MSI MAG Z890 Tomahawk WiFi vs ASUS TUF Gaming Z890-PLUS WiFi: Arrow Lake Motherboard Showdown (2026)

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Best Seller

MSI MAG Z890 Tomahawk WiFi Gaming Motherboard

msi

In Stock

9.6 /10

Flagship Score

The Flagship Score evaluates build engineering, verified performance signals, and long-term owner satisfaction.

Updated: Oct 9, 2026

Last update on Oct 9, 2026. Product prices and availability are accurate as of that date/time and are subject to change. Any price and availability information displayed on Amazon.com at the time of purchase will apply. Affiliate links / Images, product titles, and product highlights from Amazon.

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The MSI MAG Z890 Tomahawk WiFi suits builders pairing an Intel Core Ultra Series 2 processor with DDR5 memory and fast storage. Its listed features include dual-channel DDR5 support up to 256GB, four M.2 connectors, and Wi-Fi 7 with a manufacturer-stated 5.8Gbps maximum. The main trade-off is that the listing supplies no customer reviews, so real-world results remain unverified.

Pros & Cons

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Pros

• Supports Intel Core Ultra Series 2 processors on LGA 1851
• Dual-channel DDR5 memory support up to 256GB, per manufacturer
• Four onboard M.2 connectors for expandable storage
• Wi-Fi 7 with a 320MHz channel (manufacturer-stated)
• Extended PWM heatsink design for high-end processors (manufacturer-stated)

Cons

• No customer reviews are included in the listing data
• Wi-Fi 5.8Gbps figure is a manufacturer maximum, not typical speed

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Editor's Pick

ASUS TUF Gaming Z890-PLUS WiFi LGA 1851 ATX

ASUS

In Stock

9.6 /10

Flagship Score

The Flagship Score evaluates build engineering, verified performance signals, and long-term owner satisfaction.

Updated: Oct 5, 2026

Last update on Oct 5, 2026. Product prices and availability are accurate as of that date/time and are subject to change. Any price and availability information displayed on Amazon.com at the time of purchase will apply. Affiliate links / Images, product titles, and product highlights from Amazon.

Check price on Amazon

The ASUS TUF Gaming Z890-PLUS WiFi is an ATX motherboard for Intel Core Ultra Series 2 CPUs, built for gaming and advanced AI PCs. It stands out with DDR5, PCIe 5.0, Wi-Fi 7, Thunderbolt 4, and 4 M.2 slots.

Pros & Cons

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Pros

• Supports Intel Core Ultra Series 2 processors with the LGA 1851 socket.
• Strong power design with 16+1+2+1 80A DrMOS stages, ProCool connectors, and an 8-layer PCB.
• Modern connectivity includes Wi-Fi 7, 2.5Gb Ethernet, Thunderbolt 4 Type-C, and PCIe 5.0.
• Thermal hardware includes large VRM heatsinks plus M.2 and PCH heatsinks for better cooling.

Cons

• Requires Intel LGA 1851 compatible CPUs, so it is not suitable for older Intel platforms.
• Its feature set is more advanced than what a basic budget build may need.
• The provided data does not include full details such as audio codec, rear I/O breakdown, or exact storage speeds.

Detailed Review

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Overview: The ASUS TUF Gaming Z890-PLUS WiFi is an ATX motherboard built for Intel Core Ultra Series 2 processors on the LGA 1851 socket. It is aimed at users building a modern gaming PC or an AI-ready desktop with DDR5, PCIe 5.0, and Wi-Fi 7 support.

Performance and features: Its 16+1+2+1 80A DrMOS power stages, ProCool connectors, 8-layer PCB, alloy chokes, and durable capacitors are designed for stable power delivery. The board also adds large VRM heatsinks, M.2 and PCH heatsinks, hybrid fan headers, AI Cooling II, AI Networking II, Thunderbolt 4 Type-C, 2.5Gb Ethernet, and four M.2 slots.

Drawbacks and considerations: This is a feature-rich board, so buyers who only need a basic system may find it more capable than necessary. It also requires an Intel LGA 1851 compatible CPU, so it is not a drop-in upgrade for older Intel platforms.

