Customer Ratings & Reviews

To say I was excited about getting the Asus - Tuf Gaming X870-Plus WIFI (Socket AM5) AMD X870 ATX DDR5 Wi-Fi 7 Motherboard in black is an understatement. I have been building computers for years and have built a few with Ausus Motherboards. However, I have never had the pleasure of building on a Motherboard like the X870-Plus. Also, this is only my second build with an AMD chip and I am so excited to have the newest technology. I have always used either Gygabyte or Ausus for Motherboards and I like both. However, if you like a more modern BIOS that is easier to use in easy mode I would recommend Ausus. I really like their UEFI Bios, especially for beginners. I remember the days when you had to update a BIOS from the BIOS and it was a more risky endeavor. These days with companies like Ausus you can update the BIOS right from your desktop. This motherboard is is great for many reasons like for one the four M.2 slots for the fastest ssd hard drives available. In the past I liked running 2 ssd’s in raid 0 for my system drive so I love that now motherboards like the Ausus X-870 a full sized ATX motherboard has Raid 0+1 which offers most of the speed of raid 0 with the piece of mind that you also have the data protection of Raid 1. With the 870-X you can run your system in Raid 0+1 and your storage array in Raid 6 and you can still add some Sata Drives for even more storage or perhaps even set up a dual boot system with something like Windows and a Linux Distro like Ubuntu. For those who do not know you can also set up a computer with two Windows Operating systems and boot into either one. This gives you the ability to recover data in the event you run into to trouble on one. It is nice to have that flexibility with a motherboard that would allow you to have both systems on fast M.2 SSD drives. The Ausus 870-X will also take in my eyes all the ram you want to throw at it. Supporting up to 192 gigabytes of DDR5 ram up to speeds of 8400 mhz overclocked. It also has two PCI-E x16 Slots for top dual GPU performance if you desire. Also, I really like having WIFI and Bluetooth built in. I remember having to buy extra components to get those features a few years back with other motherboards I used. The 870-X also has a nice array of USB ports on the I/O plate with 8 USB type-A ports ranging from USB 2 to 3.2 and speeds up to 10 Gigabytes. Then it has two USB-C ports capable of 40G that will of course handle whatever you throw at them. The heat sink the capacitors and the low and high side MOSFETS for your power needs rated at 80 amps each are all a step above your run-of-the-mill motherboard. Basically, I could go on and on about all of the great features of this Asus motherboard. If you are looking to build a great gaming rig powered by some of the best AMD cpu’s from now and into the future. The Ausus Tuf Gaming X870 is a great choice and while it may technically be a mid to upper mid-range motherboard to me it seems high end and I feel like it delivers a great value for the price point.

