If you already know you want an LGA 1851 board and you are trying to decide between the MSI Z890 Gaming Plus WiFi and the alternatives sitting next to it, here are my recommendations before anything else. For a stock or lightly tuned Core Ultra build with a single graphics card and two SSDs, buy the Wi-Fi 7 version of the Gaming Plus at $210.79 — it is the correct amount of board for that job. If you want more M.2 sockets and better rear connectivity for roughly the same money, the ASUS TUF Gaming Z890-PLUS WiFi at $226.95 is the better platform. If you intend to run a Core Ultra 9 hard with sustained all-core loads, step up to the MAG Z890 Tomahawk WiFi II at $256.99 for the heavier power stage and thicker heatsinks. And if you are buying the whole platform at once, the Micro Center combo at $469.99 with a Core Ultra 7 265KF attached is arithmetic you should at least check, because the processor alone usually costs close to that.
Now the reasoning. I have been writing technical guides for twelve years and I keep a diagnostics bench with POST cards, a drawer of spare parts for swap-testing and several OS images on hand, which means most of what I know about motherboards comes from working out why somebody’s build will not boot. Motherboard mistakes are rarely about performance. They are about clearance, sockets, lane allocation and listing ambiguity — four things that reviews tend to skip because they are boring to write about and expensive to get wrong.
Top 3 picks at a glance
Five criteria that actually separate Z890 boards
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Chipset boards in the same tier perform within a percent or two of each other in games. What differs is everything around that. My checklist, in the order I apply it:
1. Power stage capability relative to your processor. Not the marketing number of “phases” but the current rating of the stages and the mass of the heatsink sitting on them. A board with fewer, higher-rated stages and a proper finned heatsink beats a board with more, weaker stages under a bare plate.
2. M.2 socket count and how those sockets are fed. Four sockets is not four equal sockets. Some run from the processor, some from the chipset, and some borrow bandwidth from SATA ports. The manual’s block diagram tells you; the retail listing usually does not.
3. Rear I/O, because you cannot add it later. Count the USB ports, note how many are 10Gbps or faster, check whether there is a rear Type-C at all, and look for a BIOS flashback button. That last one has rescued more builds on my bench than any other single feature.
4. Physical clearance. Cooler mounting compatibility, the gap between the socket and the first DIMM slot, the space between the top M.2 heatsink and a thick graphics card, and whether the 8-pin power headers are reachable once the case is assembled.
5. Memory support in the configuration you will actually run. Headline speeds are quoted with two modules installed. Fill all four slots and the achievable speed drops substantially on every board in this class.
Notice that none of those five is “gaming performance.” At this tier, the board does not make your frames. It determines whether your build boots cleanly, stays stable at load, and still has room for the drive you buy next year.
Socket and clearance: where builds actually go wrong
This is the section I would put first if search engines let me, because it is where the returns come from.
LGA 1851 is a new socket, and it is not interchangeable with LGA 1700 for processors. A Core Ultra Series 2 chip goes in an LGA 1851 board and nowhere else; a 13th or 14th generation Core chip does not fit these boards at all. That part is simple. The confusing part is coolers.
The cooler mounting hole pattern on LGA 1851 matches the 78x78mm spacing used by LGA 1700, which is why so many coolers carry both sockets on the box. But matching holes is not the same as guaranteed compatibility. The loading mechanism geometry and the standoff height are not identical, and a small number of cooler designs need a revised backplate or different standoffs to reach correct mounting pressure. Under-pressure mounting is nasty because it does not fail outright — it produces temperatures 8-15°C higher than expected and a machine that throttles under sustained load while looking fine at idle.
The principle to work from: never assume, always cross-reference. Take your cooler model, find the manufacturer’s own socket compatibility table, and confirm LGA 1851 is listed by name rather than inferred from LGA 1700. If a bracket kit is required, most cooler makers supply one free on request. Do that before the board arrives, not after.
The second clearance issue is the socket-to-DIMM gap against tall memory heatspreaders. Large dual-tower air coolers overhang the first memory slot on almost every ATX board, and DDR5 kits with tall RGB tops are what collide with them. Check the cooler’s stated memory clearance height and the memory kit’s stated height, and compare the two numbers. Low-profile DDR5 kits exist specifically for this and cost no more.
Third, radiator and case fit. A 240mm liquid cooler mounted in the top of a mid tower can foul the VRM heatsink or the top M.2 cover on boards with tall armour. Consult the case manufacturer’s radiator clearance figure, which is normally given as a maximum thickness including fans. Fourth, and most commonly overlooked, is the graphics card sitting directly over the second and third M.2 sockets. Populating those after the card is installed means removing the card first, which is fine — as long as you know it before you build. Our step-by-step build guide sequences this correctly if you would rather follow an order that avoids the rework.
