MSI X670E GAMING PLUS WIFI Motherboard Review UK (2026) - The Honest Verdict

Pick the wrong motherboard and you'll feel it for years. Wrong VRM, and your CPU throttles under load. Skimpy M.2 slots, and you're out of storage options before you know it. Bad BIOS, and every overclock session becomes a proper headache. The MSI X670E GAMING PLUS WIFI Motherboard lands in that interesting mid-range bracket where the specs look genuinely exciting on paper, and the good news is that 452 owners largely agree the reality matches the promise. This is a board worth getting excited about, but with a couple of caveats worth knowing before you hand over your cash.

What makes this one stand out isn't any single feature. It's the combination: a 14+2 phase VRM with 80A smart power stages, four M.2 slots including a Gen5 slot, Wi-Fi 6E, and PCIe 5.0 support for your GPU, all on an AM5 platform that still has years of CPU upgrade headroom ahead of it. For the price tier this sits in, that's a genuinely compelling package. The 4.4-star average from real owners isn't an accident.

So yes, this is a recommendation, with eyes open. Read on and I'll break down exactly what you're getting, where MSI has made smart choices, and the one or two places where you should temper expectations.

That's a lot of feature for the mid-range bracket. Boards at this price point often compromise somewhere obvious, like dropping to three M.2 slots, or skimping on the rear USB spec, or leaving out Wi-Fi entirely and making you buy an add-in card. MSI has avoided most of those traps here. The inclusion of a Gen5 M.2 slot is particularly notable given where this board sits on price, because Gen5 SSDs are starting to become genuinely relevant for content creators and heavy workloads.

The 6-layer server-grade PCB with 2oz thickened copper is worth flagging too. This isn't just marketing copy. Thicker copper traces mean better power delivery efficiency and better signal integrity, which matters when you're pushing DDR5 at 7800MHz and beyond. It's the kind of detail that separates boards that age well from boards that start causing weird stability issues eighteen months in.

The board supports Ryzen 7000, 8000, and 9000 series processors out of the box, which covers everything from the original Zen 4 launch chips right through to the latest Zen 5 parts. If you're buying a Ryzen 9000 series CPU, you shouldn't need a BIOS update before first boot, which removes one of the more annoying potential first-build headaches. That said, if you're pairing this with a very new CPU revision, it's always worth checking MSI's support page before assembly, just to confirm you have the latest BIOS loaded. MSI's BIOS update process via their official product page is reasonably straightforward.

One thing worth noting: AM5 uses LGA1718, meaning the pins are on the motherboard rather than the CPU. That's a change from AM4 for anyone coming from older AMD builds. Handle the socket carefully during installation. If you're bringing an AM4 cooler across, check your cooler manufacturer's compatibility list because the mounting mechanism changed. Most modern coolers from major brands include AM5 brackets, but older budget coolers sometimes don't. It's a five-minute check that saves a frustrating discovery on build day.

Overclocking support is full and unrestricted on X670E. You can adjust CPU frequency, memory frequency, voltages, and timings without artificial chipset-level locks. This is in contrast to B650 boards, which technically support EXPO and XMP memory profiles but can be more restrictive on manual tuning depending on implementation. If you're the sort of person who wants to push DDR5 memory to its limits or dial in a custom all-core overclock on a Ryzen 9000X3D chip, X670E gives you the platform to do it properly.

The chipset also brings a dedicated pump-fan header, which is a small but genuinely useful feature for anyone running an all-in-one liquid cooler or a custom loop. It means your pump runs at consistent speed rather than being controlled by a generic fan header that might throttle it based on temperature curves. MSI has also included a dedicated chipset heatsink alongside the VRM heatsinks, which matters because X670E runs two chipset dies and they generate real heat under sustained load. Boards that skimp on chipset cooling can see thermal throttling on the chipset itself, which shows up as random storage or USB instability. The heatsink coverage here should prevent that.