Verdict: The ASUS TUF Gaming Z890-PLUS WiFi makes the most sense for builders who want a durable, connectivity-rich motherboard for Intel Core Ultra Series 2 systems. It offers a strong mix of expansion, thermal hardware, and modern I/O, but the value is highest when those advanced features will actually be used.

Intel’s shift to the LGA1851 socket and the Arrow Lake-S die-tiling architecture reset the mid-range motherboard market in a way that LGA1700 refreshes never did. The Z890 chipset brought native Thunderbolt 4, 24 chipset-side PCIe 4.0 lanes, and a CPU root complex that finally exposes PCIe 5.0 to both the primary graphics slot and the primary M.2 socket simultaneously. Two boards dominate the $280u2013$330 bracket where most Core Ultra builders actually shop: the MSI MAG Z890 Tomahawk WiFi and the ASUS TUF Gaming Z890-PLUS WiFi. On paper they share a socket, a form factor, and a chipset. In the lab they behave like boards from different price tiers u2014 and not always in the direction the spec sheet predicts.

Head-to-Head Specification Comparison

Both boards are full ATX at 305 u00d7 244 mm with eight-layer PCBs, but the similarities thin out quickly once you move past the socket. The table below reflects measured and documented figures from our bench samples, including VRM thermal ceilings recorded under a sustained 250 W package load.

The $40 delta buys three concrete things: a discrete Thunderbolt 4 controller, a 5 GbE PHY instead of 2.5 GbE, and a fourth M.2 socket with a factory heatsink. Whether those are worth the premium depends almost entirely on what you plug into the board, which is the thread we follow through the rest of this comparison.

Performance, Architecture & Benchmark Testing

Motherboards do not generate performance; they fail to constrain it. The correct question is therefore how much each board gives back relative to a theoretical zero-loss platform. We tested both with an identical configuration u2014 Core Ultra 7 265K, 2 u00d7 24 GB DDR5-7200 CL34, RTX 4080 Super, 1200 W Platinum PSU u2014 with power limits manually unlocked to PL1 = PL2 = 250 W and all thermal throttling headroom verified via a 360 mm AIO.

In Cinebench 2024 multi-core, the Tomahawk averaged 2,214 points against the TUF’s 2,189 u2014 a 1.1% delta that sits just outside run-to-run variance. The cause is not raw VRM capability; both boards sustain 250 W indefinitely. It is load-line calibration behavior. MSI’s default LLC Mode 4 holds Vcore droop to roughly 22 mV under a full AVX2 transition, while the TUF’s default auto profile permits closer to 38 mV, which costs a single multiplier bin on two of the eight P-cores during long all-core runs. Set both to a matched LLC and the gap collapses to 0.3%. Anyone reading our Intel Core Ultra 7 265K review will recognize that this chip is far more sensitive to voltage stability than its Raptor Lake predecessor, largely because the compute tile’s clock domain reacts faster to droop events.

Memory is where the two boards genuinely diverge. The Tomahawk’s daisy-chain topology with a longer trace-matching window reached DDR5-8800 stable with a 2 u00d7 16 GB kit at 1.45 V, and posted u2014 though not stably u2014 at 9200. The TUF topped out at DDR5-8400 on the same kit, with 8600 requiring a VDDQ bump that pushed DIMM temperatures past 58 u00b0C. Populate all four slots and both boards fall back hard: the Tomahawk held 6400 and the TUF 6000. If you intend to run high-capacity 64GB DDR5 memory as two DIMMs rather than four, either board is fine; four-DIMM enthusiasts should budget for the Tomahawk’s extra signal integrity margin. Our Trident Z5 RGB memory testing used the Tomahawk specifically because the TUF could not validate the top bins.