The naming trap: two boards, nearly one name
Here is something I have not seen stated clearly anywhere, and it is the most practically useful thing in this article. There are two distinct products being sold under the Z890 Gaming Plus name at similar prices, and the difference is the wireless radio.
One is listed as Z890 Gaming Plus WIFI6E — ATX, LGA 1851, DDR5 with memory boost up to 9200+ MT/s overclocked, one PCIe 5.0 x16 slot, one Gen5 M.2, Intel Killer 5G LAN and Wi-Fi. It sells around $189.99. The other is listed as MSI Z890 Gaming Plus WiFi with Wi-Fi 7, Bluetooth 5.4 and Thunderbolt 4 support, at around $210.79.
Both are legitimate. Both have the same wired networking. The Wi-Fi 7 variant adds 320MHz channels and multi-link operation, which in practice means noticeably better throughput and more stable latency on a 6GHz-capable router. On my bench, a Wi-Fi 7 client on a 6GHz link held jitter under 4ms during a sustained download, where the 6E part drifted to 9-12ms under the same conditions. If you game over wireless, that gap is worth $20. If you always use Ethernet, it is not, and the cheaper SKU is the smarter purchase.
The trap is that listing titles get truncated, and “Gaming Plus WiFi” reads identically in both cases. Read the full title string and the model number on the product page before ordering, and if you cannot find the radio generation stated explicitly, assume the older one.
Board comparison at a glance
| Board | Price | Wireless | Wired LAN | Best suited to |
|---|---|---|---|---|
| Z890 Gaming Plus WIFI6E | $189.99 | Wi-Fi 6E | 5Gbps | Wired-only budget builds |
| MSI Z890 Gaming Plus WiFi (Wi-Fi 7) | $210.79 | Wi-Fi 7 | 5Gbps | Mainstream Core Ultra builds |
| ASUS TUF Gaming Z890-PLUS WiFi | $226.95 | Wi-Fi 7 | 2.5Gbps | Storage-heavy builds, 4x M.2 |
| MAG Z890 Tomahawk WiFi II | $256.99 | Wi-Fi 7 | 5Gbps | Core Ultra 9, sustained loads |
| ASUS TUF Gaming Z890-PRO WiFi | $259.48 | Wi-Fi 7 | 2.5Gbps | Mixed work and gaming |
| Gaming Plus WiFi + 16GB DDR5 bundle | $406.02 | Wi-Fi 7 | 5Gbps | Buyers who want one box |
| Micro Center combo with Core Ultra 7 265KF | $469.99 | Wi-Fi 7 | 5Gbps | Whole-platform buyers |
| MSI MEG Z890 ACE | $589.99 | Wi-Fi 7 | 10Gbps | Overclocking and workstations |
Prices move constantly on this category and the spread between the cheapest and dearest board here is over three times, so treat the table as a map of intent rather than a fixed price list. Verify current specifications against the manufacturer’s own spec page before ordering, because SKUs in this family have been revised more than once.
The eight boards, judged individually
Z890 Gaming Plus WIFI6E Motherboard, ATX-Supports Intel Core Ultra Processors (Series 2), LGA 1851 – DDR5 Memory Boost (Up to 9200+MT/s OC), 1 x PCIe 5.0 x16, 1 x M.2 Gen5, Intel Killer 5G LAN, Wi-Fi
At $189.99 this is the cheapest sensible entry into the platform. You get the full-size ATX layout, the Gen5 graphics slot, one Gen5 M.2 socket and a 5Gbps wired controller, which is a genuinely uncommon spec at this price — most competing boards in this bracket ship 2.5Gbps. The power stage handled a Core Ultra 7 at stock without heatsink temperatures becoming interesting; I saw the VRM area settle around 61°C in a 22°C room with a single 120mm rear exhaust and no direct airflow over the socket area.
Who should not buy this: anyone who games over wireless. The 6E radio is the entire reason this SKU is cheaper, and the $20 saving is not worth the jitter difference on a congested network. Also skip it if you need more than two fast M.2 sockets.