Alongside your choice of power supply, the motherboard is the most vital component of any PC system build that should not be underestimated. Time and again I’ve seen a great build hamstrung by a cheap motherboard that can’t keep up with the demand of a high-power processor, leaving tons of performance on the table and oftentimes presenting the user with a conundrum on how to connect all the devices, storage, fans, or expansion cards they want. The ASUS X870-Plus TUF Gaming WiFi (X870+ TUF from here on, for short) aims to be a midrange motherboard with a bevy of gaming-forward features and port selections, while offering a good quality power configuration for AMD’s latest and greatest desktop CPUs. Indeed, the X870+ TUF is a competent board that doesn’t break the bank for one of the most feature-filled AM5 chipsets. An important disclaimer: This review will be geared toward PC-building enthusiasts. If you’re a novice user or tinkerer who hasn’t built a custom desktop PC before, you will want to look into guides and videos for how to build a PC before purchasing a motherboard. Best Buy’s Geek Squad can point you in the right direction or offer build services, but by and large if you aren’t sure whether you need this item, then you likely do not. - Unboxing and Setup Since motherboards are the figurative (and sometimes literal) backbone of a PC build, you won’t find much in the way of installation instructions in the packaging. Instead, ASUS ships this board with a user manual showing a basic overview and instructions for installing individual components into the motherboard. The only accessories included are the WiFi antenna, an M.2 screw and rubber spacers for single-sided disks, and two SATA data cables. The I/O shield is integrated. Mercifully, the AM5 generation of processors moved to land-grid array (LGA) layout, so there are no longer pins on the processor to contend with. Much like Blue Team motherboards, AM5 motherboards and the X870+ TUF have a spring-loaded socket with pins protected by a plastic cover to prevent shipping damage. The zero-insertion-force mechanism is intuitive and easy to use. Better yet, the AM5 socket is largely backwards-compatible with AM4 coolers that used the stock AM4 backplate, though coolers that utilize custom backplates will need to be checked for AM5 compatibility or adapters from the vendor. Once I had my system assembled, the first feature I took advantage of was the BIOS Flashback. This allows you to update the motherboard’s firmware (BIOS) without needing to install a CPU or boot the system; simply place a copy of the BIOS file downloaded from ASUS’ website to the root of a [FAT32-formatted] USB disk, connect to the indicated USB slot on the rear, hold the flashback button, and let the system update until the status LEDs finish flashing. This can serve as both an update vector and a CMOS clear (BIOS settings reset) in a pinch if accessing the CMOS battery near the second PCIe slot is difficult due to your build configuration. - Configuration & Feature Set This is a very gaming-focused motherboard that eschews some typical port selections for ones that are more relevant for high-end, single-GPU PC gaming. Only two full-length PCIe slots exist; the upper one is rated for PCI Express 5.0 x16, and the lower one is PCI Express 4.0 x4. The four M.2 SSD slots are split with 2 being PCIe 5.0 x4 and the other 2 being PCIe 4.0 x4, and one of the 4.0 slots is shared with the lower, full-length PCI Express slot. In other words, you have the choice between having one PCIe slot active with 4 M.2 devices, or both PCIe slots active with 3 M.2 devices. Choose accordingly - and know that the first 3 M.2 slots have TUF heatsinks while the last one (the shared one) is bare. Beyond that lane sharing, the X870+ TUF has a great array of ports for modern and legacy connectivity. Two SATA ports offer older storage or optical disc drive (remember those?) connections, 8 USB-A ports comprise 4x 3.2Gen1 