TABLE OF CONTENTS
Intel’s consumer CPUs have always remained a step ahead of their AMD counterparts when it comes to single-thread performance.
Although AMD has closed that gap to a negligible level with its 3rd Generation Ryzen lineup, Intel still has something to offer content creators who want the best viewport and active work experience possible.
Moreover, Intel’s QuickSync support for specific plugins in applications like Adobe Premiere Pro and After Effects does speed up certain tasks considerably.
Navigating the motherboard landscape can be quite confusing, especially for those who aren’t immediately familiar with chipsets, popular features, and other factors you need to know before you pick a board.
I’ll help you dissect all the different chipsets and pick the best motherboards for your Intel Core i9 9900k and other 9th Gen Intel CPUs.
Note: If you’re looking on a quick primer on what Intel processor to get, you can find more details in the FAQ section below!
Here’s a short and sweet list for those who need a quick rundown on what motherboard is the best at every price point. Before I do that, these are the factors I considered before picking them:
- VRM Quality
- I/O Ports
- Expandability (PCI-E, M.2, etc.)
Best Motherboards for i9 9900k, i7 9700k – Overview
Here’s an overview for those of you looking for some quick recommendations before diving into the details:
|Price Tier||Motherboard||Form Factor||Link|
|Gigabyte Z390 UD||ATX||Info / Buy|
|ASRock Z390 Taichi Ultimate |
Gigabyte Z390 Designare
|Info / Buy|
Info / Buy
|ASUS WS Z390 PRO||ATX||Info / Buy|
|Best Budget Workstation|
|SuperMicro C9Z390-PGW||ATX||Info / Buy|
|Gigabyte Z390 M Gaming||M-ATX||Info / Buy|
Factors to Consider
If you’ve read through our motherboards for Ryzen 3000 guide, you’ll be familiar with some of the factors you find here. However, there are a few critical differences because of the variation in Intel’s and AMD’s CPU architecture.
While Zen-based processors scale exceptionally well with memory latency and speeds, Intel’s offerings don’t show as much of an improvement. As long as you’re using memory that has a reasonably low CAS latency and clocks to 3000 MHz (MT/s) or higher, you’re good. Since most Z390 motherboards can help a 9th Gen Intel Processor do this easily, I won’t consider memory support a significant factor. (For Motherboard Recommendations for 10th gen Intel CPUs go here)
Instead, here are a few factors you do need to consider before deciding on a motherboard for your 9th Generation Intel CPU:
Pick the Right Chipset
Unlike AMD’s chipsets, Intel’s chipsets lock in certain functionality. For any serious content creator who’s getting a 9th Gen Intel CPU, I wouldn’t recommend anything other than the Z390 chipset.
Why? Well, first and foremost, you need either a motherboard with the Z370 or Z390 chipset to be able to overclock either your CPU or memory. However, since Z390 motherboards are better in every way while being similarly priced, I don’t see any point in considering any Z370 offering at all.
If you’re curious about the differences between all the different chipsets, here’s a quick reference:
Z390 vs. Z370 vs. H370 vs. B360 vs. H310
|Overclocking Support (CPU and DDR4)||Yes||Yes||No||No||No|
|Max PCI-E 3.0 Lanes||24||24||20||12||6|
|Max USB Ports||14||14||14||12||10|
|Intel Rapid Storage Technology PCI-E RAID 0, 1, 5, 10||Yes||Yes||Yes||No||No|
|Max USB 3.1 Gen 2 (10 Gbps)||6||0||0||0||0|
|Integrated WiFi 802.11ac||Yes||No||No||No||No|
A quick reference about which of those features you should care about:
- Overclocking: I wouldn’t recommend overclocking to content creators who will be stressing their systems with frequent rendering tasks. However, if you’re looking for a snappy viewport performance or a mix of both, a mild overclock could do wonders for your productivity. Moreover, a memory overclock is a must, really, so this feature is critical.
- Max PCI-E Lanes: If you’re considering multi-GPU setups, this factor is especially significant.