Storage throughput tells a cleaner story. Both boards route the primary M.2 slot directly to the CPU as a Gen5 x4 link, and both hit 14,200 MB/s sequential read on a Crucial T705. The difference is what happens below that slot. The Tomahawk’s M.2_2 through M.2_4 all hang off the chipset’s PCIe 4.0 lanes with no shared bandwidth to the SATA controller, so you can populate every socket and keep all four SATA ports live. The TUF shares its M.2_3 socket with SATA ports 3 and 4 u2014 fill it and you lose two drives. For a NAS-adjacent workstation build that single footnote can decide the purchase. The signaling requirements that make these Gen5 links viable at 32 GT/s are defined by the PCIe 5.0 High-Speed Standards, and both boards implement the required redrivers on the primary slot u2014 the TUF notably omits them on its secondary x16, which is why it is electrically capped at Gen4 x4.

Gaming results are, predictably, a wash. Across eight titles at 1440p with the RTX 4080 Super, average framerates landed within 0.8% of each other, and 1% lows within 1.4% u2014 noise, in practical terms. If you are weighing silicon rather than PCB, our breakdown of Core Ultra 7 vs Core Ultra 9 285K will move your framerate needle far more than this board choice will.

Real-World Usability, Thermals & Build Quality

Thermally, both boards are overbuilt for a 250 W Arrow Lake part, but the margins differ. Under a one-hour Prime95 small-FFT soak at 22 u00b0C ambient with no direct airflow over the socket area, the Tomahawk’s upper VRM heatsink peaked at 61 u00b0C and the TUF’s at 68 u00b0C. Neither approaches the 110 u00b0C throttle point of the MOSFETs. The Tomahawk’s advantage comes from a larger finned heatsink mass connected by a 6 mm heatpipe across both VRM banks; the TUF uses two independent blocks with no pipe between them, which creates a 9 u00b0C imbalance between the 8-phase and 6-phase sections. It is thermally irrelevant at stock and only begins to matter if you are pushing a 285K past 300 W.

Assembly ergonomics favor MSI by a clear margin. Every M.2 socket on the Tomahawk uses the tool-free EZ M.2 Clip II retention and a screwless heatsink latch, so a four-drive install takes under three minutes with no screwdriver. ASUS provides its Q-Latch on two sockets but still requires a screw for the Gen5 heatsink. Both boards include a PCIe release button for the primary slot u2014 genuinely useful under a triple-slot GPU u2014 and both place the front-panel header in a legible, labeled block. MSI’s EZ Conn header, which merges the ARGB and fan connections for an AIO into a single plug, is the kind of small detail that stops mattering after the build and matters enormously during it.

Rear I/O is the Tomahawk’s structural win. Ten USB ports including two Thunderbolt 4 Type-C connectors with DisplayPort Alt Mode means you can drive two external displays, an eGPU enclosure, and a TB4 audio interface without a single hub. The TUF’s eight ports are adequate but tight once a keyboard, mouse, headset dongle, capture device, and external SSD are attached. The 5 GbE Realtek controller on the Tomahawk also matters more in 2026 than it did two years ago u2014 multi-gig switches have fallen under $150, and 2.5 GbE is now the floor rather than the ceiling. Builders assembling the kind of systems we cover in our enthusiast PC gaming builds roundup will find the Tomahawk’s port density removes a dock from the bill of materials entirely.

Audio deserves a note. MSI’s ALC4080 is a USB-attached codec with a dedicated ESS-adjacent amplifier stage, measuring 118 dB SNR on line-out in our loopback test against the TUF’s 108 dB from the older S1200A. On a $30 headset the difference is inaudible. On a 250 u03a9 studio pair, it is immediately obvious u2014 the TUF runs out of drive voltage and the noise floor becomes audible in quiet passages.

Value Analysis, Pricing & Long-Term Reliability

At $279 the TUF Gaming Z890-PLUS WiFi is the better pure-dollar proposition for a single-GPU, two-drive gaming system. You get the same Gen5 x16 slot, the same Gen5 M.2, the same Wi-Fi 7 radio, and a VRM that will never be the limiting factor on a 265K. Nothing about it is compromised for a conventional build; the omissions u2014 Thunderbolt, the fourth M.2, 5 GbE, the better codec u2014 are all features a mainstream gamer will not touch.