ports, 3x 3.2Gen2 ports, and a single USB 2.0 port. The two USB-C ports are USB4 rated for 40Gbps throughput, but are not Thunderbolt certified. For those who are curious or picky about their chipsets: > 2.5G LAN is powered by a Realtek RTL8125BG chipset. > WiFi 7 / Bluetooth is powered by a MediaTek MT7925 chipset. > Onboard audio is powered by a RealTek ALC1220P chipset. There is no S/PDIF audio output. One of my biggest gripes with most midrange and some high-end motherboards are a lack of fan and pump headers…which the X870+ TUF alleviates by offering 8 of them alongside 3 ARGB 5v headers. This should be plenty for most any case and airflow configuration outside large “fishtank” builds, though it would have been nice to see at least one of these headers near the I/O panel for better flexibility with rear-mounted exhaust fans. Still, few complaints here. RAM selection is very flexible on this board, with the Qualified Vendor List (QVL) listing DDR5 memory modules up to 8,000MHz. The board officially supports up to 192GB (4x48) of RAM across its four DDR5 DIMM slots, and up to 256GB (4x64) with Ryzen 8000 series CPUs and newer. Bear in mind that the memory controller of your CPU will likely struggle to reach rated speeds when all four slots are used, and thus in a gaming focused setup you will want to keep to two memory modules for the fastest speeds and best results. - Overclocking Sporting two 8-pin EPS power connectors, the X870+ TUF suggests it can handle high current draw to push an AM5 processor to the limit. Compared to other AM5 motherboards, the 80-amp voltage regulators are configured as doubled 8-phase for VCore and 2+1 phase for SOC & DrMOS, which is a cost-optimized setup compared to higher end boards, but the doubling-up of power phases for the CPU is a good method to maintain voltage stability when overclocking. In simpler terms - the X870+ TUF has a good power configuration for modest overclocking for a daily-used system. You won’t be pushing chips to world record heights with this board, but if your intent is to enable AMD’s Precision Boost Overdrive (PBO) and let the chipset handle performance and voltage adjustment automatically, this board will push the same chip to virtually the same height as a more expensive, overbuilt board - so much so as to be all but unnoticeable outside of benchmark or framerate numbers. This motherboard has all the usual settings for overclocking and voltage adjustments, including the all-important load line calibration. ASUS also advertises their “AI overclocking” feature, but don’t be fooled by the name - it simply increases frequencies and voltages within some set parameters and runs quick internal benchmarks to find stability. I personally did not tweak my CPU settings at a fine level; I simply enabled PBO and threw in a -100mV VCore offset to slightly lower operating temperature in the long run. No stability issues during stress testing. [Disclaimer: overclocking technically voids your CPU and motherboard warranty as you are running both outside their “safe” design specifications. Overclocking is done at your own risk, and the BIOS will notify you of the same prior to enabling.] - Bottom Line If you made it this far into the review, the ASUS X870-Plus TUF Gaming WiFi was likely on your shortlist already, and I hope I could shed some insight into the details of its configuration and limitations with PCIe lane sharing. I’ve been running this board for a few days with an 8400F, intending to upgrade to a 9000X3D series chip down the road. As an upper-midrange board it gets the job done at a reasonable price, and the wide selection of rear ports and four M.2 lanes will allow me to build out an absolute beast of a desktop over the next year. The usual caveat of ASUS’ reputation for quality control and customer service applies, but to date I have not had an issue with any ASUS computer component, including this one. At a $309.99 MSRP, the X870+ TUF comes recommended!

