MSI Placa-mãe MPG X870E Edge TI WiFi, ATX – Suporta processadores AMD Ryzen 9000/8000/7000, AM5-80A SPS VRM, DDR5 Memory Boost 8400+MT/s (OC), PCIe 5.0 x16, M.2 Gen5, Wi-Fi 7, 5G LAN

Ótima placa
Perfeito

Very good
Very good

EDIT: Updating my review based on the recent experience adding the second NVMe drive to the system. My main NVMe drive in slot M2_1 (Between GPU and CPU) is WD SN850X 2Tb. I had no issues with it. It’s turning rather hot, but this drive is known to go up to 59C or more under continuous load. I decided to add a second drive for storage and decided to go with WD SN7100 2Tb. This is an excellent drive with fantastic reviews, which is supposed to run cooler on top of that. Upon installing it in the M2_4 slot (the one close to the bottom edge of the motherboard) and running CrystalDiskMark I realized that it only goes up to 6570Mb/s for read and 5290 Mb/s write, which is significantly lower than advertised speeds. I tried everything in BIOS, Windows settings, and even called SanDisk with zero success. Drive speed was never exceeding high 40’s C so I didn’t see drive temperatures as a potential issue.Then I came across several forum threads online about MSI ,X870E Carbon WiFi, with users discussing poor contact between NVMe heatsinks and NVMe drives while using OEM thermal pads supplied by MSI with the motherboard. When I took the heatsinks off, I also realized that the controller chips, which generate the most heat, are somewhat shorter than memory chips, and this doesn’t allow the heatsink to make proper contact with them. I only saw imprints of the memory chips on thermal pads, but not controllers. For SN850X 2Tb there was some contact with the controller, but for SN7100 2Tb, there was none at all. On top of that, in SMART section of WD Dashboard there are two temperature sensors for the SN7100 drive: Sensor #1 is always hotter (It was showing almost 60C while idle), but it’s Sensor #2 that is shown as drive temperature, which is always showing significantly lower readings. When I took the M2_4 heatsink off, I also realized that the pre-cut hole in the pre-applied thermal pad supplied with the motherboard was getting right in the middle of the memory chip for SN7100 2Tb! I also got a circle on the memory chip indicating the area of it, which was overheating. And also realized that four capacitors to the bottom of the controller chip (located in the top right corner close to NVMe interface) were completely preventing the thermal pad from making contact with it.I measured OEM MSI thermal pads with two different calipers and believe them to be 1.5 mm thick. I bought 4 Pack of Thermal Pads in different thicknesses (0.5, 1, 1.5 and 2 mm with 13W/m/K) rating off Amazon for a very affordable price. I do not believe I can mention the brand name in my review since Amazon has recently gotten overly sensitive about this. But you will find them with ease yourself. :-)A lot of posts and Videos online are showing essentially the same – standard silicone thermal pads DO NOT work well for most NVMe drives properly due to the fact that memory chips are in the vast majority of cases protruding above controller chips and preventing thermal pads from making proper contact with them. For PCIE 5.0 NVMe’s, this becomes a HUGE problem.I ended up applying two different thicknesses of thermal pad: 35 mm long 1.5mm thick thermal pads over memory chips, and 38 mm long 2.0 mm thick thermal pads over the controller for both NVMe 2_1 and 2_4.Just peeled the factory thermal pads off, wiped the heatsink with rubbing alcohol, and applied a new thermal pads cut slightly wider than the heatsink width. You can flip the heatsink over and cut the excess off clean and nicely. First, apply a 1.5 mm thermal pad, cut the excess off, and add a thicker 2 mm piece later.When I assembled everything together and checked for the nice controller chip and memory chip imprint on the thermal pads, I immediately got SN7100 2Tb running with the advertised speed and even slightly beating my SN850X 2Tb.OLD:Beautiful motherboard and awesome value for the price. I was always using ASUS in all my builds for a decade but since two years ago I do not see justification for paying ASUS premiums for their questionable value. MSI MPG series is a way to go for me. This is my second MSI MPG build and I already bought one more of this motherboard for one more build. I saw peole complaining about long boot times but I have zero issues with it. Installed 9700x cpu with G.SKILL Royal Neo 6000 CL28 ram and everything started and works perfectly so far. BIOS is very responsive and intuitive – everything is easy to find and manage. Motherboard temperature doesn’t go above 38-40 C. I also do not understand complaints about WiFi drivers during Windows 11 install. I created Windows 11 installer on USB and simply installed WiFi driver from MSI USB which came with this motherboard during installation by pointing Network folder as a source when prompted. Quick, effortless and worry-free process. Needless to say that this motherboard looks absolutely awesome in white case with ARGB fans.EDIT: I like function with Post indicator showing CPU temperature in real time after boot. Used PBO succesfully as well but turned it off after testing. It does give some gain in productivity but at absolutely ridiculous price in power consumption and as result – loud fan noise. I am not sure why people are so exscited about 10% gain with more than double power consumption. I have absolutely zero issues with 9700x productivity in games at 65W TDP limit and PBO in Auto.

What a beautiful feature rich and eye-catching color scheme. Bios is easy to navigate. The wifi antenna base has magnets which is a bonus. For $500 Canadian I’m so impressed with this mid plus tier mobo. No issues. Couldn’t be happier. Make sure you flash to the latest bios update. Running with Ryzen 7 9800x3d. My son is super stoked. Would buy again to upgrade my aging non gaming desktop. Thank you Msi.