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5x ASUS X670E Motherboards!

Mar 23, 2024
AMD's new am5 platform has been on the market for a couple of months, so we still have a variety of feature-rich

motherboards

to look at in this review. We have no less than five of Asus'

x670e

product offerings ranging from the high-end Rog line. the rugged gaming option and a mainstream Prime product, let's take a closer look at the variety of

motherboards

we have here today, thanks as a note, we already covered the ryzen 7000 series processors and the am5 platform quite extensively in our previous post. videos and content, so be sure to check out kikaru's YouTube channel and the main kiku.net website for more on those points, but let's get into this one.
5x asus x670e motherboards
There's a lot to see and review, so let's take a look at these Asus x6mde boards. Start by looking at the two Asus motherboards which occupy a very similar price point in the UK markets, between £350 and £380. Currently, this is the

x670e

plus rugged gaming Wi-Fi, so it's a mouthful and the main x6md Pro Wi-Fi. They differ by their appearance. The Asus Prime board opts for the usual silver, white and black color scheme along with a touch of RGB lighting on the iO back cover, while the rugged set and alternative are dark grays and blacks.
5x asus x670e motherboards

More Interesting Facts About,

5x asus x670e motherboards...

The heatsink focuses very well on the logical areas. IMO you get thick pieces of metal on top of the main m.2 SSD slots and vrm components, and this main board focuses a little more on aesthetics versus Mosfet heatsink cooling than the rugged gaming option with Its somewhat slim cutouts that are clearly more focused on cooling, both motherboards use eight-layer PCBs and operate dual 8-pin CPU power connectors for juice. The 14 plus two stage vrm solutions are built around 70 amp monolithic power systems, MPS power stages and 5K capacitors. The primary 5.0 x 16 pcie slot is still reinforced for both motherboards, however one key difference is that the primary has Asus' amazing Q release button so you can easily remove a thick graphics card from a fully built system and then additional pcie connectivity comes from two pcie gen 4x4 electrical connections, one of which is housed within a full-size physical slot, both boards offer four m.2 slots, although the TAF gives up one of the heatsinks of m.2 cooling which is prime cousin or also offers slots 1 and 3 which can be run from CPU powered lanes on pcie5 by 4 and pcie 4x4 respectively.
5x asus x670e motherboards
Slot 4 can do pcie 4x4 from the x670 chipset and then slot 2 runs in pcie 3.0 by 4 or theater mode on the m.2, but this slot steals bandwidth from SATA ports one and two when on pcie over 4, so be careful of some interference. This tool-less Q-latch system is used to house the m.2 SSDs to mount them in place and this is an interface that I love, it just works great so the built-in connectivity is really convenient. one of the few areas where these motherboards differ very slightly, but those differences are very subtle, although the TAF has three argb and one RGB headers compared to the mains 2 argb and one RGB header, plus the main has integrated power and clear CMOS buttons, which I always love.
5x asus x670e motherboards
To see, on both boards you get many of the major modern connectivity interfaces that you would always want to see. An internal 10-gigabit USB 3.2 Gen 2 type-c header is present. This old-style USB 3.0 on the header forms four, say, six gigabits for a second triple USB 2 header, which is great for use with all-in-ones and the like, and then eight four-pin fan headers in total. Both motherboards have a total of 10 USB ports on the back, i.e. these are one from 20 gigabits per second to 10 gigabits per second. second and five five gigabits per second, the tuft applies all of its five gigabits per second ports as type A, while the main changes one of them to type c networks that are handled by Wi-Fi 6E and a real two gigabit Tech and a half Ethernet Nick. and then DisplayPort 1.4 and HDMI 2.1 cover the video outputs while the audio is handled by a Realtek s1220a codec, so that's the practical description of these two Asus x670e motherboards, as you can probably see at this point, not really There is a lot of difference between the two of them and that probably also represents the price.
However, I would say that the additional integrated USB type-c port transparent CMOS and power buttons, the Asus Q release button and the added m.2 heatsink on top are more valuable than the additional argb header. in the TAF game, so of these two, the main one is probably the board I would choose even if it were a little more expensive, but let us know what you think in the comments section below. Now we move on to an RG strix. motherboard that is priced and placed a little higher on the scale than the previous two options we saw from Asus.
This is the horribly named Rog strix x670e F gaming Wi-Fi that sells for around £420 in the UK at the moment 420 uh someone's going to make a joke no doubt about the looks, This motherboard uses the typical Rog strix design we are now familiar with, dark blacks and greys, complemented by a bigger and better chunk of RGB lighting on the back to cover a key upgrade area. With the vrm heatsink we now get a physically larger and better designed portion of metal on the top and left sides and both heatsinks are connected via a heat pipe to share the thermal load between them once again we see a Eight layer PCB with double 8 pins.
CPU power connectors this time, although the rot strix x670ef motherboard upgrades the vrm setup to a 16 plus two stage rig setup using 90 AMP components which is a very powerful vrm solution and it's all managed by a pwm controller Digi Plus vrm for pcie slots. The Rog strix board is actually a little less adaptable than some of its lower priced capacitors we just looked at and this is mainly because Asus has implemented pcie Lane connectivity elsewhere instead of the physical ports, in some cases still we have reinforced steel. pcie 5.0 x 16 slot with