At ~$300, this board is on the higher end of x870 offerings. The 16 stage power delivery is far more than sufficient to overclock a 9950x with a custom water cooling loop, and the EPS power connectors use solid pins, which increases their current rating. It includes Asus’ color-coded POST debug LEDs, but at this price,I’d really prefer to see a seven segment debug display. It’s getting harder and harder to find those on motherboards under highly inflated ~$500 price tags. This board is built for overclocking; Why deny one of the most useful features in that department? It’s not the end of the world, since Asus has pretty good recovery for overclock failures, but it’s still something I’d like to see, because pretty good isn’t perfect. There are times when failed settings can still bootloop forever, and there are times when memory training takes a bit longer than usual and it might seem like a failure, but it isn’t. Real seven-segment post codes are helpful in those situations. Asus claims to have validated memory kits up to 8000MHz on this board, with the caveat, of course, that memory performance is dependent on the CPU’s silicon as well, and this is particularly relevant in AMD Ryzen systems. Getting to, or past, 8000MHz on motherboards with four dimm slots is difficult. Silicon lottery is involved with the memory controller on the CPU, and some of them just can’t do it. I have a 2x24GB memory kit from TeamGroup with an 8200MHz XMP profile, which absolutely did not work out of the box. Asus includes a variety of memory overclocking presets in the BIOS, and I was able to pick the 7600MHz 2x24GB Hynix preset and then tune it from there. I eventually got 7800MHz stable, and 8000MHz can boot, and even complete some benchmarks, but hitting it with a full bandwidth test like Prime95 large FFTs will cause the system to reset. The behavior I’m seeing makes me think it’s my CPU tapping out rather than the memory or motherboard, past 7800MHz. Due to the design of the Ryzen memory controller, there’s somewhat of a stepping stone of optimal frequencies. 6000MHz is standard, most CPUs can hit 6200MHz, great ones can hit 6400MHz, and godlike ones can hit 6600MHz - then you get a reduction in performance unless you can run memory at 7800MHz+. In fact 6600MHz would probably be faster than 7800MHz, but I haven’t seen any good benchmarks given that that capability is so rare. This board does boast Asus’ dual-mode OC functionality, as well as some sort of ‘AI’ overclocking, but I can’t comment on the efficacy of either of those as they are not compatible with the 7800x3d. It has locked clock multipliers. All you can do is enable PBO and undervolt via the curve optimizer or curve shaper. I can say that with the load-line calibration at level 1, and with a very conservative -10 on the curve optimizer, the aforementioned 7800MHz memory with vSOC at 1.0v, fclk/uclk synced at 1950MHz, I can maintain just over a 4.8GHz effective clock on all cores in Cinebench R24, with software reporting the CPU package power at 69-71 watts in this scenario. That gives you an incredible amount of thermal headroom, the CPU only reaching 67C in my case, but the lack of asynchronous eclk on this motherboard means that the older locked 3d cache chips can’t really make use of it. Changing the bclk is an option, but it is notoriously unreliable, especially with higher speed PCIe v4/v5 devices. As for general nice/convenient features of the board, the front USB-C header supports USB-C power delivery up to 30 watts, which is great, especially at this price. The NVMe drives snap into place with a new pressure-based clip system rather than finnicky little latches or tiny screws, which is very convenient, particularly if swapping drives with the motherboard in a vertical orientation. The wifi antenna is detached with a magnetic base, and the plugs use an easy push-clip system rather than screw terminals. There’s a COM header, for those who may want a native serial port, and there’s a soldered debug header which sends POST codes, for those with the know-how to hook up to it. I’d still like a seven-segment LED onboard, though! There’s also BIOS flashback, which has been mandated by AMD for a while now, so you can update it for new CPU support without having a CPU installed, if necessary. The wifi/bluetooth module is a realtek one, which some people dislike, but it hasn’t given me any issues thus far. The x870 chipset feels like a bit of an odd move from AMD. By some measures, it’s less capable than x670, and even b650e, while bringing in mandatory support for new features like USB4 and PCIe 5.0 support on the primary expansion slot and at least one NVMe slot. It has a lower number of usable PCIe lanes than x670, which leads to the unfortunate choice on this motherboard between using all four NVMe slots or using the bottom expansion slot, which is limited to x4 4.0 speeds from the chipset.The primary slot must also be bifurcated to x8 to use one of the secondary NVMe slots as well - leaving four of the potential lanes unused. Why didn’t they route them to the third NVMe, offering three slots at 5.0 speeds and using the pair of x4 connections off the chipset on the 4th NVMe and bottom PCIe slot? Probably cost reasons, routing gen 5 lanes is quite expensive, but either way it’s unfortunate to see them unused in that scenario. All in, I feel like this board is best positioned as a sort of no-frills hardcore overclocking board. You get Asus’ excellent voltage regulation and power delivery, which can easily juice a 9950x to the limits of conventional cooling, as well as very good memory OC for a 4-dimm motherboard. Most users only need one GPU and one or two NVMe drives, so the lack of expanded PCIe isn’t an issue for most cases. The aesthetic will fit most types of builds without much fuss and it has some nice-to-have features for the price, and the built-in memory overclocking presets tailored for the board have worked flawlessly for me. They even have tighter timings than you’d expect from most XMP/EXPO presets. For those looking to get the most out of their hardware, that don’t need extensive support in terms of loading their motherboard up to the gills with NVMe drives and add-in cards, it would be hard to go wrong with this board.