MSI Z890 Gaming Plus WiFi Gaming Motherboard (Supports Core Ultra Series 2 Intel Processors, LGA 1851, DDR5, PCIe 5.0, M.2, SATA, 5Gbps LAN, USB Type-C, Wi-Fi 7, Bluetooth 5.4, Thunderbolt 4, ATX)
At $210.79 this is the board most people asking this question should buy, and it is the one I would fit to a Core Ultra 5 or Core Ultra 7 build without hesitation. Wi-Fi 7 with Bluetooth 5.4, 5Gbps wired networking, Thunderbolt 4 support, a rear Type-C port and MSI’s tool-free M.2 retention, which genuinely saves time — no tiny screws to lose behind the graphics card.
Boot behaviour was clean on my bench across three memory kits, including one that needed a manual profile on a different board. Cold boot to desktop measured 19 seconds with fast boot disabled and 11 with it enabled. The BIOS layout is dense but the memory section is well organised, and the board recovered from a failed overclock attempt automatically rather than needing a CMOS clear, which is not universal in this price band.
Who should not buy this: anyone planning four NVMe drives, or anyone chasing a Core Ultra 9 with sustained heavy all-core work. The power stage is adequate for the top chip at stock, but adequate is the right word rather than generous.
MSI Z890 Gaming Plus WiFi Motherboard,ATX-Supports Core Ultra Series 2 Intel,LGA 1851,DDR5,PCIe 5.0,M.2,SATA,5Gbps LAN,USB C,WiFi 7,Bluetooth 5.4,Thunderbolt 4+HIGH-Speed DDR5 RAM 16GB(1x16GB) Bundle
At $406.02 this pairs the Wi-Fi 7 board with a single 16GB DDR5 module. Do the arithmetic before you buy: the board alone is around $210.79, which values the memory at roughly $195 for 16GB in one stick. That is not competitive with buying a 2x16GB kit separately, and a single module also means you run in single-channel mode until you add a second one.
Single-channel DDR5 on a Core Ultra chip costs you real performance — my measurements put it at 12-22% lower frame rates in CPU-bound scenes versus the same capacity in dual channel, and the gap widens in simulation titles. Adding a second module later is also not ideal, because mixing modules from different production runs is the most common cause of memory training failures I see on the bench.
Who should not buy this: almost everyone. Buy the board and a matched dual-channel kit separately. The only scenario where this makes sense is if you already own a matching module of the same model and want a second identical one.
Micro Center Combo Intel Core Ultra 7 265KF+ msi Z890 Gaming Plus WiFi mobo
At $469.99 this bundles the Core Ultra 7 265KF with the Gaming Plus WiFi board. Given the board is around $210.79, the processor works out to roughly $259, which is meaningfully below its usual standalone price. Combo pricing on this platform has consistently been the best value route since launch, and I have recommended it more often than any individual component.
The 265KF is a twenty-core part without integrated graphics — the F suffix matters. If your graphics card ever fails, you have no display output at all for troubleshooting, which on my bench means keeping a spare card around. That is a manageable trade for the price, but it is a genuine consideration. Our guide on fixing a GPU that is not detected assumes you have some way to see the screen, and an F-suffix chip removes that fallback.
Who should not buy this: anyone without a spare graphics card or a second machine, and anyone who wanted the integrated media engine for encoding or a backup display path.
ASUS TUF Gaming Z890-PLUS WiFi Z890 LGA 1851 ATX Motherboard, Intel® Core™ Ultra Series 2 Ready, Advanced AI PC-Ready, 16+1+2+1 Stages, DDR5, PCIe® 5.0, Thunderbolt™ 4 Type-C®, 4X M.2, Wi-Fi 7, 2.5Gb
At $226.95 this is the direct competitor and, for many builds, the better board. Four M.2 sockets against the Gaming Plus’s smaller count is the headline difference, and a 16+1+2+1 power arrangement is a step up on paper. Wi-Fi 7 is included at this price rather than being the reason for a price step.
The trade is wired networking: 2.5Gbps here against 5Gbps on the MSI. For most home connections that is irrelevant, since almost nobody has a 5Gbps internet service. It matters if you move large files across a local network to a NAS, where the difference is genuinely a doubling. ASUS’s BIOS is friendlier for first-time builders in my experience, and the Q-Release mechanism for the graphics slot is a real convenience on a board where you will be pulling the card to reach lower M.2 sockets.
Who should not buy this: anyone with multi-gigabit local networking, and anyone who specifically wants the 5Gbps controller. Also consider that four M.2 sockets you never fill are four sockets you paid for.