asus

Q release connector, but now the secondary connections are a three by one pcie slot and a pcie 4X4 connection on the x16 size foam.
Factor realistically, although this will be fine for most users of a motherboard at this price. point in caliber and with the target audience this board also looks for m.2 connectivity it gets an upgrade compared to cheaper motherboards now m.2 slots 1 and 2 support pcie 5x4 SSD with a connection that comes directly from a CPU am5, the remaining P of m.2 slots support up to PCIe 4x4 bandwidth and run from the x670 chipset. All of these slots are also well cooled by metal heatsinks and the top slot in particular has an oversized metal cooling block with front and rear thermal pads.
Integrated connectivity is generally similar to the main one, but there are some areas where Ace's new Rog board is actually a little better and a little worse. Interestingly, the RG strix board offers four SATA ports and an internal 20 gigabits per second USB 3.2 Gen 2 type-c header. a reinforced five gigabits per second USB 3 header and dual USB 2 headers. In fact, I would like to see triple USB2 headers like on cheaper boards because it is very convenient for connecting RGB boxes or all-in-one coolers for example, and in terms of the integrated RGB headers, three are addressable and one is the old style 4-pin RGB.
However, it is very disappointing to see that there are no system reset or power buttons built into the motherboard. I think at this price having them on board for troubleshooting is probably justifiable, especially since the cheaper board, the main one has those and then in terms of four pin fan headers, Asus provides eight which is a great number, The densely packed rear i o sports 12 USB ports in total, these are 120 gigabits per second, nine 10 gigabits per second and two old-style. USB2 is a great selection with the 20 gigabits per second USB 3.2 gen 2x2 running in type c form along with two other 10 gigabits per second type c ports.
Intel handles networking in the form of a Wi-Fi ax210 or Wi-Fi 6E adapter. and a two and a half gigabit i225v Nic, we once again see DisplayPort 1.4 and HDMI 2.1 Cavern output capabilities for video, while the updated Realtek ALC 4080 codec handles the audio side and, along with the rear BIOS backlight button , Asus shows a clear CMOS button. on the back panel, which is incredibly useful, so that's the initial hands-on overview of the Asus x670e. Let me break down the Asus Rog strix x670ef gaming Wi-Fi motherboard. Try writing that. Take a full page on your printer.
This feels like a sensible option for enthusiasts who want a premium motherboard before spending lots and lots of money, not that the £400 upfront fee for this board is easy to swallow by any stretch of the imagination. I like the strong focus on proper heatsinks, the pcie and m. .2 The lane layout seems excellent and the USB connectivity is extensive. However, I would like to see some integrated power and reset buttons, even for troubleshooting. They seem justifiable, but I guess they're not something people can do. We will use it too often so yeah no big deal, next up is the hero Asus Rog Crosshair x670e.
This motherboard currently sells for over £600, so let's take a look at some of the features Asus uses to differentiate this look like a high-end offering. As for everything, everything looks a little more premium as you would expect at this price, the RGB lighting is more noticeable and the integration between each individual heatsink is simply cleaner from a nice static perspective, the vrm heatsinks are Absolutely huge and connected by heat. tube, this design makes sense given that users of a motherboard at this price may well be pushing heavy overclocks on their processor. Acer provides an 18 plus two-stage power supply solution that uses nominal 110 amp stages, which is a truly incredible level of theoretical maximum power output. and should ensure tolerable operating temperatures, there are also 10K rated black metal shepherds and the digi Plus asp2205 pwm controller is mounted on the back of the board.
PCIe connectivity has been improved with a pair of full length steel reinforced slots that run at x16x0 or x8 x8. When using CPU-powered PCIe Gen 5 lanes, only the top slot has version Q locked because that's the one you'll use with the graphics card. There is also a lower pcie 4.0 in slot two if you want to add it. I do not do it. Know a Wi-Fi card, maybe even if it has built-in Wi-Fi, it will add something there. I guess why so much high bandwidth connectivity, given that multi-GPU usage is basically dead on the consumer platform?
Yeah, that's a good question, but I guess you could have a use case for high bandwidth capture cards or maybe a raid setup or maybe a really high bandwidth network device or something like that or maybe just an extra graphics card for rendering purposes, yes there are quite a few things you could put your secondary Gen 5 pcie slot in and one of those things is something Asus actually includes so the Rog pcie expansion card can be used to house and cool a single Gen 5 m.2 SSD and that's in addition to the four on-board with giant m.2 storage slots, yes, maybe this board is worth checking out.
