-bandwidth peripherals similar keyboards, mice, USB headsets, and printers, information technology works just fine. Then at that place’s the myriad of USB iii.10 ports that have the main do good of supporting higher data rates. These are best reserved for USB flash drives and other external storage devices, but they work A-OK with any USB device.

For convenience, we’ve included a nautical chart here listing the most mutual types of USB and their speeds…

Likewise in the nautical chart, you’ll see reference to “Thunderbolt,” which is technically not a USB standard. Thunderbolt was developed past Intel and has its own unique benefits, but in recent versions it is implemented over a USB Blazon-C physical connector and competes directly with USB 3.ten, which is why information technology’southward in the chart for comparison. Note: Thunderbolt is very rare on AMD motherboards or on low-end Intel motherboards.

Yous might run into a legacy connector now and then, notably PS/2 or serial port. These ports go dorsum decades, but they brand occasional appearances on new boards, typically business or low-cease consumer boards designed to maintain back up for old hardware. The PS/2 port can be used to connect geriatric keyboards or mice; series ports were rough predecessors to USB, and some specialized/vertical-market concern hardware, security dongles, and devices like barcode scanners may still need a port.

Expansion: How Many PCI Express Slots Exercise I Need?

It’s best to recollect virtually PCI Express equally an electrical communications standard. Though all motherboards today take physical PCI Express “expansion” slots, the interface goes beyond those familiar slots. Motherboard designers tin can use PCI Express to connect additional chips to a board to enable a wider range of features than the CPU and chipset back up natively. For example, via PCI Express, a board maker tin add Thunderbolt or Wi-Fi support to a board that lacks chipset-level support for these items. PCI Limited is also widely used to connect storage devices and graphics cards to a motherboard.

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A typical PCI Express slot layout on an ATX lath, with long x16 (silver) and brusque x1 (black) physical slots (Photo: Molly Flores)

To appointment at that place have been five major revisions to the PCI Express interface, three of which (3.0, 4.0, and v.0) are still in use. Each new revision of the standard has doubled the peak potential bandwidth, with the newest v.0 interface rated for up to three.94GBps per lane. This drops to 1.97GBps under four.0 and to 985MBps for PCI Express 3.0. Multiple lanes can be connected to a single device to heave possible bandwidth. (For example, a PCI Express v.0 x16 slot would accept xvi times the bandwidth of a PCI Express 5.0 x1 slot, which would tally up to 63GBps of bandwidth.)

Virtually all motherboards will send with at least ane PCI Express x16 slot for a graphics card, which demands lots of bandwidth to drive high operation. Some care needs to be taken when installing a graphics card to brand certain you place information technology in the right slot: the topmost x16 slot. Many motherboards will have full-size slots that are physically PCI Express x16 but that electronically support just PCI Express x1, x4, or x8 connections. PCI Express devices are designed to piece of work in all slots they fit, regardless of how many lanes are actually bachelor, but you tin can become reduced performance if y’all place your graphics carte in one of these lesser slots.

Motherboards typically as well have curt PCI Limited x1 slots for devices like storage controller cards and networking adapters, but these are the but other type of physical PCI Express connector y’all are likely to see (outside of Chiliad.2 drive slots); x4 and x8 connectors do exist, but these have fallen out of favor and are rarely used anymore.

Ability Delivery: Do I Demand an Overclocking Motherboard?

So there’s the upshot that separates the PC enthusiasts and performance hounds from the everyday users: overclocking. Most folks won’t care and indeed will opt for motherboards with chipsets that aren’t overclocking-gear up at all. For that very reason, we saved this section until last. Several things are worth scrutinizing when buying a motherboard for overclocking, though, if that is your matter.

Get-go with the ability-regulation circuitry. The job of the power-regulation circuitry on a motherboard is to provide a clean, compatible power source to the CPU and RAM. The ability supplied by the ability supply doesn’t arrive at the motherboard at the correct voltage for these components, which is why this hardware is essential. A motherboard with an bereft power-regulation organisation can hamper functioning if pushed as well far in an overclock, and power circuits have even been known to blow out when overdriven.

Best Motherboard For Video Editing 2021 (28)


Motherboard power-regulation/VRM circuitry surrounding the CPU socket (Photo: Molly Flores)

Near motherboards are designed with a sufficiently capable power system, and fail-safes, to avoid such issues. Typically, yous but encounter bug on the rare motherboard with a flawed power design or a manufacturing defect. It’s worth noting, nevertheless, not every motherboard is designed to handle the power needs of every “uniform” CPU that physically fits in its socket, fifty-fifty if the board supports other CPUs in the same immediate family. Some motherboards will explicitly land a maximum CPU power limit, but the safest thing to do here—again we stress this!—is to check the motherboard maker’s list of supported processors for the board.