But raw phase count and amperage ratings only tell part of the story. Thermal management matters just as much. MSI has fitted 7W/mK MOSFET thermal pads and an extended heatsink across the VRM area. The 7W/mK thermal conductivity rating on those pads is notably better than the generic 3 to 4 W/mK pads you often see on cheaper boards. Better thermal conductivity means the heatsink actually pulls heat away from the MOSFETs efficiently, which keeps temperatures lower under sustained load. Real owners running Ryzen 9 7950X and 9950X chips, which are among the most power-hungry AM5 parts available, report stable temperatures without thermal throttling. That's the real-world validation that matters.

The Duet Rail architecture is MSI's approach to splitting the power delivery into two parallel rails rather than a single rail, which improves current distribution and reduces ripple. Combined with the 6-layer PCB and 2oz copper traces, this is a power delivery setup that punches above its price tier. Boards from competitors at similar prices sometimes use fewer phases with lower-rated MOSFETs, or use cheaper thermal interface materials that compromise long-term stability. MSI has made the right call here, and it shows in the owner feedback where VRM-related complaints are notably absent.

MSI's Memory Boost isolated circuitry is designed to reduce electrical interference from other board components, which helps maintain signal integrity at high memory frequencies. The JEDEC DDR5 specification defines the base standard, but EXPO (AMD's equivalent to Intel's XMP) profiles let you load validated overclocked settings with a single BIOS toggle. This board supports both EXPO and XMP profiles, so whether you're buying AMD-tuned memory or Intel-tuned memory, you should be able to load a profile and hit rated speeds without manual timing work.

The practical implication of 7800+ MHz support is significant. DDR5 memory performance has a real impact on Ryzen processors because of how the Infinity Fabric interconnect scales with memory speed. Getting your memory running at 6000MHz or above, which is well within this board's comfortable range, noticeably improves gaming frame rates and productivity workload throughput compared to running at the JEDEC default of 4800MHz. This board gives you the headroom to extract that performance properly, which is exactly what you want from a platform investment.

MSI Shield Frozr thermal covers are fitted across the M.2 slots. This matters more than people sometimes realise. NVMe SSDs, particularly Gen4 and Gen5 drives under sustained sequential write loads, generate significant heat. Without adequate thermal management they throttle, which is exactly what you don't want when you're moving large files or loading game assets. The Shield Frozr covers use thermal pads to pull heat into the heatsink, keeping drive temperatures in a sensible range. Owner reports suggest this works well in practice, with no thermal throttling complaints appearing in the review pool even from users running multiple high-speed drives simultaneously.

It's worth mentioning that all four M.2 slots support NVMe protocol. The board also includes standard SATA connectivity for anyone still running SATA SSDs or HDDs, which covers legacy storage needs without forcing you to abandon existing drives during a platform upgrade. The combination of four M.2 slots and SATA support means this board will handle virtually any storage configuration you throw at it, whether you're a content creator with terabytes of project files or a gamer with a library that would make Steam blush.

The secondary x16 slot runs at PCIe 4.0. This is useful for a second GPU in certain workloads, a capture card, a 10GbE network card, or any other PCIe expansion device you might need. Having it as a physical x16 slot rather than an x4 or x1 slot gives you flexibility for larger cards. The PCIe 4.0 bandwidth is more than sufficient for capture cards, network cards, and similar expansion devices.

Lane sharing is something to be aware of on X670E boards generally. When you populate M.2 slots, some configurations can affect the bandwidth available to other slots depending on the specific lane routing MSI has implemented. It's worth checking MSI's manual for the specific sharing matrix before finalising your storage and expansion card configuration. In practice, for a typical gaming or workstation build with one GPU and two or three M.2 drives, you're unlikely to run into issues. The X670E chipset brings enough lanes to the party that lane starvation is a problem for very specific edge-case configurations rather than typical builds.

Video output covers HDMI 2.1 and DisplayPort 1.4. These are present for iGPU use, which is relevant if you're running a Ryzen processor with integrated graphics (like the Ryzen 8000G series APUs) or if you need a display output during GPU troubleshooting. HDMI 2.1 supports up to 4K at 120Hz and 8K at 60Hz, while DisplayPort 1.4 handles 4K at 120Hz with DSC compression. Both are current-generation standards that won't limit you with a modern monitor.