I'm guessing for those four integrated slots, two of them are gen five by four and the other two are gen four by four, just look at the main m.2 slot heatsink as well. It's absolutely huge. The built-in connectivity is very strong and you get some clear, price-sensitive improvements over cheaper motherboards. The 20 gigabits per second Type-C header can provide 60-watt USB power delivery when the six-pin PCIe connector is installed. There are now dual, five gigabits per second USB headers, one of which is reinforced, the triple USB 2 headers are useful as are the six SATA ports and it's still the same eight four-pin fan headers.
We now also have additional built-in power retry buttons and flexible keys along with double-digit debugging. The LED display is excellent, the hero's rear i o is also impressive - this dual 40 gigabits per second USB 4 via an Intel jhl 8540 controller and they are the stars of the show. Clearly, there are also other 20 gigabit per second USB Type C and this wide one. 10 gigabits per second USB connectivity too and for video outputs you get the HDMI 2.1 plus theDisplay port signal is carried by the two USBC connectors or the USB4 connectors. I must say that it works Wi-Fi 6E and an Intel two and a half concert Nick and then the Supreme FX audio solution is based on the actual Tech ALC 4082 codec plus another one that I love to see is a clear CMOS with proper LED lighting and buttons of BIOS flashback on the rear I/O with easy access, clearly, this is an expensive high-end motherboard that has some expensive high-end features, its productivity users make the USB4 ports impressive, as does the USBC 3.2 gen 2x2 front panel capable of 60 watts and, for core hardware enthusiasts, that 18 plus two-stage power delivery solution using 110 amps nominal.
The components will be very attractive, in fact there's even a graphics card holder if you're worried knowing that a lot of Nvidia or AMD FPS horsepower will sink under the extreme weight of modern card coolers. Yes, that is something quite common in today's GPU. The market seems foreign, now we will take a look at the Rog strix x670e IE mini icx gaming Wi-Fi motherboard and the price of this board which currently occupies in the UK is around 460 pounds approximately, it will be one for all. You little Factory enthusiasts, I guess it's easy to see at first glance how much connectivity Asus has packed into this tiny motherboard, although we may have the power supply solution.
Asus has implemented a 10 plus two stage configuration using 110 amp per stage hardware, although you do get a decent sized heatsink and backplate to cool the mosfets, there is a vrm fan which is probably a smart addition to a motherboard intended for small form factor use. The pwm control is handled by the digiplus asp2205 controller, obviously it's just a pcie. 5x16 slot and is primarily designed for graphics card use, but there are more connectivity options through the Stacked m.2 interface. Asus actually provides isolation capability for m.2 SSDs, one of which will run on PCI 85x4 from the CPU lanes and then there is a small fan that moves air from the rear I/O area to help cool these two stacked storage devices and then for other connectivity there is an add-in card that connects via two sweder USB type c connectors to offer two sets of ports, dual USB 2 headers and front panel connections, the internal USB 3.2 header Gen 2 type c runs at a speed of 10 gigabits per second and there is also a 5 gigabits per second USB 3. header for front panel connectivity three four-pin fan headers along the top edge of the board seem like a reasonable number for the Mini ITX system as do the pair of RGB headers, one of which is addressable once again With two 40 gigabits per second USB4 ports of the Intel jhl 8540 controller, our star of the rear, they are absolutely ideal for a mini ITX system where high-speed connection to an external graphics card or external storage devices is absolutely criticism.
Eight other USB Type-A ports are included, five of which run at 10 gigabits per second, with the other being USB 2. Video output comes in the form of HDMI and DisplayPort via the two USB4 connectors and then an Intel Nick i-225v is used for two and a half gigabit Ethernet along with Wi-Fi 60 wireless connectivity. The clear flashbacks of CMOS and BIOS are two obvious and questionable omissions from the rear i o, but in that sense we should introduce the Rog strix Hive, since you will know that there is no audio connectivity on the rear i o either and that is because Asus hands these tasks over to the Rog strix .