If you’re overclocking, the importance of the power-regulation hardware increases. That’s because overclocking often requires you to increase the corporeality of ability flowing to the CPU. The power-regulation hardware is made up of components that are commonly referred to as ability phases, VRMs, or MOSFETs. Essentially, the job of this hardware is to have the power sent from the power supply and arrange its voltage and aamplitude to better suit the processor. Often, motherboard OEMs will land how many power phases a board designed to overclock has, and the materials may as well listing the corporeality of electric current that these components tin handle.

That said, there’s a lot of marketing fog around these parts, with no easy, gilt number for how many phases you want or how much current they should be able to handle to get adept overclocking results. Instead, it’s easiest to just call up this: More phases and college current ratings are generally better,
all else being equal.
Phases share their workload with each other, and so the more of them you lot have, the less likely it is that any i of them will be overworked to the point of failure or crashes.

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Heavy-metal ability-delivery cooling hardware on an Asus Prime lath (Photograph: Molly Flores)

Yous should also appraise the cooling hardware around the CPU socket, as this metallic is what cools the power hardware. You desire to run into large heatsinks here at a minimum, but more-premium models will also accept heatpipes in series, and sometimes a fan to farther improve cooling performance. It’s impossible to draw firm conclusions at a glance virtually this stuff, but a robust ready of cooling gear effectually the socket is the indicator of a higher-end board in which the maker took care to outfit it properly.

Many motherboards that are designed to overclock as well come up with a number of helpful features to assist yous troubleshoot issues and fix problems. Some boards have LED pinpoints onboard that represent to messages in the manual, or an “88”-style red LED numeric readout that will display a numbered error code to signal specific troubles.

On some boards, you lot’ll also discover buttons either on the lath itself or its rear I/O panel that tin clear the BIOS, which is exceedingly useful if you overclock your PC as well far and are unable to become into the BIOS. A small number of boards have two BIOS fries for the same purpose; you lot can switch betwixt the ii BIOSes, and their discrete settings, to resolve issues. This can even relieve you lot from what would otherwise exist a complete failure of the organisation if, for some reason, 1 of your BIOSes gets corrupted and unrecoverable. Information technology happens! (See our guide to BIOS tweaking nuts.)

So, Which Motherboard Should I Buy?

As you tin run across, when it comes to buying a motherboard, there’s a
lot
to keep in mind. Unlike ownership a unmarried component—CPU, GPU or RAM—numerous interlocking things need consideration beyond just performance benchmarks. With the CPU socket, the RAM support, the audio hardware, the networking hardware, the power hardware, overclocking features and so much more, ownership a motherboard can outset to feel rather overwhelming.

To keep the task from feeling too daunting, just take things in order. It’s easiest to pick a motherboard once yous take an thought of how large a PC you are building or upgrading. Settle on a size, later on which you selection a CPU that you want to buy and that fits your budget. And so comes the chipset consideration; that, to a large extent, will set the price range for the lath itself, and you can make sure information technology fits your budget.

Best Motherboard For Video Editing 2021 (30)


(Photo: Molly Flores)

We didn’t get deep into the issue of price in this article, because motherboards can range everywhere from every bit depression equally $40 for the nearly basic models (probable, last-generation) to above $ane,000 for rare and elite extreme-tweaker models with built-in liquid cooling hardware. But put, in that location is no way to do justice to that large of a price range with solid advice. The vast span and mix of parts that can change on a motherboard also significantly alters the value of whatsoever given board for people with specific needs. It needs to be calculated on a case-by-instance basis.

To exist sure, some boards offer more value than others. Just don’t fret; as long as the board you buy works with the CPU yous desire, is the size you lot want, and is in a comfortable price range, it generally should work fine. All of the other features—the I/O port mix, the onboard audio solution, suitability to overclocking—are best considered only if they are of import to you personally. These factors may as well help you make up one’s mind between two similar motherboards near the same price. But, ultimately, features like the audio and networking systems should exist secondary considerations.

(Video) Best-Bang-For-Buck Motherboards for Creators 2021

The grid below (and our picks up superlative) show some of our favorite models we have tested in recent months by platform and rough use case. That said, motherboard makers put out a vast slate of models, and no i on the Net comes even
close
to reviewing them all. Use these models as a jumping-off point in your search, and look for professional reviews of the specific models you have under consideration for the fine points.

FAQs

Does motherboard matter for video editing? ›

The specs of the motherboard itself will not affect the PC's performance when editing video, as long as it allows you to use the CPU, RAM, SSD, and other components that you want.

How much RAM is needed for video editing? ›

32GB. This is the optimal capacity of RAM a computer needs for video editing. 32GB will allow you to edit all kinds of files, and you will be able to work with longer videos. With 32GB RAM, you could have multiple programs running at the same time, and still be able to efficiently edit and preview your videos.