The 7.1 HD Audio with Audio Boost handles onboard sound. MSI's Audio Boost implementation uses dedicated audio circuitry separated from the main PCB ground plane, which reduces electrical interference and results in cleaner audio output than you get from boards that route audio through the same ground as everything else. For most users, onboard audio at this level is perfectly adequate for gaming headsets and desktop speakers. Only if you're running a high-end DAC/amp setup for audiophile headphones would you consider a dedicated sound card, and even then the Audio Boost output is a decent starting point.

The wired networking is 2.5Gbps LAN, which is the sensible step up from gigabit that the market has largely standardised on for mid-range and above boards. If your router or switch supports 2.5GbE, you'll see real-world file transfer speeds roughly double what gigabit delivers. For NAS users, content creators moving large files between machines, or anyone who's ever been frustrated by gigabit bottlenecks, 2.5GbE is a genuinely useful upgrade. And if your current networking gear is gigabit-only, the board will still negotiate down to 1Gbps without any issue.

Having both 2.5GbE and Wi-Fi 6E on the same board means you're covered for wired and wireless without spending extra on add-in cards. This is the kind of complete package that makes a board feel properly thought through rather than specced to a minimum. Some owners in the review pool specifically called out the Wi-Fi reliability as a positive, with stable connections and good range reported in typical home environments. No significant complaints about the networking hardware appear in the owner feedback, which is the quiet success story you want from a component that just needs to work.

Memory overclocking is where the BIOS earns its keep. Loading an EXPO profile is a single toggle, and the board has a good reputation for actually hitting rated memory speeds reliably rather than requiring manual intervention to stabilise. Owners running DDR5-6000 and DDR5-6400 kits report clean EXPO profile loading without the repeated boot loops that plague some competing boards. For manual tuning, the voltage and timing controls are all present and accessible. The Memory Boost circuitry on the board itself helps, but the BIOS implementation matters too, and MSI has done the work here.

BIOS update frequency is worth mentioning. MSI has been consistent about releasing BIOS updates that improve memory compatibility, add support for new CPU revisions, and address stability issues as they're identified. The Ryzen 9000 series support was added cleanly, and owners who updated to Ryzen 9000 chips report smooth transitions. One thing some owners flagged is that the initial BIOS on early units needed updating for best stability, which is fairly common for boards that shipped before the Ryzen 9000 launch. Downloading the latest BIOS before your first build session is always good practice anyway, and MSI's flash process via USB is straightforward.

Aesthetically, MSI has gone with a dark, understated look. The board doesn't scream for attention, which I personally appreciate. RGB lighting is present but not overwhelming. If you're building in a case with a tempered glass side panel and want the inside to look good, the board contributes to that without dominating it. If you don't care about RGB at all, it's not going to bother you either. The Steel Armor on the primary PCIe slot adds a premium touch and serves a functional purpose, which is exactly the kind of design decision I respect.

The layout is sensible. The 24-pin ATX power connector is in the expected position, the CPU power connectors are accessible at the top of the board, and the M.2 slots are positioned to avoid cable clutter conflicts with the GPU. The dedicated pump-fan header is clearly labelled. Fan headers are distributed around the board rather than clustered in one corner, which makes cable management easier in practice. None of this sounds glamorous, but good layout decisions are the difference between a build that goes together cleanly in two hours and one that has you rerouting cables and swearing for an afternoon.

The Gigabyte X670E AORUS Elite AX sits at a similar price point and offers comparable VRM specs. Gigabyte's BIOS has improved significantly in recent years, though it still lags behind MSI and ASUS in terms of memory overclocking ease in some user reports. The AORUS Elite AX does offer strong build quality and good thermal management. It's a closer fight than it used to be, and it comes down to brand preference and specific feature priorities.