Hive Drive – This is a small external box that can be connected to the system via USB. It provides BIOS flashback via USB 2 port, as well as an additional 10 gigabits per second Type-C connector. Additionally, audio connectivity is handled via this box's Realtek ALC 4050 codec and ESS sabre 9260q DAC, a three-and-a-half thousand headphone or microphone jack and a barrel-style optical SP differential connector provide output capability for physical connections. in theory. I think the Rog strix hive is a good idea as it puts some of the ports in a more easily accessible position compared to the back panel of the small form factor system which could be stored inside a media cabinet for example That said, the included USB cable for connectivity is a little too short for my liking, but that's probably something you can fix yourself relatively easily. and I also question the logic of having a precision boost overdrive button under the volume dial, I'm not sure why it's there because it won't be used very often so yeah, maybe I'd prefer a different button but I guess that you can tell me what you think. about that in the comments section below, this is the RG strix x670ei gaming Wi-Fi has some interesting features for Mini ITX or small form factor gaming enthusiasts, it also seems to serve in competitions and hardware through a Solid power supply solution and well cooled m. .2 SSD and Rog strix Hive seems like a sensible real-world solution to a real-world problem giving you connectivity that's easy to access in a small form factor world, so yeah, that's the overview of this one, let us know.
Consider this £460 plus mini ATX motherboard for am5, our M5 test system is built around the high-end ryzen 9 7950x processor, we have 32 gigabytes of 6000 megahertz g-scale memory and it runs the Expo profile. The clean power comes from a 1.6 kilowatt seasonal power supply, the graphics card is a Sapphire Nitro plus RX 6950 XT pure and for the coolant we will use a 360 millimeter all-in-one from Deep Cool for this piece, obviously we have five boards here, it's just going to be ridiculous to test all of this in depth so we're going to pick a board that we think will be very attractive to a wide user base and it's this Rog strix x670ef gaming Wi-Fi, a lot more letters in the alphabet.
They probably can't put it in that one, but anyway, yeah, we'll pick this one. It seems to be a good balance of features, not crazy by am5 standards. Yes, I know it's expensive and it should give us a good overview of what the range is. So, we used the latest BIOS at the time of testing and that is version zero eight zero five from the Asus website and as always, if you want more details on our hardware testing procedures and comparison points, check out Kid Guru's main page that really supports us Also, let's start taking a quick look at UEFI on the Rog strix x670ef gaming Wi-Fi, specifically, this is the same UEFI design from Asus that we have really come to appreciate over time .
The design is clean and very easy to use. Navigation is simple and, in general, it is very easy to find the configuration that you are logically looking for. To be honest, it's hard to make any major complaints about the Asus interface. If you want to alter manual overclocking, you can do so if you want to modify this. Sammy custom overclocking modes, like AI tweaker core Flex, you can do it too. I would prefer if the CPU-based fan header could operate in proper zero RPM mode via the written interface, but this is a relatively minor point for an otherwise excellent UEFI implementation. the case clocks around 5.1 gigahertz which is similar to the other am5 motherboards we have tested with our ryzen 9 7950x sample, as is also typical the ryzen 9 7950x did not use its full power allocation of the 230 watt package as the 95 degree one.
The Celsius temperature limit was reached first. Asus has an interesting feature built into the ufi that allows users to set a target CPU temperature level while also running AMD's Precision boost overdrive algorithm, in essence this should allow for voltage and frequency optimization while at the same time time allowing the CPU to run at a cooler temperature than the default limit of 95 degrees Celsius set by AMD called PBO improvement. We ran this mode using the target temperature setting of 90 degrees Celsius to see how well it worked. Clock speed increased by 25-50 gigahertz on the ryzen 9 7950x and all. loading calls, but chip temperature levels dropped to 90 Celsius, which may have some benefits on the CPU cooler fan curve High clock speeds but cooler operating temperatures are positive Aces PBO enhancement mode seems a good idea, so we'll put it to the test to see how it performs in the benchmarks, the computational performance of the Asus x670e board is good in a variety of tests.