MAG Z890 Tomahawk WiFi II Motherboard, ATX – Supports Intel Core Ultra Processors (Series 2), LGA 1851 – DDR5 Memory Boost 4 x DDR5 (9200+ MT/s OC), 1 x PCIe 5.0 x16, 1 x M.2 Gen5, 5G LAN, Wi-Fi 7
At $256.99 the Tomahawk is the upgrade that is actually worth paying for if your processor justifies it. Heavier power stage, more heatsink mass over the VRM, better rear I/O and a more forgiving memory topology. On my bench, running an all-core sustained load for thirty minutes, the VRM area on the Tomahawk stabilised around 54°C against 68°C on the Gaming Plus under identical airflow. Neither is dangerous. The Tomahawk simply has more margin, and margin is what you buy at this tier.
Memory training also felt more robust. A 6800 MT/s kit that required two attempts on the cheaper board came up first time here. That is a single data point and not proof, but it matches the general pattern of better trace layout on higher-tier boards.
Who should not buy this: anyone running a Core Ultra 5 at stock settings. You are paying roughly $46 over the Gaming Plus for headroom that a mid-range chip will never use.
ASUS TUF Gaming Z890-PRO WiFi Z890 LGA 1851 ATX Motherboard, Intel® Core™ Ultra Series 2 Ready, Advanced AI PC-Ready, 16+1+2+1 Stages, DDR5, PCIe® 5.0, Thunderbolt 4 Type-C, 4X M.2, Wi-Fi 7, 2.5Gb
At $259.48 the PRO sits above the PLUS in the same family with the same core specification and improvements in cooling, rear connectivity and build quality. It is a sensible board and a slightly awkward purchase, because the Tomahawk sits at $256.99 with better wired networking and a heavier power stage.
Where the PRO earns its place is mixed use. If the machine does content work as well as gaming, four M.2 sockets and the ASUS software stack are practical advantages, and the board’s rear I/O is well populated. Thunderbolt 4 Type-C support gives you a route to external storage and docks that the cheaper boards handle less gracefully.
Who should not buy this: pure gamers. At this price the decision is between this and the Tomahawk, and for gaming alone the Tomahawk’s power stage and 5Gbps controller are the better allocation of the same money.
MSI MEG Z890 ACE Gaming Motherboard (Support Core Ultra Series 2 Intel Processors, LGA 1851, DDR5, PCIe 5.0, M.2, SATA, 10Gbps LAN, USB Type-C, Wi-Fi 7, Bluetooth 5.4, Thunderbolt 4, ATX)
At $589.99 the ACE is a different category of product. 10Gbps wired networking, a substantially heavier power delivery arrangement, extensive M.2 provision with a screwless mounting system, a proper debug LED readout and post code display, and a BIOS with the granular controls that serious tuners want.
The debug display alone changes troubleshooting. On my bench I use a separate POST card for exactly this information, and having it on the board means a stalled boot tells you whether it is memory training, storage detection or a processor fault in seconds rather than through elimination. If you build often, that is worth real money. Our roundup of diagnostic tools for gaming PCs covers the standalone alternative if you would rather not pay for it on every board.
Who should not buy this: anyone running stock settings with one graphics card and two drives. You would be spending $379 more than the Gaming Plus for capability you will not exercise, and that money buys a substantially better graphics card.
What most coverage of this board leaves out
Four things, consistently.
Memory speed claims are two-module figures. The “9200+ MT/s OC” line applies to a two-DIMM configuration, ideally with CUDIMM modules that carry a clock driver on the stick. Populate all four slots and the achievable stable speed falls hard — typically into the 6000-6800 band on this class of board, and sometimes lower depending on rank configuration. If you want capacity and speed, buy two 32GB modules rather than four 16GB ones. This is the single most useful piece of memory advice for the platform and it is almost never stated on a product page.
Thunderbolt 4 support is not the same as Thunderbolt 4 ports. On boards in this price band, support usually means a header that lets you add a compatible expansion card. If you need a rear Thunderbolt port on day one, verify it is physically present in the rear I/O photograph rather than trusting the feature list.
Lane allocation changed generation over generation. On the previous platform, fitting a Gen5 M.2 drive commonly dropped the primary graphics slot to x8. On Z890 the processor supplies separate lanes for the graphics slot and one Gen5 M.2, so that particular compromise usually does not apply. Secondary M.2 sockets fed by the chipset can still disable SATA ports when populated. The block diagram in the manual is authoritative; the marketing bullet list is not.
Rear USB counts vary between revisions. This family has seen SKU revisions, and the rear panel is not identical across all of them. If a specific port matters to you — a second Type-C, or a particular 20Gbps port — confirm it against the current spec table for the exact model number you are buying rather than a review of an earlier revision.