Intel’s advantage lies in its high IPC and clock speeds. However, this means achieving boost clocks consistently, without any limitation from the motherboard’s VRM. Of course, this assumes that the cooling solution you chose for your processor is not limiting it in any way.
For most Core i7 and Core i5 CPUs, this isn’t too much of a concern. But since I won’t recommend using something like a 9th Gen Core i5 unless you want to upgrade to something better later, there’s no point in skimping on the motherboard.
Expandability and I/O
It’s quite frustrating when you run out ports to connect peripherals or realize that you’re running short on storage and don’t have any slots left for additional storage. Considering the back panel of the motherboard as well as its extensibility (PCI-E slots, M.2 slots, SATA, etc.)
Note: If you’re wondering why I’m not considering on-board Audio as a vital factor, I’ve found that they’re pretty indistinguishable for most users. More details in the FAQ section below!
Best Workstation Motherboard for 9th Generation Intel CPUs
ASUS WS Z390 Pro
If there ever was a motherboard that touched bases with the worlds of both HEDT and mainstream desktop computing, it’s this one right here.
This motherboard has excellent VRMs that are capable of dealing with the power requirements of even an overclocked Intel Core i9 9900K.
The WS Z390 Pro supports the use of up to 4 Graphics cards, albeit with the help of PLX switches. Unless you’re working on applications that need the bandwidth of all 4 PCI-E slots simultaneously, this shouldn’t be an issue. However, if you do need such a setup without bandwidth limitations, it might be worth considering Threadripper or Intel’s HEDT lineup.
In addition to the array of 4 PCI-E 3.0 (x8/x8/x8/x8) slots, the motherboard comes with dual M.2 sockets for NVMe/SATA SSDs. Both the M.2 slots do come with thermal shields to help them stay well below the operating temperature.
Back panel connectivity isn’t what I would term ‘plenty.’ However, it does have a decent amount of I/O options in addition to dual Intel Gigabit LAN as well as a handy BIOS Flashback button.
The absence of even a single Thunderbolt 3 port at this price does sting, though. Those who need it will have to use the built-in Thunderbolt 3 header along with an add-in card. Although you do get dual Intel Gigabit LAN, I’d have preferred a 10 GbE LAN option.
If you’re not interested in all those PCI-E slots, I suggest you shop for a motherboard at a much lower price bracket (check out my value recommendation).
Recommended for: 9th Gen Intel Core i9 9900K, even overclocked and running sustained workloads.
Best Budget Workstation Motherboard for 9th Generation Intel CPUs
If you’re looking for a more budget-oriented option for a Z390 workstation setup, SuperMicro offers an excellent motherboard for professionals.
In addition to solid VRMs that will ensure stability for any 9th Generation Intel processor you throw into this board, SuperMicro’s Z390 motherboard also comes with dual M.2 slots for ample storage expansion.
This Z390 motherboard, much like its ASUS counterpart, offers four x16 PCI-E slots (x8/x8/x8/x8).
The use of a PLX switch to achieve this on a mainstream platform does limit the total bandwidth available simultaneously. Unfortunately, a necessary trade-off. You can find more details about this in the FAQ section below!
My real gripe with this motherboard starts with the back-panel I/O. When compared to other motherboards in its price range, it has a relatively sparse back panel. However, the saving grace is dual LAN – both Gigabit, as well as 10G options, are available. If you want access to 10G LAN in addition to 4 PCI-E slots, this is the motherboard I’d recommend.
Recommended for: Intel Core i9 9900K, even overclocked and running sustained workloads.
Best M-ATX Motherboard for 9th Generation Intel Processors
Gigabyte Z390 M Gaming Motherboard
It’s not often that we get great motherboards for smaller form factor builds. If you’re planning to build a compact PC, the Gigabyte Z390 M Gaming motherboard manages to offer a solution without compromising on features and performance too much.
