AMD has successfully reclaimed the top spot in terms of performance from Intel with the introduction of the next generation of AMD Ryzen CPUs. Because customers can’t get a break, supply concerns are plaguing these new components, and it’s becoming almost hard to find a Ryzen 9 5950X or a Ryzen 9 5900X at the moment. When it comes to finding these new CPUs on the market, I’d suggest purchasing a Ryzen 3000 component instead to tide you over until they become available, or considering Intel if your workload isn’t very hard on the cores. Navigating the vast array of motherboards available and selecting the most appropriate one is another matter.
Best motherboard for ryzen 9 3950x, since our recommendations are mostly focused on workstation-related jobs that are guaranteed to be memory/CPU/graphics-heavy in the majority of situations, as well.
They now provide an unmatched combination of multi-core and single-core performance, making the Ryzen 5000 series of processors an excellent choice for those who need to build a PC for 3D rendering, Workstations for Adobe After Effects, Video Editing computers, or to run as dedicated render nodes in a network environment.
However, some older AM4 motherboards do support the new Ryzen 5000 processors on a technical level. However, depending on your choice of CPU and motherboard, you may find yourself with less performance than you would have liked.
Granted, certain X470 motherboards are capable of supporting high-end processors like the 5900X. However, I believe that there are superior solutions available in the X570 and B550 product stacks.
Please keep in mind that I’m presuming you’re planning to purchase a new motherboard to accommodate Ryzen’s 5000-series CPUs. Also, if gaming is your primary use case, we suggest that you read our article.
Related Article: Best Motherboard for FX 8350
ASRock Fatal1ty B450 ITX/AC Motherboard
If you’re looking for a small form factor setup, the ASRock B450 Gaming ITX/ac is one of the finest motherboards available. It can handle even 8-core CPUs without compromising performance, even while doing intensive tasks such as rendering.
High-Quality VRM – Superior Rendering Performance
The VRMs of the Gaming ITX/ac does not overheat even when just a little amount of air is flowing through them. Most tiny ITX PC setups will have ventilation concerns, which makes this a particularly essential consideration for people who wish to go with a workstation PC that is in a smaller form factor than the traditional desktop PC.
Memory – QVL and Overclocking are two Important Considerations.
Due to an unknown reason, the QVL for the 3rd Generation Ryzen processor for this motherboard is not listed on ASRock’s official website. Even if we assume that it is identical to the B450 Gaming K4, it will not be very enticing. Official memory support indicates that the memory will operate at a speed of “DDR4 3466+.”
My personal recommendation is to just avoid any higher clocked memory kits (3200+) unless they are available on the public QVL.
Adaptability and Convenience in the Slot Layout
The ASRock Gaming ITX/ac motherboard, like many other ITX motherboards, utilizes a conventional slot layout. It is equipped with a single PCI-E slot (x16) that may be extended to two PCI-E slots with the use of riser cards if you so choose (x8 and x8).
The Gaming ITX/ac motherboard is equipped with a single vertical M.2 expansion slot. Furthermore, it has Wi-Fi and Bluetooth capabilities.
I/O on the Rear Panel Includes USB, Wi-Fi Antenna, Audio, and LAN.
When you choose a smaller form factor, such as ITX, you do give up some flexibility in terms of port choices on the rear. The Gaming ITX/ac motherboard, on the other hand, does not sacrifice too much in terms of the number of back-panel ports. There are five USB Type-A connectors and even one USB Type-C port on this device.
ASRock B450 Gaming K4 Motherboard
If you’re unable to locate MSI’s B450 Tomahawk Max in your area, ASRock’s Fatal1ty B450 Gaming K4 is a wonderful option if the former is not available in your area.
High-Quality VRM – Superior Rendering Performance
Even with just a little amount of airflow, the Gaming K4’s VRMs are able to keep up with an 8-core Ryzen processor. Even throughout stress testing and lengthy render workloads, the motherboard never came close to failing, and its VRM temperatures stayed well within safe operating ranges throughout the process.
Memory – Overclocking and Quick Voltage Loading
According to what we’ve come to expect from ASRock, the Gaming K4’s QVL is a bare minimum. The majority of memory kits perform at their advertised rates, according to my tests, provided that you use anything between 3600 MHz and 4200 MHz in conjunction with a third-generation AMD Ryzen CPU.
Nonetheless, I suggest that you look for memory kits that are mentioned on the QVL website.
Layout of the Slots
The slot configuration of the Gaming K4 is quite comparable to that of other B450 motherboards, and there is nothing unusual about it. There are two full-length PCI-E 3.0 slots on this motherboard (running at x16 and x4, respectively). There are four PCI-E 2.0 x1 slots available for a variety of different expansion cards.
ASRock has provided the Gaming K4 with two M.2 slots, in contrast to a few other B450 boards, such as the B450 Tomahawk, which only has one. Keep in mind, however, that filling the M.2 slots will result in the disabling of the second full-length PCI-E slot as well as two out of the six SATA ports on the motherboard.
I/O on the Rear Panel has a Large Number of USB Ports.
The Gaming K4 boasts a fantastic assortment of rear-panel I/O ports, which is comparable to that of certain X570 motherboards. If you’re looking for a computer with a large number of USB ports, including a Type-C USB connector, this is an excellent pick.
MSI B450 Tomahawk MAX
Because of its performance, the Tomahawk was one of the most popular motherboards for 2nd Generation Ryzen, and for good reason.
The Tomahawk MAX has the same designs and specifications as the original Tomahawk, but the BIOS chip has been upgraded to handle AMD’s whole CPU series without abandoning MSI’s Click BIOS. It is still the best B450 Motherboard for Ryzen CPUs available right now by a significant margin.
High-Quality VRM – Superior Rendering Performance
The MSI Tomahawk MAX continues to provide high-quality hardware at a competitive price point, as well as premium features such as BIOS Flashback, among other things.
MSI’s usage of incredibly durable VRMs that can handle even a 12-core Ryzen processor without causing any noticeable performance degradation is extremely astounding. However, when it comes to longer tasks such as rendering, I’d still advocate limiting the usage of this motherboard to an 8-core Ryzen processor.
Memory – QVL and Overclocking are two Important Considerations
Thanks to MSI’s excellent memory support on their B450 motherboards, the Tomahawk is likely to handle a broad range of memory kits.
This system’s QVL is nothing short of spectacular, with a large number of memory modules operating in dual- and even quad-channel configurations at rates considerably in excess of the normal 3200 MHz level.
The QVL may be found at this link.
I/O on the Rear-Panel
The Tomahawk’s performance in back-panel connection is comparable to its bigger, more costly brothers. It contains six USB ports. A DVI and HDMI port for AMD APUs with integrated graphics, an Ethernet port, and audio connectors.
Conclusion
We’re all perplexed about the best motherboard for Ryzen 9 3950X, so we go out and get one with the most features. However, as you are resolving, things do not operate in this manner.
You should look into the processor’s capabilities and make a selection based on it. Some motherboards, like the ones listed below, have more features than others. Before making decisions, consider your budget, the chores you’re willing to accomplish, and the importance of each feature.