Power delivery, in plain terms
Phase counts are the most misused number in motherboard marketing, so here is how to read them without being misled. A “16+1+2+1” arrangement means sixteen stages for the compute portion of the processor, one for a secondary rail, two for the memory controller domain and one more elsewhere. What actually matters is the current rating of each stage and whether the heat those stages generate has somewhere to go.
Sixteen stages rated at 50A each give you 800A of theoretical capacity. Twelve stages rated at 90A give you 1080A from a smaller, better-cooled arrangement. The board with the bigger first number is not automatically the stronger board. This is why the Tomahawk’s advantage over the Gaming Plus is not primarily about counting stages — it is about heatsink mass, fin area and the thermal pad quality between them.
The practical question is simpler than any of that: does your processor draw enough sustained current to matter? A Core Ultra 5 at stock does not. A Core Ultra 7 at stock does not. A Core Ultra 9 under a sustained all-core production workload does, and a Core Ultra 9 being manually overclocked definitely does. Match the board to the top of that range, not the average, because the failure mode is a machine that is stable in games and unstable during the one long render you needed it for.
One more measurement worth having: VRM temperature is heavily dependent on case airflow across the top of the board, and most modern cases have almost none there. A single 120mm fan blowing across the socket area dropped my measured VRM temperature by 9-11°C on every board tested. If you are running a liquid cooler, there is no CPU fan providing incidental airflow over the power stage at all, which is exactly the configuration where cheaper boards get warm.
How I tested these boards
Each board went onto the bench with the same processor, the same 2x16GB DDR5 kit, the same graphics card and the same power supply, so differences are attributable to the board rather than the surrounding parts. I recorded time from power button to desktop on a clean OS image, memory training success across three different kits including one deliberately awkward four-module configuration, VRM surface temperature after a thirty-minute sustained all-core load measured with a contact probe at the same point on each heatsink, and idle-to-load acoustic behaviour where the board controls fans.
I also deliberately induced faults: pulling a memory module mid-session, removing the graphics card, and disconnecting one EPS connector. That last test is the informative one. Boards differ enormously in how they report a missing power connector — some post a clear message, some show a debug code, and some simply do nothing at all, which is the scenario that has people convinced their brand new processor is dead. Knowing how your board behaves in that state is worth more than any benchmark number on this page.
Driver and firmware state was standardised too, since an early firmware revision can make a board look far worse at memory training than it deserves. If you are carrying components over from an older build, updating the graphics driver cleanly before the first boot on a new platform avoids a category of confusing display faults, and our guide on updating graphics drivers safely covers the removal step people usually skip.
Build notes from the bench
A few practical items that apply to every board here. Install the processor with the board flat on the desk, not in the case — LGA sockets are unforgiving and a dropped chip at an angle bends pins that are effectively unrepairable. Fit the M.2 drives and the cooler backplate before the board goes into the case. Attach both EPS power connectors, using two separate cable runs from the power supply rather than one split cable, because a single run cannot deliver the sustained current a Core Ultra 9 pulls under an all-core load.
Update the BIOS before you start tuning anything. Every board in this family has received firmware revisions that improved memory compatibility, and a board shipped early in the production run may not train a current kit reliably on its original firmware. The flashback button, where present, does this without a processor installed, which is the feature that turns a dead build into a fifteen-minute fix.
On thermal paste, the stock application on most bundled coolers is adequate but inconsistent, and I replace it as a matter of routine — the method matters more than the compound, and our guide on applying thermal paste correctly covers the pattern that actually spreads evenly under an LGA loading mechanism. Finally, keep a magnetic-tipped driver and a parts tray on the desk; the M.2 screws on boards without tool-free retention are small enough to vanish permanently, and our screwdriver set recommendations cover the sizes that actually fit.
Final allocation by budget
Under $200 and wired: the WIFI6E variant at $189.99, without regret. Around $210 and wireless: the Wi-Fi 7 Gaming Plus, which is the default correct answer for this search. Around $230 with several drives planned: the ASUS TUF Z890-PLUS WiFi. Around $257 with a Core Ultra 9: the Tomahawk WiFi II. Around $470 buying the whole platform at once: the Micro Center combo, provided you keep a spare graphics card for troubleshooting. And at $590, the ACE, only if you tune seriously or need 10Gbps networking.
Whatever you pick, spend fifteen minutes with the manufacturer’s spec table and the manual’s block diagram before you order. The board you are choosing between will not change your frame rate. It will absolutely change whether your cooler fits, whether your memory trains, and whether the drive you buy next year has a socket to live in.
