Best Motherboards for Threadripper

Best Motherboards for Threadripper – After evaluating and analyzing in detail more than 2,835 customer satisfaction about Best Motherboard For Threadripper, we have come up with the top 10 products you may be interested in Best Motherboard For Threadripper. We have ranked the best brands from Artificial Intelligent and Big Data, as you see below:

Table of Contents



Pros & Cons

It’s not that Gigabyte added any USB controllers to get those four I/O-panel ports, but that it added the resources to wire them out in a way that at least one competitor didn’t. Nor did the firm figure out how to magically cool the X570 PCH without a fast fan, but it instead chose a default RPM-to-temperature profile that kept the thing nearly silent throughout our review.

And it’s not as though Gigabyte added any expensive PCIe 4.0 bridges, since two of those three x16 slots are CPU based and share sixteen pathways, while the third has only four lanes from the PCH. It’s just that, as with the I/O panel USB configuration, the company put in a little extra effort and / or expense to make the features baked into AMD’s chipset more-accessible.


Pros & Cons

AMD’s B550 chipset has been anticipated by many as a ‘more affordable’ AM4 platform to build a Ryzen-based around, and it is finally here. Initially announced a couple of weeks ago,  our AMD B550 Motherboards article covered a few of the changes between B450, B550 and X570, along with listing SKUs from each board partner and several high-level specifications.

Gigabyte’s B550 product stack consists of seven motherboards in varying form factors (ATX and Mini-ITX) and prices. The B550 Aorus Master is the flagship SKU, followed by six other boards

In our tests, performance of the B550 Aorus Master matched the other B550 boards we tested around the platform’s launch.


Pros & Cons

In our first of four upper-midrange Z490 motherboard review, we take a close look at the Gigabyte Z490 Aorus Master to see what sets it apart from the competition around this price point.

The Master performed as expected, hanging with the other boards we have benchmarked to this point. Like most other boards, the Master took a few liberties with Intel’s specification for our Core i9-10900K processor, running boost frequencies with higher limits.

The CPU ran at 4.9 GHz in most of the tests, hitting the 5.3 GHz Thermal Velocity Boost (TVB) for a single thread when it fits within the parameters. Manual overclocking went on without a hitch, reaching a thermally limited 5.2 GHz with the VRM handling our stress test without issue (and without fans).

4.ASUS ROG Zenith II Extreme

Pros & Cons

The Zenith II Extreme is without a doubt one of the heaviest boards I’ve ever worked with. The E-ATX motherboard’s massive weight is hinted at by the large heatsinks over the chipset, M.2 slots, and power circuitry. But that’s just half the picture, as the back of the board is almost entirely covered by a large heatsink as well.

At first I was actually a bit concerned about the board breaking under its own weight until I saw the heatsink on the back, which is really what keeps this behemoth from cracking under the pressure.

The board features 16 power stages that are connected via a heatpipe and actively cooled by a pair of small fans. The motherboard’s chipset is also fan-cooled. Taken together, the board’s integrated components should be well cooled, which will make overclocking easier.


Pros & Cons

AMD unleashed their 3rd generation of Threadripper processors based on the ZEN2 architecture accompanied by that now familiar TRX40 chipset design. And where these mega-core processors really make little sense for your avid PC gamer, these can be very compelling products to developers, content creators and video editors. AMD overhauled the Threadripper and motherboard chipset design,

PCIe Gen 4.0 anywhere and everywhere and new memory configurations make the UMA/NUMA discussion a thing of the past, heck, you can even game on these procs as if it was a Ryzen 3000 processor. Based on 7nm ZEN2 dies and the Castle Peak codename, that 32-core 3970X processor with its staggering 64 threads is just unprecedented in this desktop-class. As you can judge from this review, drop-in compatibility with X399 is, unfortunately, not an

option ergo the new TRX40 chipset that will be complemented on many motherboards from all big brands. Threadripper 3000 processors are different from their predecessors mainly for reasons including PCI-Express 4.0 and further future-proofing the platform for upcoming generations – forcing AMD to introduce a new motherboard platform and chipset. The new Socket sTRX4 / TRX40 looks identical to the Socket TR4 of the first two generations of Threadrippers, but is not compatible; cooling solutions for existing Threadripper CPUs, however, are suitable for these new models.


Threadripper CPUs are some of the most robust and powerful processing units on the market today. Due to their sheer power and unique design, these units require specific motherboards that are equipped with Socket TR4.

In this post, we’re going to help you find the ideal motherboard for your processor by shedding light on the absolute best Threadripper motherboards on the market today, so stick around.