Which processor is best for 4K video editing? ›

Intel Core i7-12700K

This high-end Alder Lake processor features 12 cores and 20 threads for performance that's more than powerful enough for strenuous video editing tasks. If you don't want to break the bank too badly, this PCIe 5.0 chipset, which can utilize both DDR4 and DDR5 memory, may be your best bet.

How much RAM do I need to edit 4K video? ›

A minimum of 16 GB of RAM for HD is fine, but with 4K or 6K editing, that minimum rises to 32 GB or more. Data must be quickly accessible to both the CPU and RAM so storage speed is crucial.

Which processor is best for video editing? ›

The highest-end Intel Core i9 or AMD Ryzen 9 CPU you can find that is current-gen, will almost always be excellent for video editing tasks. After all, Video Editing is a popular workload and CPU manufacturers want to make sure their top CPUs excel at it.

How many cores do I need for video editing? ›

Mostly 4 core is the minimum recommendation for any kind of editing. For a faster and smooth video editing experience, your processor should be able to process a large amount of data. More cores mean more processing power and faster performance.

What specs are most important for video editing? ›

Key Specifications to Consider
BasicBetter
CPU: As file resolution increases, so does the importance of a fast CPU.<2.8 GHz4.2 GHz
RAM: Get what you need, because many systems can't be easily upgraded.8 GB16 GB
Screen Resolution1366x7683840x2160

Is 8GB RAM enough for video editing? ›

8GB RAM: This should only be for projects smaller than 1080p and if you are fine with closing down background programs. 16GB RAM: Will work for projects that are 1080p-4k 8bit. This will allow minor usage of background projects as well.

Which brand RAM is best for video editing? ›

What is the best RAM for Video Editing?
  • Corsair LPX Vengeance 16GB DDR4 3200Mhz.
  • Corsair LPX Vengeance 32GB DDR4 3200Mhz.
  • Corsair LPX Vengeance 64GB DDR4 3200Mhz.

Is 128GB RAM enough for video editing? ›

Usually 64GB is enough to deal with most situations. 128GB memory is mainly used for large video rendering or large amounts of video rending. If you often do large-size 4K rendering tasks, or do complex special effects rendering with software like PR AE, then 128GB large memory is required.

Will more RAM make video editing faster? ›

System memory loads your entire editing timeline so that you can access it quickly and without hiccups. But not having enough can lead to freezes, crashes, and lost work. Having more RAM enhances every part of your video editing workflow.

What is needed for 4K video editing? ›

In 4K editing, we recommend the graphic cards with at least 6GB video memory and 192 bit width. And the GTX 1660 Ti and RTX 2070 graphics cards will be enough. If you want the high-end ones, go with GTX 1080 Ti and RTX 2080 Ti.

Is Ryzen better for video editing? ›

At the moment, AMD is stronger in terms of live playback and exporting performance in Premiere Pro in most cases. However, Intel's Core processors (particularly the new 12th Gen models) are great options as they perform close to a similiarly-priced AMD Ryzen CPU, but include Quick Sync which can be used to process H.

Is CPU important for video editing? ›

The Central Processing Unit (CPU) is the brains of your computer. For video editing this will have an impact on how your video editing software performs. The CPU also will determine your rendering performance. Make sure you have a high speed processor in your editing workstation is critical!

What motherboard should I get for Ryzen 9 5950X? ›

To really get the most out of your Ryzen 5950X, you'll need an X570 motherboard. The ASUS ROG Strix X570-E has some pretty good VRMs, which allow you to overclock the processor with more stable results. There are other benefits, including PCIe 4.0 support, high-quality components, Wi-Fi 6, and Gen 4 M.

What does X570 have that B550 doesn t? ›

In the X570 and B550 motherboards, you're going to find a complete x16 PCIe 4.0 slot for your graphics card. However, the B550 doesn't sport the same PCIe 4.0 slot for the x8, x4 and x1 slots. The X570, on the other hand, may come with PCIe 4.0 for these expansion slots depending on the manufacturer.

Which is the best motherboard? ›

Best overall motherboard for Intel CPUs: Gigabyte Z690 Aorus Pro DDR5 Motherboard. Intel's new 12th-gen Alder Lake CPUs are here and they offer a significant performance improvement over the older Intel chips. As such, the Gigabyte Z690 Aorus Pro is our pick for the best Intel Z690 motherboard on the market right now.

What is ATX PC? ›

The Advanced Technology Extended, or ATX form-factor, is the name for a particular specification of motherboard and power supply that, when debuted in 1995, built upon older designs to create a more unified and capable standard for the industry.

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