Best Motherboard for Ryzen 7 3700X in 2022

Who wants to get the best gaming experience, Best Motherboard for Ryzen 7 3700X will be best for them, and we are coming up with the best motherboard for Ryzen 7 3700X available in the market.

The AMD Ryzen 7 3700X is a powerful processor, but only with the best motherboards can it reach its full potential. Whether you just want a budget CPU-compatible board or a beastly platform for overclocking.

The first choice is of course the latest X570. The biggest difference from the previous generation X470 is the addition of PCIE4.0,

which has a higher speed in large-scale video editing and writing speed and is the best partner for video production. At present, several brands of X570 motherboards have appeared in the market.

The second choice is, B450/X470 motherboard, these two motherboards are fully compatible with the current 3000 series Ryzen CPU.

Finally, the author recommends a set of installed platforms headed by AMD Ryzen 7 3700X. we’ve got the following high-quality recommendations for you.

Image	Name	Features	Check Price
	GIGABYTE X570 Aorus Master	Brand gigabyte CPU socket AM4 Memory storage capacity 128GB graphics card interface PCI-E	Check on Amazon
	MSI MAG X570 Tomahawk WiFi	Brand MSI CPU socket Socket AM4 Compatible devices Gaming Console RAM memory technology DDR4	Check on Amazon
	ASRock X570 Phantom Gaming	Brand ASRock CPU socket Socket AM4 Compatible devices Gaming Console Personal Computer RAM memory technology DDR4	Check on Amazon
	Asus AM4 TUF Gaming X570-Plus Wi-Fi Motherboard	Brand ASUS CPU socket Socket AM4 RAM memory technology DIMM Compatible processors AMD 3rd Generation Ryzen	Check on Amazon
	Gigabyte X570 Aorus Elite	Brand Gigabyte CPU socket Socket AM4 Compatible devices Personal Computer RAM memory technology DDR4	Check on Amazon
	MSI B450 Arsenal Gaming AMD Ryzen Motherboard	Brand MSI CPU socket Socket AM4 Compatible devices Personal Computer RAM memory technology DDR4	Check on Amazon
	GIGABYTE B550M DS3H	Brand Gigabyte CPU socket Socket AM4 Compatible devices Personal Computer RAM memory technology DDR4	Check on Amazon
	ASRock B450M PRO4 AM4	Brand ASRock CPU socket Socket AM4 Compatible devices Personal Computer RAM memory technology DDR4	Check on Amazon
	MSI MAG B550M Mortar	Brand Msi CPU socket AM4 Compatible devices gaming-console RAM memory technology DDR4	Check on Amazon

GIGABYTE X570 Aorus Master Best Motherboard for Ryzen 7 3700X

The GIGABYTE X570 AORUS MASTER is a high-end X570 ATX motherboard with a silver-black color scheme. The board is very thick (with an integrated alloy backplane), the material is stacked violently, and the heat dissipation armor can be seen everywhere.

The 14-phase Infineon digital VRM solution is best for Ryzen 7 3700X. It is worth mentioning that the motherboard won the BEST IN COMPUTEX award, its strength is evident, and it is worthy of being a “master of gaming”.

Let’s first look at the power supply issue that everyone is most concerned about.

The Gigabyte X570 AORUS MASTER uses a 12+2 total of 14-phase direct output power supply and a dual 8pin external power supply port design.

This power supply specification is very overflowing for the third-generation Ryzen with low power consumption. There is no problem with dealing with the true flagship 3950X that came out in September.

If the power supply heats up too much and cannot be dissipated in time, the temperature and resistance of the power supply module will increase, which will indeed affect the stability of a power supply.

The power supply and heat dissipation design of the GIGABYTE X570 AORUS MASTER is very complicated. Direct-touch heat pipe + thermal pad + integrated alloy backplate, what is the effect? Wait until we test it out.

In terms of expansion, the motherboard provides 3 reinforced PCIe X 16 slots, 2 CPU-based USB 3.1 Gen2 ports, 2 CPU-based USB 3.1 Gen1 ports, and 6 chipset-based USB 3.1 Gen2 ports, 4 USB 3.1 Gen1 interface core 8 USB 2.0 interfaces.