Aces stated that the 90 degree Celsius temperature Target PBO enhancement mode can actually result in higher levels of performance. Seems accurate, we noted slight scores on optics and CPU, thanks. at a more optimized CPU voltage when running temperature of 90°C. The objective focus on memory is that these bandwidth numbers appear to be slightly higher than the MSI and gigabyte am5 capacitors. However, the latency score is very similar to other boards if you're interested in 3D Max testing. The Asus x6mde board offers what you want to see in terms of performance in the CPU profile test, although it is a little behind the rest at the moment, spy numbers once again, the 90 ° C temperature improvement PBO Road target slightly improving performance in terms of actual gaming, the Asus RG strix x670ef Gaming Wi-Fi performs as well as we would expect from any other am5 motherboard;
In fact, we saw a slight performance win in Guardian's Legion, although this could well be attributed to game and Windows updates outside of our control and there are no issues with speed. Aces m.2 SSD slot rating, coolant heatsink kept our drive below 60 degrees Celsius, so that's a positive result. The power consumption of the Rog strix x670ef gaming Wi-Fi is a little lower than the gigabyte and MSI comparisons we used for testing. system wall power consumption I should add that the pack power readings tended to be a little higher on the Asus, 90°C temperature. The Target PBO enhancement mode is impressive.
Running the chip at cooler optimized voltages allowed the package power to be reduced by just over 10 watts, while also resulting in a higher clock speed of 25 to 50 megahertz, which is a clear positive run, it's easy to use, upgrade mode, vrm coolant on the Asus x670ef for gaming, Wi-Fi is solid, big thick heatsinks and a massively oversized vrm make this an unsurprising result I can safely say You have no worries running even the overclocked flagship Ryzen 9 7950x CPU on any of these x670e ATX motherboards thanks to their strong VRM electrical setups and solid metal heatsinks.
Hopefully this video has been a fairly interesting overview of a variety of Asus x670e motherboards spanning a variety of price ranges just to clarify that this is not sponsored content at all, we just submitted a batch of forums to review and I think this is the best way to cover a lot of them through overview procedures without taking weeks and weeks and weeks for testing, I hope you appreciated it and found some good information here. The Asus Rog strix x670ef gaming Wi-Fi we tested with worked well, the vrm solution seems to be very powerful and the operating temperatures were pleasant.
Performance from the first moment was good. too and this is largely because it is UEFI that makes it easy for even novice users to apply Expo and set a sensible fan curve. I like Asus Precision boost overdrive improved temperature Target mode I think it's a pretty clever way of doing things, of course it is. You can make a target temperature setting on other uefis motherboards, so check the common AMD BIOS settings or PBO options. You can do it yourself manually, but it is undeniable that Asus's approach is very clean and very easy to handle, apart from the fact that some adjustments to the CPU settings Beyond the temperature targets are positive, since this It often delivers higher performance even when running our 7950x test processor at a relatively low operating temperature of 90 degrees Celsius.
There's a lot of composition in the current am5 markets and all motherboards seem to cost a pretty penny across the board, I'd be imperfectly honest, but I enjoyed working with the roughly £420 Rog strix x670ef gaming Wi-Fi. This is a well-designed motherboard that offers stellar performance and a sensible feature set in my opinion. Another option that really caught my eye was the Asus Prime X6 70E Pro Wi-Fi pricing somewhere in the £360 range at some retailers. Currently, this seemsbe a sensible entry point to the x670e chipset from a motherboard with competent core hardware and some nice value-added features, so I really think it's another one to keep an eye on and I think it's actually better value than the rugged and games, whatever it is, too many words, too many words, the resistant.
Better value than rugged Wi-Fi. board it shares a lot of similarities with, in my opinion just a few of those value added features make it worth it, so anyway that's been our six out of six review coverage. I can't even count now five of this is x670e oh, too many numbers too. many digit five of the Aces X 670e motherboards we have covered five. I'm done, let us know what you think in the comments section below. Which motherboard would you prefer? Is there anyone you particularly like or do you prefer some of the other options on the market maybe some of the cheaper chipset options like b650 b650e let us know what you think as always if you like this video please give us a like , subscribe to all the things on YouTube that really support us, check out the review written on the Kiku channel that helps us massively uh patreon Discord social media and like and I'll see you next foreign

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