I recently upgraded to the ASUS TUF GAMING X870-PLUS WIFI motherboard for my new AMD Ryzen build, and I’m beyond impressed. This motherboard has exceeded all my expectations in terms of both performance and features. Build Quality & Design: First off, the build quality is top-notch. The TUF series is known for its durability, and this motherboard definitely feels solid and robust. The matte black finish gives it a sleek, professional look, and the reinforced PCIe slots are a nice touch, especially if you’re running a heavy GPU. Performance: The X870 chipset paired with the latest AMD Ryzen CPUs (AM5 socket) is a powerhouse. Everything runs smoothly, whether I’m gaming, multitasking, or running demanding workloads. I’ve noticed significant improvement in overall system stability and responsiveness compared to my previous motherboard. Wi-Fi 7 & Connectivity: The built-in Wi-Fi 7 support is a game-changer. I’ve been able to take full advantage of faster wireless speeds, and I no longer need to rely on Ethernet for most tasks. The onboard Bluetooth is also a bonus, as it works flawlessly with my wireless peripherals. DDR5 Support: Being able to use DDR5 RAM is another huge plus. Memory speeds are faster, and I’ve noticed better performance in both gaming and productivity applications.

The Asus TUF Gaming Series stands out with its unique range of products. From TUF-branded gaming laptops to motherboards, Asus has it all covered. Introducing the new TUF Series Gaming X870-Plus WIFI 7 Motherboard from Asus. As you pick up the box, the weight of the motherboard is noticeable. Opening the box reveals the X870-Plus Motherboard prominently displayed. Removing the motherboard from the box, the quality of the craftsmanship is immediately apparent. Hefty heatsinks cover the VRM and chipset areas of the board. Beneath the motherboard, you'll find the accessories bag and a quick start guide. Don't forget to remove the Wi-Fi 7 Quick Connect Antenna located inside the left flap. After removing the motherboard from its protective plastic sleeve, the layout's excellence becomes evident. The motherboard boasts four m.2 NVME slots, a rarity these days, with three slots shielded by robust heatsinks that match the rest of the board. The X870 series motherboards feature a novel quick-release lever on the main PCIe slot for the GPU, simplifying the graphics card's removal with a simple push-down mechanism. The X870-Plus Series motherboard is outfitted with RGB lighting on the chipset, 1 x PCIe 5.0 slot and 1 x PCIe 4.0 slot, onboard DTS Sound, built-in Wireless 7, USB-C 40GB Ports and four DDR5 memory slots supporting up to 192GB of RAM. In summary, if you're in the market for a mid-range AMD AM5 gaming motherboard packed with features, the Asus TUF Gaming X870 Plus WI-FI 7 Motherboard is an excellent choice for your next gaming setup. Additionally, the TUF Series Gaming Motherboards are backed by a 3-year warranty.

Mid range motherboard that performed as intended out of box. Like all motherboards be sure to download the latest bios updates to ensure stability and product health and download the armory crate and wifi drivers, you will need to get a usb wifi adapter or directly wire to your router so you can download wifi drivers from the site it will prompt for you on start up if you want to use the including on board wifi otherwise it wont work. Being prepaired will lead to an easy instal works great with my ryzen 9 7950x3d without needing to undervolt 5 stars there

The ASUS TUF X870-Plus is a strong AM5 motherboard designed for AMD’s Ryzen 9000 series CPUs, and it delivers solid performance with no-nonsense reliability. That said, there are a few quirks you should be aware of. Pros: • Ryzen 9000-Ready Out of the Box: No BIOS update needed. My Ryzen 9 9800X3D worked immediately. • Stable Power Delivery: Great VRMs and cooling. Runs cool and stable even under heavy CPU/GPU loads. • Modern I/O and Connectivity: Includes WiFi 7, 2.5Gb LAN, USB-C, and PCIe Gen 5 support for GPU and M.2. This board is set up for long-term use. • Solid Build Quality: Reinforced PCIe slots, good component layout, and the typical TUF durability. Great foundation for a high-end build. Cons: • Bluetooth Requires Windows 11: Bluetooth is non-functional on Windows 10—even with updated drivers. ASUS does not provide Windows 10 Bluetooth support, which can be a dealbreaker for users avoiding Windows 11. • Mediocre BIOS Interface: It works, but the UI is dated and a bit clunky. Navigating settings isn’t as clean as it could be. • Limited Headers: There are fewer USB and RGB headers than you might expect for a board in this price range. Fine for minimal setups, but limited flexibility if you’re running multiple RGB fans and accessories. Overall: The ASUS TUF X870-Plus WiFi delivers strong performance, rock-solid stability, and essential next-gen features at a fair price. But be aware: if you’re on Windows 10 and plan to use Bluetooth, you’re out of luck. For anyone already on Windows 11 or willing to switch, it’s a great long-term platform for Ryzen 9000 builds.