Here you can see that the scalability of the X570 has completely exploded the previous generation motherboard. It can provide more than 6 high-speed USB3.1 Gen2 interfaces with a bandwidth of 10Gbps, which is a piece of good news for consumers who have many expansion needs.

X570 is the first generation motherboard that supports WIFI 6. GIGABYTE is positioned as a high-end motherboard. Naturally, it is also equipped with Intel Wi-Fi 6 802.11ax + BT 5 module.

The highest speed can even reach 11Gbit/s, which is 40% higher than the previous generation. Reducing Internet lag and delay is a future-oriented feature, allowing us to better meet the wireless era.

MSI MAG X570 Tomahawk WiFi

The appearance of the motherboard is very beautiful it attracts me a lot. Although the positioning of the MSI X570 motherboard is not high, the front of the motherboard is covered with a large number of metal parts, and the surface of the metal parts has a black-grey coating, which looks very beautiful.

Especially the heat dissipation part of the motherboard is covered with huge heat sinks. The whole piece on the left is a metal passive heat sink, which is very exaggerated.

There are two light effect interfaces on the right side, one is 5V three-pin ARGB, and the other is 12V four-pin RGB. There are also two fan sockets next to it, one for the fan power supply and one for the water pump power supply.

Besides is the 24Pin power supply socket of the motherboard. There is an EZ Debug light on the socket, which tells us some statuses of the motherboard, which is convenient for quick troubleshooting.

The lower part of the motherboard is covered with a large number of metal heat sinks. The two M2 slot parts are covered with metal heat sinks, and the main PCIe slot part is also wrapped with metal reinforcements.

The heat dissipation cover of the south bridge part is huge and has an active cooling fan. In addition, the position of this fan is relatively low, and there is no problem of being blocked by the graphics card in daily use.

And this fan supports the low-temperature stop function, which can be stopped when the temperature of the southbridge is not high, reducing the running noise of the whole machine.

In the lower-left corner of the South Bridge, there are two USB3.0 front sockets, which have good scalability, and there will be no scalability problems with high-end chassis.

ASRock X570 Phantom Gaming Best Motherboard for Ryzen 7 3700X

ASRockX570 Phantom Gaming-ITX/TB3. ASRock does have a unique design on ITX motherboards, such as the world’s most powerful X299E-ITX and Z390PG-ITX with the strongest power supply.

The center of the entire motherboard is a standard AM4 slot, but the two plastic blocks that fix the AMD original radiator are missing from the top and bottom and replaced by four holes around it. Yes, this motherboard is due to space reasons.

The plastic block that originally occupied the position of AMD was discarded and replaced with the heat dissipation hole distance of Intel LAG 115X. That is to say, we cannot use the original heat dissipation of AMD.

There are a lot of materials, and the large air cooling cannot be installed on this motherboard. It seems that ASRock’s positioning of this motherboard is an integrated water cooling, which is interesting.

The left side of the CPU is the IO vest, and the silver part is brushed on the surface. More importantly, the entire IO vest is made of metal, which increases the area of ​​the MOS heat sink.

The IO vest has Phantom Gaming’s LOGO and red and black lines, which feel very “e-sports”.The next part is the IO part. The ancestral movable one-piece IO baffle increases the compatibility with the chassis.

In terms of interfaces, the motherboard provides an Intel Gigabit Ethernet card, four USB interfaces, including two USB 3.2 Gen1, two USB 3.2 Gen2, a PS2 interface also retained, a built-in WIFI6 wireless network card, and a motherboard discharge button.

An HDMI, a DP IN, or DP IN can allow the nuclear display or independent display signal to be output through the Thunderbolt 3 interface and supports Thunderbolt 3 The Type-C protocol, and the Thunderbolt 3 on AMD motherboards.

On the right side of the CPU, the seat is two memory slots, which support up to DDR4 4533+ and up to a single 32G.

Thanks to the upgrade of the memory controller of Ryzen 3000, compared with the previous generation X470, the improvement is very large, and it can also support the ECC working mode.

The X570 chipset uses a 14nm process, the power consumption is about 15w. And the heat generation is twice as large as other chipsets, so a radiator is needed to press it, providing 16 PCIe 4.0 channels.