In addition to being one of the only Z390 motherboards in an M-ATX form factor that comes with dual x16 sized PCI-E slots, this Gigabyte offering also comes with a decent 5-phase VRM. Although it should be able to support even the mighty Intel Core i9 9900K, I won’t recommend any extreme overclocking over extended work sessions.
As expected from an M-ATX motherboard with dual x16 PCI-E slots, it does come with a few compromises. While the bottom slot is x16, the bandwidth available to it is only x4, i.e., any graphics card installed there will have access to only 1/4th the bandwidth available to the top card.
Nonetheless, this can be a great budget solution for those who aren’t too concerned about bandwidth. Once data is loaded onto the GPU’s memory, it won’t affect processing. However, if your workload is bandwidth-intensive, i.e., information needs to flow to and fro the GPU frequently (or all of it is too big to fit onto the VRAM in one go).
Well, you can’t expect too much back-connectivity when we’re talking about M-ATX motherboards. For many people, this most definitely means investing in USB hubs as needed. Thankfully, unlike other motherboards in this price range, Gigabyte has equipped the Z390 M Gaming with Intel Gigabit LAN instead of the standard Realtek controller.
Recommended for: Intel Core i9 9900K on stock. Ideally, something like a Core i7 only.
Best Budget Motherboard for 9th Generation Intel CPUs
Gigabyte Z390 UD
When it comes to offering value-for-money, Gigabyte seems to have it down. The Gigabyte Z390 UD comes equipped with a surprisingly okay VRM that I could trust even with something like a Core i9 9900K. In fact, for buyers on a budget who need a reliable performer, this is the motherboard I’d recommend.
Please note that it IS still a budget motherboard. Hence, I don’t recommend overclocking a Core i9 CPU on this motherboard at all. However, unlike other motherboards in its weight class, it can handle the 9900K even overclocked, I don’t recommend it for sustained workloads.
Although the motherboard does support triple-GPU setups, when all three slots are populated, the bottom two slots operate at x4 instead of x8. It’s not a massive loss in performance with something like a 2080 Ti on relatively smaller workloads. But when we’re talking about heavy workloads, you’re going to want the best performance you can get.
Storage is an issue if you plan to use multiple M.2 devices. Although there is an ample number of SATA ports, it may not be enough, especially when building a PC for CG work. I suggest using PCI-E M.2 Expander cards if you find yourself requiring access to more high-speed storage.
The UD’s back panel isn’t too great, but at this price range, it’s pretty standard. Can’t complain.
Recommended for: Intel Core i9 and Core i7 processors on stock only. Could handle them overclocked, but I won’t recommend it.
Best Value Motherboard for 9th Generation Intel CPUs
Gigabyte Z390 Designare
I had an awful time trying to pick the best motherboard for this category, and it was a toss-up between the ASRock Z390 Taichi Ultimate and Gigabyte’s Z390 Designare. Overall, they have a similar price point, and I ended up picking the Designare as my choice due to the availability of Thunderbolt 3.
Update: There seems to be an issue when connecting legacy Thunderbolt devices using the ports on this motherboard. However, some users seem to have sorted it out by downloading Gigabyte’s Thunderbolt driver manually. Here’s a link to that driver, in case you’re running into the same issue.
The motherboard comes equipped with 3 PCI-E slots (x8/x8/x4), giving those who need multi-GPU setups ample flexibility. There’s a caveat, though. If you’re running triple-GPU setups, you’ll ideally want to run all 3 PCI-E slots through the PCI-E controller. In its default state, the last slot is routed through the PCH (Platform Controller Hub). Thankfully, you can switch that slot to x4 CPU lanes by borrowing 4 lanes from the second slot, making the configuration x8/x4/x4.
Using x4 PCI-E 3.0 slots isn’t ideal, but that’s the trade-off when using a mainstream consumer platform like the Z390 instead of an HEDT/workstation platform.
Trade-offs remind me – there’s a limitation to using the Thunderbolt 3 ports on this motherboard as well. Due to the limited number of I/O lanes available, populating all PCI-E slots will limit the number of Thunderbolt devices you can daisy-chain.