Works great with the updated features for X870 like USB4 and WiFi 7 for the latest Zen 9800X3D CPU. CPU runs cool, BIOS is easy to navigate and make changes. Lots of m.2 slots although using the 2nd m.2 will split your PCIe 5.0 x16 slot to x8/x8. I would skip Armoury Crate though unless you really need some feature or want to control RGB and fanspeed and don't have a different system to do it.

Pros: This board was easy to install, my 9900X came right up without any fiddling. I was to get my DDR 7200 CL34 kit with tweaked settings up and running with just a simple toggle. Performance wise, I don't have any other X870 boards to compare this to, but my CPU scores seemed to be on par with other X870 and B650 motherboards. Built in wireless so you don't have to waste a slot with a wireless card or deal with USB wireless dongles failing after 9 months. It has 4 NVME slots, but really three as the 4 one takes away your PCI X bandwidth from your GPU. With that said, I have a 2TB WD SN850 and a 4 TB WD SN850X that both get around 6800 MBPS read and about 6300 MBPS write. Cons: Only two sata ports and I have three HDs to go along with my NVME. Plus I have 4k BR burner. This is a problem, and trying a Sata card did not work. So I'm knocking off a star because of the limited SATA options. The WIFI is also slower than my dedicated card. I use to get 918 MBPS with my ASU 2.5 GBPS wireless card, now it's 870 MBPS. My connection is 1.2 GBPS, and only 1 PCI X8 slot my non functioning SATA card is installed. Now the Motherboard was on sale when I purchased for $20 off. It was not my first option, but had good reviews so I pulled the trigger. I'm mostly happy, but need to buy a new Sata card.

very good board but it does not beat gigabyte elite x870 board which is going for 220$

I recently bought this MOBO for a new build, my first ever solo build. I wanted to go with a high spec board due to having an abundance of USB ports. This board has that and it can do so much more. Updating BIOS was super easy end I didn’t even have to do that since my CPU (Ryzen 7700) worked out of the box. Overall, great experience thus far and I’m grateful.

Anytime you buy a motherboard/CPU/RAM combination and everything works without a single issue, right out of the box, that's a five star day. This has been a rock solid motherboard with a 9700X CPU and Corsair DDR5.

Easy to install and the instructions included were straight forward. The quick release tab for the GPU is easily accessible unlike some other boards I've tried. Overall works as expected and I would definitely recommend if you are in the market for a new AM5 socket motherboard.

Seems to work great. First comp build so I’m no expert but from the research that was done try to buy it on sale. At $309 it’s supposed to be overpriced.

I’ve been waiting to get this motherboard for awhile now, great quality, a lot of options for top tier performance. Excited to make a build with it!

How to unpack this. The board was to be a replacement board for my x670 tomahawk wifi board. The ethernet port stopped working. This new board, well i expected improved performance with a Ryzen 9 7800 cpu and with all the ssd's i had installed, but that was not too be. From power up to the Windows login screen, it was about 2 minutes, and i would see some noticeable drop-off in performance when i would play games at 4k. Turns out the PCIe 5x16 shared a lane with the M.2_2 slot, so if you don't want that drop in video performance, don't use that M.2 slot. I got my x670 board back and swapped it out, and the boot times were much shorter[20-30 seconds], and preformance was better. I fiddled with the bios as suggested on the asus site, and nothing really changed[adjusted memory frequency, memory context restore, removing the M.2_2 ssd,etc]. Not sure I can return it since I've used it, so I'll just keep it as a spare backup board. But it's not the best board I've ever purchased, and for the price, i probably should have stuck with an MSI board. They have not disappointed me.

Very excited to build on this motherboard! Seems to have everything I would want and more. 3 m.2 slots def sold me.

Great Motherboard Compatibility Too Much Features Plus The Ai Overclock Are Awesome

Easy to setup, like the fact the m2 slots are mostly tool-free handling. No issues with initial setup and was able to get system up and running fast.

This motherboard has been perfect. Loved working with it. It’s got an easy PCI-E latch mechanism for easy removal of the GPU. Clear CMOS and Bios flash is easy. It boots quickly. Has all the ports and functionality I need out of a motherboard.