This chipset can be considered as an enlarged version of IO Die in AMD CPU. To improve performance, IO Die uses a 12nm process.

Asus AM4 TUF Gaming X570-Plus Wi-Fi Motherboard

ASUS TUF GAMING X570-PLUS (WI-FI) motherboard is a computer motherboard with military certification. It uses a 12+2 phase power supply and is equipped with DRMOS SiC639. The MOSFET has an independent large-area cooling module and an external transmission interface.

There are USB3.2 Gen2 Type-A and Type-C with fairly high transfer rates. Let me show you the packaging, appearance, and details of this motherboard, and conduct detailed tests on this motherboard.

TUF Gaming X570-PLUS (WI-FI) is an ATX version of the X570 chipset motherboard, which is the best motherboard Ryzen 7 3700X, and has better performance on the latest third-generation Ryzen processors. The memory can support up to DDR4 4400MHz, and the latest PCIe 4.0 interface.

Compared with ordinary, low-end X570 motherboards, the ASUS TUF Gaming series has SAFESLOT high-strength slots, ESD electrostatic protection, DIGI+ digital power supply, memory overvoltage protection,.

stainless steel moisture-proof interface, certified TUF military-standard inductors and capacitors, and Customized devices and technologies such as transistors.

TUF LANGuard network security protection, FAN XPERT 4 CORE intelligent fan control, etc., can provide players with a better game and application experience, whether intentional or not.

And you can choose a complete set of TUF Gaming-style consoles from the rich TUF Gaming co-branded accessories, which is another successful series in ASUS’s “faith” movement.

In the I/O interface part, TUF Gaming X570-PLUS (WI-FI) provides a PS/2 interface, HDMI, DP interface, four USB3.2 Gen1 (blue, equivalent to USB 3.0), two USB 3.2 Gen2 (green, equivalent to USB 3.1 Gen2) supports dual channels, and the Type C interface is also USB3.2 Gen2.

In addition, there is Gigabit LAN, 802.11 AC WIFI, and optical audio output.

TUF Gaming X570-PLUS (WI-FI) is designed for a 14-phase power supply (possibly a 7-phase parallel connection), which can effectively share the current in the power supply area, allowing it to meet the third-generation Ryzen processor with greatly improved performance.

The two heat sinks in the power supply area are independent of each other. Although there is no heat pipe connected, most of the working conditions will not be affected if it is no extreme overclocking.

With TUF Gaming audio cover and audio protection line, including left and right channel layered isolation design, using Japanese audio capacitors, more high-end than previous TUF motherboards.

Gigabyte X570 Aorus Elite

The X570 AORUS ELITE Wi-Fi has a relatively complete interface, 4xUSB 2.0, one HDMI 2.0, four USB 3.2 Gen1 and two USB 3.2 Gen2, and an Intel 802.11ac Wi-Fi interface.

The wired Gigabit NIC is Intel’s I211-AT, which supports the use of Gigabyte cFosSpeed ​​software to control and apply network traffic policies.

From PCIe 3.0 to PCIe 4.0, the encoding method remains the same, but the frequency is doubled, from 8GT/s to 16GT/s, the x16 bandwidth reaches 31.5GB/s, and the two-way approach is close to 64GB/s.

This means that under the PCIe 4.0 channel, the data transfer volume is as high as 64GB per second, which is even higher than some ordinary CPU or memory bandwidth.

Compared with PCI-E 3.0, PCI-E 4.0 puts forward higher requirements on the motherboard at the physical level, because the transmission rate is doubled to 16GT/s compared with PCI-E 3.0, and the original PCB wiring may not be able to meet such high requirements.

With the speed of signal transmission requirements, it is clear that the X570 motherboard supporting PCI-E 4.0 starts with a 6-layer PCB.

A higher-layer PCB can increase the signal purity to ensure the stability of PCI-E 4.0 12+2-phase CPU power supply, with a 2-ounce copper PCB, and enlarged heat sink design, can effectively reduce the accumulated heat generated by the operation of the motherboard, and provide a stronger power supply capacity for the CPU.

Limited by the development and support of software and hardware, ultra-multi-core processors cannot have immediate effects on games for the time being, and high-performance PCI-E 4.0 interface graphics cards are not available.