The Designare’s back panel is quite populated, and I have absolutely no complaints here. You’ll have access to dual Intel Gigabit LAN as well as built-in Wi-Fi 6 Support.
The absence of 10 GbE LAN might be a dealbreaker for some, and for them, I highly recommend the ASRock Taichi Ultimate instead of the Designare.
Recommended for: Intel Core i9 9900K, even overclocked and running on load for sustained workloads.
FAQs – Addressing Some Common Concerns
Would you recommend a rendering workstation with an Intel CPU that needs a Z390 motherboard?
Absolutely not, unless you already have a motherboard and want to upgrade it to the best CPU possible without a platform change. AMD’s Ryzen and Threadripper CPUs offer way better value than Intel’s consumer platform when it comes to 3D rendering and similar workloads. You can find more information about such questions in our Intel vs AMD post!
What about Adobe CC Products Like Premiere Pro? Will an Intel System be Better?
Unfortunately, Intel’s core count woes do hurt it here. An AMD Ryzen 9 3900X costs the same and performs pretty similar to the very best CPU you can use with these motherboards, Intel Core i9 9900K. Now when we consider the upgrade path on the AMD’s AM4 platform, there’s no way I can recommend an Intel (mainstream) build for any productivity workload.
Here’s a benchmark chart to illustrate:
What Kind of Workloads Would Go Well with these 9th Generation Intel CPUs then?
For content creators, CG Artists, and other professionals, these processors can offer the very best timeline and viewport performance. AMD’s 3rd Generation Ryzen processors aren’t that far behind, but if you want the very best experience for a workstation PC, Intel retains the crown for now. If you want the best, this is it.
Here’s a quick preview of Viewport Benchmarks:
You can find the full list of benchmarks here.
Gaming is another task where Intel holds its own. Again, it’s a slight margin in certain edge cases, but it certainly does exist.
Of course, another place where these processors make sense involve workloads that aren’t CPU-focused, and rather rely on the GPU(s) instead.
What 9th Generation Intel Processor Should I be Buying?
For our kind of work, I’d go with only one of two products in the 9th Gen Intel CPU stack – Core i9 9900K and Core i7 9700K.
When Using Multi-GPU Setups on a Motherboard with a PLX Switch (ASUS and SuperMicro above), What’s the Performance Loss Exactly?
Well, it depends. A PLX switch limits the simultaneous bandwidth available to GPUs considerably. So, this could mean a good drop in performance if your workload involves throwing things in and out of your graphics cards’ VRAM at a furious pace.
For workloads that can mostly be handled within the GPU VRAM, without too much data movement, you won’t notice that much of a loss of performance.
Isn’t On-Board Audio Quality a Necessary Consideration?
I’ve encountered this question quite often, and that’s why I thought I’ll address it. Most manufacturers include decent audio chips within motherboards these days, especially at the higher price brackets. If you do need professional audio equipment, you’ll have to buy external devices anyway. The electrical interference alone is enough to keep most audio professionals away from internal audio components.
What about the Core i9 9900KS? Will it work with the motherboards you’ve recommended here?
Well, an i9 9900KS is basically an overclocked 9900K. If a board I listed doesn’t recommend overclocking for sustained workloads, avoid them. Others will do just fine!
Are you planning an Intel build and have a few more questions? Do leave a comment below and I’ll make sure to help out best I can!
24 April, 2022
I have a GTX 1050 2GB graphics card, will I need a new motherboard if I upgrade it to a GTX 1650 or maybe like a 2070?
asus prime a320m-k motherboard is my motherboard.
24 April, 2022
You should be able to swap in an upgrade as long as your power supply has enough juice to power your new card. What model of power supply are you using?
11 January, 2021
I’m looking to build a workstation to use for 3D modelisation/rendering with Fusion 360.
Can you help me choosing motherboard, CPU, GPU and RAM please?
I have a budget arroung 2000 euros.