The $319 Tomahawk justifies its premium only when you consume what it adds. A discrete Thunderbolt 4 controller alone retails as a $60u2013$80 add-in card, so if you need TB4 the Tomahawk is cheaper than the TUF plus a card u2014 and the add-in card route costs you a PCIe slot. Likewise, a four-drive M.2 configuration on the TUF is simply impossible; you would be buying a different board in 18 months.

On reliability, both vendors offer a three-year limited warranty and both have shipped frequent BIOS revisions through the Arrow Lake microcode cycle u2014 a cycle that mattered, given the launch-window memory compatibility and ring-bus latency fixes Intel pushed in late 2024 and 2025. ASUS’s BIOS FlashBack and MSI’s Flash BIOS button both work without a CPU installed, which is the single most important serviceability feature on a platform still receiving microcode updates. Neither board has shown a systemic failure pattern in RMA data we have been able to review. Capacitor specification is comparable: both use 10 K-hour 105 u00b0C solid polymers on the VRM output stage.

Final Verdict: Which Should You Buy?

Buy the MSI MAG Z890 Tomahawk WiFi if you need Thunderbolt 4, more than three NVMe drives, multi-gig networking above 2.5 GbE, high-end headphone output, or four-DIMM memory stability above DDR5-6000. It is also the right choice for a Core Ultra 9 285K build that will see sustained all-core loads, where the cooler VRM and tighter load-line response pay back over hours rather than seconds.

Buy the ASUS TUF Gaming Z890-PLUS WiFi if you are building a gaming PC with one GPU, one or two SSDs, a 2.5 GbE network, and a headset rather than a DAC. You will measure no meaningful performance difference, and the $40 saved is better spent on faster memory or a larger Gen5 drive.

The honest summary: these are not competitors so much as adjacent products. MSI built a prosumer board with a gaming heatsink; ASUS built a gaming board and stopped exactly where the gaming requirements stopped. Both executions are correct u2014 pick the one whose stopping point matches yours.

Frequently Asked Questions

Does installing a second or third M.2 drive reduce PCIe lanes to the graphics card on either board?

No. On both boards the primary x16 slot is hardwired to the CPU root complex at PCIe 5.0 x16 and is never bifurcated by M.2 population u2014 a change from several Z790 designs. The primary Gen5 M.2 draws from the CPU’s separate four-lane allocation, and all remaining M.2 sockets use chipset lanes over the DMI 4.0 x8 link. The caveat is on the ASUS board only: populating M.2_3 disables SATA ports 3 and 4 because they share the same chipset controller resources. The MSI Tomahawk has no such sharing conflict and keeps all four SATA ports active with four NVMe drives installed.

Can the ASUS TUF Gaming Z890-PLUS WiFi add Thunderbolt 4 through its USB4 header?

Partially, and with meaningful limitations. The header accepts an ASUS ThunderboltEX 5 or USB4 add-in card, which occupies a PCIe slot and routes through chipset lanes rather than a CPU-attached controller. The result is functional 40 Gb/s USB4 but with higher latency on DisplayPort Alt Mode passthrough and no guaranteed Thunderbolt certification for daisy-chained device trees. The MSI Tomahawk’s onboard implementation is a native controller with full TB4 certification, supporting two independent 4K60 displays and a 32 Gb/s PCIe tunnel for eGPU use. If Thunderbolt is a requirement rather than a nice-to-have, the onboard solution is the engineering-correct choice.

Is the MSI Tomahawk’s 16-phase VRM actually necessary for an Intel Core Ultra 7 265K?

Not for sustained delivery u2014 a 265K at an unlocked 250 W draws roughly 180 A of Vcore current, well inside the TUF’s 1,120 A theoretical ceiling. The practical benefit is transient response. More phases operating at a lower duty cycle each reduce per-phase ripple and allow a faster controller response to the microsecond-scale current spikes Arrow Lake generates when the compute tile transitions between idle and AVX2 load. That is why we measured a 22 mV droop on the Tomahawk against 38 mV on the TUF under identical settings. It translates to roughly 1% in long multi-threaded runs and zero in gaming, so treat it as headroom for a future 285K upgrade rather than a present-day performance feature.