Ryzen 3000 series platforms can be said to have a high ceiling. but not in one step.

At the same time, considering the budget and my classmate’s main focus on video editing, I chose Ryzen 7 3700X processor for him, and to exert the charm of PCI-E 4.0,

I chose Gigabyte PCI-E 4.0 SSD for him. Considering the needs of video editing and gamers, the graphics card RTX2060 started.

MSI B450 Arsenal Gaming AMD Ryzen Motherboard

The motherboard is a standard ATX form factor with a size of 305mm*244mm and is based on the AMD B450 chipset; the exterior color is mainly silver and black, and the Socket AM4 interface supports AMD Ryzen first and second-generation processors and Ryzen processors equipped with Radeon Vega GPU, the power supply module adopts 4+2 phase design.

The motherboard has 4 DDR4 memory slots, the maximum memory capacity is 64GB, the key can be grouped with dual channels, and the maximum memory frequency supports up to 3466MHz.

MSI, a leading motherboard manufacturer, is proud to announce that the MSI B450 motherboard is now available. To meet the needs of various gamers and users, MSI has prepared motherboards in Performance GAMING, Arsenal GAMING, and PRO Series.

With more MSI-exclusive features and hardware improvements, the MSI B450 motherboard allows users to maximize performance and get a better gaming experience. According to MSI OC Labs, we are proud to achieve CPU frequencies up to 450 GHz with three MSI B5.7 motherboards.

With highly optimized design and optimal layout and MSI exclusive features, core boost, the B450 GAMING PLUS, B450 TOMAHAWK, and B450M Mortar all knockdown 2600 GHZ AMD Ryzen 5.7X CPU frequency speeds by using LN2, with 5781 MHz, 5752 MHz, and 5771 in MHz respectively.

This is an incredible result, showing the higher performance of the MSI B450 motherboard.

From here, we can also simply see that the MSI B450 TOMAHAWK still uses the 4+2-phase power supply design and needs to support the 8-Pin CPU power interface.

The main change in appearance is the power supply and heat dissipation – the B350 TOMAHAWK does not have a power supply to expand the heat dissipation piece.

The B450 TOMAHAWK also allows for further customization, such as a sticker area that allows players to apply their favorite stickers on the radiator cap and Mystic Light to personalize RGB effects and millions of colors and 10 preset LED effects.

For a faster gaming experience, M.2 slot with X-Boost and AMD Turbo USB 3.1 Gen2 will provide faster transfer speeds for SSD and USB devices.

Ready for the most powerful graphics cards, the B450 TOMAHAWK comes with PCIe steel armor and steel slots to prevent damage to heavy graphics cards.

GIGABYTE B550M DS3H

This motherboard uses the B550 chip, which is ATX size, ideal for gamers on a fairly limited budget, users of simple computer builds, and home theatre enthusiasts,

the motherboard supports all current 3rd generation AMD Ryzen processors (Matisse or Renoir) and 4th generation (5000 series with Zen 3 architecture) processors.

What makes the B550 motherboard so appealing is that it supports the PCIe 4.0 standard specification and comes with overclocking options, features typically found on higher-end and pricier X570 motherboards, and the B550 motherboards run much cooler, so there is no need to install an active fan.

The B550M DS3H has Gigabyte’s UD (Ultra Durable) function, and uses a 5+3-phase full-digital VRM power supply, supplemented by an ultra-low resistance transistor design to support the third-generation AMD Ryzen processor.

When used in hardware, it can provide amazing power control accuracy, and can also provide sufficient power to avoid system instability, while enhancing system performance and extreme hardware compatibility.

As for the PCIe x16 slot… it now supports the PCIe 4.0 standard specification and uses a PCIe 4.0 discrete graphics card to provide faster bandwidth and a low-latency gaming experience.

The motherboard features 2 M.2 slots…one supports NVMe PCIe 4.0, the other supports PCIe 3.0, and also features Realtek 8118 LAN for high performance and automatic bandwidth allocation to ensure performance in games and applications has the highest network priority.

If you’re not sure what the difference is between the X570 and the B550, you can compare them with the simple chart below.

X570 fully supports PCIe Gen4 for both General Purpose Lanes and CPU Chipset Uplink, which can achieve faster performance, however, B550 can only support PCI-E Gen3 on these lanes.