Where the MSI X670E GAMING PLUS WIFI wins clearly is the combination of four M.2 slots, the Gen5 M.2 slot, the 20Gbps USB Type-C rear port, and the VRM quality at this price tier. It's a more complete package than most of its direct competition, and the 4.4-star owner rating across 444 suggests real-world satisfaction backs up the spec sheet promise.

First boot experiences reported by owners are generally clean. Memory profiles load correctly, the BIOS detects components reliably, and the system posts without drama in most cases. A handful of owners reported needing a BIOS update before their specific CPU was recognised, which is expected for boards that shipped before the Ryzen 9000 launch window. MSI's BIOS flash via USB (without a CPU installed, using the dedicated flash button if present) is a feature that removes the chicken-and-egg problem of needing a working CPU to update the BIOS for a new CPU to work. Worth checking the specific board revision you receive to confirm this capability.

The fan headers and their placement get specific praise from builders who care about cable management. Six fan headers across a well-distributed layout means you're not running long cables across the board to reach headers clustered in one area. The dedicated pump header means your AIO pump runs at the right speed from day one without needing to manually configure it as a fan header. These are the small details that make a build feel polished rather than cobbled together.

Complaints are relatively few and follow predictable patterns. Some owners experienced initial BIOS issues that were resolved with updates, which is a known quantity for any enthusiast board. A small number of owners had DOA units, which happens with electronics at some frequency regardless of brand. Amazon's returns process handles these cases efficiently. A few owners wished for more USB ports on the rear panel, which is a fair observation though not unusual for this price tier.

The BIOS feedback specifically is encouraging. Owners who've used other brands' BIOS interfaces often comment positively on MSI's Click BIOS 5 by comparison. Memory compatibility is highlighted as strong, with kits from major brands hitting rated speeds reliably. One recurring theme in positive reviews is the board just working without requiring extensive troubleshooting, which is exactly what you want from a platform investment that's supposed to underpin your system for years.

The comparison to budget B650 boards is worth making explicit. You can save meaningful money by dropping to B650, and for a budget build that's a legitimate choice. But B650 typically means fewer M.2 slots, lower VRM specifications, and sometimes the absence of Wi-Fi. If you're building a system you intend to keep for four or five years and upgrade the CPU within the AM5 platform, the X670E investment makes sense. The extra chipset capability and better power delivery give you more headroom for future Ryzen chips that may demand more from the platform.

The comparison to premium X670E boards above this price point is equally instructive. Boards in the premium tier offer more USB ports, sometimes better audio implementations, additional PCIe slots, and more elaborate aesthetics. But the core functionality, VRM quality, and storage options of the MSI X670E GAMING PLUS WIFI match or approach those premium boards at a meaningfully lower price. Unless you have specific needs that require the extra connectivity of a flagship board, the value proposition here is genuinely strong.

• BIOS may need updating for newest CPUs: Standard for any board, but worth knowing before build day
• Rear USB port count: Some owners wanted more USB-A ports on the rear panel
• 4-stick high-speed memory: Maximum memory frequency requires 1DPC 1R configuration (two sticks)

Who should buy it: Ryzen 7000, 8000, or 9000 builders who want a stable, well-featured ATX board with strong power delivery, four M.2 slots, and complete networking without paying flagship prices. Content creators who'll use multiple fast NVMe drives will particularly appreciate the storage configuration. Gamers who want a board that won't limit their CPU or GPU now or in the near future will find this fits the bill.

Who should skip it: If you're on a tight budget and a B650 board genuinely meets your needs, save the money. If you need a very high port count rear USB panel for a workstation-style setup with many peripherals, look at premium-tier X670E boards. But for the majority of enthusiast builders who want proper mid-range performance without mid-range compromises, this is a board that delivers. The 4.4-star rating from 452 real owners isn't a surprise once you look at the spec sheet properly. This one earns it.

Editorial score: 8.5 out of 10.

The honest truth is that for most AM5 builders in 2026, the MSI X670E GAMING PLUS WIFI hits the sweet spot. But knowing where the edges of that sweet spot are helps you make the right call for your specific build.