I don’t know which CPU may I choose (Intel core / Xeon) or AMD ?
11 January, 2021
Would you be actively working on this system as well? Or do you need the PC mostly for rendering? Also, what render engine are you using?
12 January, 2021
Yes I want to use the PC for Internet browsing, etc. I’m using Fusion 360 rendering mode. I think that fusion 360 use CPU rendering.
12 January, 2021
Mesh creation and render preparation is bound to a single cpu core in Fusion 360 while the actual rendering after the scene has been prepared, is dependant on cpu multi-core performance. The GPU is not heavily used in Fusion apart from displaying your GUI and wireframes on the Monitors.
I’d recommend getting a PC that looks something like this:
CGDirector.com Parts List: https://www.cgdirector.com/pc-builder/?=6LYN6
CPU: AMD Ryzen 9 5950X 3.4GHz 16-Core Processor ($799.00)
CPU Cooler: be quiet! Dark Rock Pro 4 ($80.00)
Motherboard: MSI X570 Tomahawk ATX AM4 ($195.00)
GPU: Nvidia RTX 3080 10GB – Gigabyte Turbo ($699.00)
Memory: 32GB (2 x 16GB) G.Skill Trident Z Neo DDR4-3600 C16 ($240.00)
Storage PCIe-SSD: Samsung 980 PRO 1000GB M.2 Solid State Drive ($220.00)
Power Supply: EVGA 650 B5, 80 Plus Bronze 650W Power Supply ($95.00)
Case: NZXT H510 ATX Mid Tower Case ($140.00)
If you’d like to save some money you can easily get a weaker GPU such as the RTX 3060 Ti. Beware of price inflation, as CPUs and GPUs are out of stock everywhere right now.
Hope this helps!
30 December, 2019
Hi there, thanks 4 the article! What i dont understand (from reading the faq) is, for premiere users- it seems that u recommend amd over the 9990k based system?
And 2 – in the intro of the article the asrock taichi is listed as “best value” but then in the article body it does not appear in the breakdowns…y?
30 December, 2019
1. Yep, a similarly-priced AMD system would outperform an Intel system in Premiere when it comes to things like media exports and production. However, if you’re using filters and/or plugins that use a lot of Intel QuickSync, things can be a bit more complicated. What sort of work are you doing?
2. The Designare is a much better option. I actually added the Taichi later as an alternative for those who can’t find the Designare in their region. I’ll add in a breakdown too since it seems like readers might wonder 🙂 The only reason to go Taichi over Designare is 10GbE LAN.
7 November, 2019
Just a heads up on the Gigabyte Z390 Designare board. This board has issues supporting legacy thunderbolt 1 devices and will not drive old Apple thunderbolt displays at all. (Something to do with the new Titan Ridge Thunderbolt controller as apposed to the older Alpine Ridge controller).
I was very close to ordering this board primarily because of the native thunderbolt support, as I have two two older Apple monitors, until I found this issue on Gigabyte forums.
I’m assuming there are many other ex-Apple content creators who still want to use their older monitors.
7 November, 2019
I did come across this issue and thought that manually installing Gigabyte’s Thunderbolt driver seemed to sort it out for the most part?
Is this not the case? I’ll add a warning to the recommendation either way. Thanks for the heads up!
10 November, 2019
I certainly hope that you’re right about the driver solving the problem, as this board with native TB3 with enough PCIe lanes for 3 GPUs is brilliant and unique in the z390 space.
Though I would say that I’ve researched this extensively and be unable to find anyone who has managed to get an Apple thunderbolt display to work. I’ve even specifically asked on a few forums. Though I’ve seen one person say “There are a few people on youtube that have got it working”, but when pressed he can’t point to anything definite. (I decided that I needed something more concrete than 2nd hand posts when building my system.)
My understanding is that many thunderbolt 1 devices appear to work with an updated driver, but not apple thunderbolt displays.
I just don’t want anyone to go to the huge expense of building a system only to discover their monitors aren’t supported.