ASRock B450M PRO4 AM4 

The ASRock B450M Pro4 motherboard shows almost the same configuration as the AB350M Pro4 product, which used the old B350 chipset. The layout and components used are almost the same, but the color and decal image of the PCB used this year is different,

However, this B450 chipset-mounted motherboard shows the difference that they have in common, which is the configuration of the rear I/O panel.

It has become standard to have both Type C and Type-A ports by default as they start to natively support USB 3.1 Gen 2, which was easily found on similar motherboards on competing platforms.

The features and performance of AMD’s socket AM4 platform are usually determined by the AGESA code contained in the BIOS.

In the case of ASRock B450M Pro4, the AGESA version of the installed BIOS was 1.0.0.4, which was almost the latest. It is identical to the comparison product, X470 Taichi.

For the game test, we selected two games that reflected the performance of the CPU and graphics card in a balanced way and pulled the results.

Unless you’re experiencing performance limitations due to your graphics card, you’ll easily see results like Rising of the Tomb Raider. The difference in FHD resolution is noticeable.

The following results are closely related to BIOS optimization, so you can evaluate whether they show satisfactory results at a relative level above average or below average.

With the advent of the B450 chipset motherboards, the choice for 2nd Gen Ryzen processors will become more lively.

If the X470 chipset motherboards in the past were for high-end users who are having fun with the 2nd generation Ryzen processor, the B450 chipset motherboards provide a variety of options for users who want to easily move to the new Ryzen processor by considering both cost-effectiveness and performance. Because it will provide.

The ASRock B450M Pro4 we looked at above doesn’t deviate too much from ASRock’s thoughts on AMD’s platform, launched last year.

Among ASRock’s B450 chipset motherboards, B450M Pro4 is expected to account for the largest portion, so we are continuing the product that pursues basics and efficiency.

MSI MAG B550M Mortar

MSI’s mortar series has always been a hit in e-commerce because of its high-cost performance, and netizens have also rated it highly. So can the new mortar on the B550 this time highlight the cost performance.

In addition, the heat dissipation armor of the motherboard has also been redesigned. It is taller and thicker, and the edges and corners are more distinct. Compared with the past, the new motherboard is like a “reloaded” mortar.

The biggest impression of the B550 is that the stockpiling arms race is becoming more and more fierce, which is also reflected in the MSI MAG B550M MORTAR mortar.

In terms of power supply, MSI has given a power supply phase configuration of 8-phase core + 2-phase SOC + 1-phase memory, which is very luxurious.

 In terms of specific materials, INTERSIL’s ISL99360 integrated DrMOS is used for the power supply of the mainboard. The maximum withstands current of each phase reaches 60A.

The materials used are very conscientious. It is necessary to know that the DrMOS integrated with the upper and lower bridges can greatly reduce the heat generation of the MOSFET, which has been used in the past.

The first M.2 interface is covered with special SSD heat dissipation armor to prevent the SSD from overheating and slowing down. The first PCIe X 16 slot also has metal reinforcement to ensure that the slot is more durable and not deformed.

In terms of audio, the motherboard adopts Realtek’s ALC1200 high-end sound card, which supports 7.1 channels; in terms of the network card, it also adopts the 8125B 2.5G network card from Realtek, and the bandwidth is 2.5 times that of the previous Gigabit network card.

In terms of expansion interfaces, the motherboard provides 4 memory slots. Under the blessing of the MSI DDR4 memory acceleration engine, it is officially announced that the MSI MAG B550M MORTAR mortar can support up to 4400MHz frequency memory, and the highest supported capacity is 128GB.

 The motherboard also provides two M.2 interfaces. The one with cooling armor near the CPU socket supports up to PCIe 4.0 X 4 mode, with an amazing bandwidth of 64Gbps, and supports both SATA mode and PCIe 3.0 mode;

the second is The interface only supports PCIe 3.0 X 4 mode, and the interface bandwidth is 32Gbps.

Why choose Ryzen 7 3700X?

CPU theory test

 Let’s first take a look at the results of the CPU theoretical test. The test software includes three versions of CINEBENCH R20/R15/R11.5, which can test the single-thread and multi-thread capabilities of the processor.

In the multi-threaded test, the AMD Ryzen 7 3700X is better in the CINEBENCH R15 and R11.5 versions, and the CINEBENCH R20 test did not lose much, which is actually beyond the author’s expectations, because the price difference between the two processors is more than 1,000.

Even if the results are one-sided, I don’t think it’s new. I didn’t expect that the multi-threading capabilities of the two processors are evenly matched, which is due to the optimization of the single-core performance of the processor by the third-generation Ryzen Zen2 architecture. In the single-threaded test, as expected, the Intel Core i7-10700K with a higher frequency won.

Productivity test

 Content creation is currently popular, and content creation tests the productivity of the processor. This time, we will use the video decoding class X264, X265, and Blender rendering time to test the productivity of the two processors.

In the productivity test, the AMD Ryzen 7 3700X performed better in the video decoding X264 and X265 tests.

This is because the AMD software ecosystem is gradually improving, and more and more software is beginning to adapt to AMD processors. Optimization is no longer a problem when using the Ryzen processor, and the performance is better and more efficient.

Game test

 Next, we will conduct game tests that we like to hear and hear, including the two triple-A masterpieces ” Far Cry 5 ” and “Tomb Raider: Shadow”, as well as ” CS: GO” and “PUBG”, two popular competitive FPS games. , the resolution is 1080, and both are tested using the game’s BENCHMARK and Afterburner.

In the game test, the AMD Ryzen 7 3700X performed better in “PUBG”, and the rest of the frames were not as good as the Intel Core i7-10700K, but the difference was not large, and the frame number was within 10 frames, which is a normal performance.

After the single-core performance of the third-generation Ryzen increased this time, the number of game frames has also increased. The game performance of previous generations of products and the Core processor is very different.

Now AMD can upgrade the processor through technology and architecture. The number of game frames not only catches up but even some The game can go beyond what has already been done very well.

Tips for Choosing Ryzen Motherboard

Form aspect

The shape aspect of your motherboard will ultimately decide the dimensions of your gaming rig.

The 3 major motherboard shape elements are ATX, Micro ATX, and Mini ITX, with ATX being the biggest and ITX being the smallest.

To get the great motherboard for optimum overall performance, you can purchase an ATX motherboard or as a minimum a micro ATX motherboard. But, in case your computing wishes are quite basic, a mini ITX motherboard will suffice.

Chipset Support

Unlike Intel processors, AMD processors assist numerous chipset fashions. The Ryzen 7 3700X is a tremendous fit with finances motherboards just like the B450 and excessive-stop motherboards just like the X570.

Connectivity

A gaming motherboard that helps overclocking is probably excessive to your list; however connectivity is simply as important. The great motherboard has a huge variety of ports. A USB Type-C port, some PCIe 4.0 ports, and some SATA ports are a must. Most motherboard fashions do not have it, however every so often an HDMI cable port is likewise useful.

We will keep away from steeply-priced motherboards just like the ASUS TUF Gaming X570 and consciousness on motherboards that offer most overall performance at an inexpensive cost.

Read under to locate our tips for the great Ryzen 7 3700X motherboards primarily based totally on overall performance and preference.

Aesthetic

Getting a tremendous vibe from seeing your construct and feeling a feel of satisfaction is each PC owner’s dream. Having a classy PC makes you need to apply it greater and turns into a hallmark for individuals who need to very own one.

If your construct works the manner you need, getting a motherboard with a very good PCB layout, suitable warmth sink design, and lighting (RGB or single color LEDs) could make your construct appearance better. This will upload stardom in your dream setup.

Verdict

We have written down the best motherboards for Ryzen 7 3700X. We have mentioned the best 570, 550, and 450 motherboards. In the 570 series GIGABYTE, X570 AORUS MASTER is top on the list. Most compatible motherboard for Ryzen 7 3700X.

Secondly, GIGABYTE B550M DS3H is recommended for you in the 550 series again from the GIGABYTE family. This is the cheapest one form the 550 motherboards and the best motherboard for Ryzen 4 3700X

The last one is ASRock B450M Pro4 highly recommended from the 450 mothers for Ryzen 7 3700X.

I hope this article will help you to choose the best motherboard for Ryzen 7 3700X.