ASUS ROG Crosshair X670E Extreme review
ASUS ROG Crosshair X670E Extreme This product is mostly for people who want to know how ASUS’s most cutting-edge motherboard looks in the new AM5 bracket, maybe even right now.
The Republic of Gamers (ROG) brand from ASUS recently celebrated its 15th birthday. On this website, we remember the first products that featured the old logo in the LGA775 socket of Intel, as well as how the brand spread to other products like video cards.
Since its inception, the ROG brand has offered the most cutting-edge gaming and overclocking motherboards on the market. It is safe to say that since then, no other brand has achieved the same level of market recognition and success—even in a highly competitive market.
There are varying degrees of madness in the hardware engineering within the ROG brand itself. The ROG Crosshair brand, which is designed exclusively for motherboards based on AMD mounts, is used in the upper half of the market while the STRIX name is used in the lower half.
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The Crosshair X670E Extreme motherboard from ASUS for AMD processors is unquestionably the most technologically and technically advanced motherboard ever made. Its sticker price? A little over NIS 4,500, which is about NIS 2,000 a bigger number of than what an “normal” high level board generally gets, motherboards like the ROG STRIX X670E-E.
The motherboard standard is EATX. Its width is 30.5 centimeters and its level is 27.7 centimeters. Even though it has a large standard, it will fit in many ATX-only gaming cases; however, you will need to know exactly how much space you have.
Due to recent advancements in hardware, the array of interfaces for expansion cards on contemporary motherboards differs significantly. Since SLI and CrossFireX are no longer in use, there is now only one full-length PCI-Express interface for a video card, as opposed to the usual three to four. There are two additional interfaces on the X670E Extreme that are made for expansion cards like capture cards or SSD expansion cards.
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Although the connectivity on the X670E Extreme appears to be of very high quality, it is not always the case with motherboards that appear to be of a high level of sophistication. The following are on the motherboard’s back:
RJ45 interface from a 2.5Gbps network card based on an Intel controller RJ45 interface from a 10Gbps network card based Marvell AQtion controller Audio in 7.1 channels based on ALC4082 encoder made by Realtek Wireless network card for Bluetooth and WiFi 6E based on Intel BIOS boot button, BIOS cleanup button Finally, the motherboard displays a USB 4 interface with DisplayPort ports.
The only way it could be improved is if, by some miracle, products that serve keyboards, mice, and other peripherals that do not require high traffic speed could be incorporated into a tower of regular USB 2 interfaces.
If you think about the future, when 10Gbps fiber connections will become more common, you could also get an additional 10Gbps network card instead of the 2.5Gbps one.
On the motherboard’s opposite side, you can see that the majority of the interfaces, which would normally face upward, are now angled at 90 degrees. This is done to prevent the same spaghetti effect that is caused by bent cables connecting the motherboard in the case.
From left to right, there are six SATA connections for hard drives, a fan connector, five 5Gbps USB connections for the case, a RGB light connector, a Type-C connector for cases that don’t yet have the same 90-degree angle, six and 24 PIN connectors for the motherboard, two fan connectors, and numerous RGB light connectors.
These are the M.2 interface in light of PCI-Express 5.0. They are underneath the heatsink cover, which cannot be removed because doing so will simultaneously remove both heatsinks from the components. Docking is straightforward and doesn’t need screws thanks to a spring component that guarantees that the drives stay set up.
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Only ASUS has the Gen-Z.2 trick, which is one of a kind. No, this is not a product for people born after 1996; rather, it is a memory slot-like interface for an M.2 drive expansion card. This card has heat sinks and can be used to install two additional M.2 drives, one of which is PCI-Express 5.0 and the other of PCI-Express 4.0.
The X670E Extreme’s M.2 drives have excellent connectivity and are the fastest we’ve seen so far.
Need more? More is coming. An additional M.2 drive-specific wide card for the lower PCI-Express X4 5.0 interface is included with the X670E Extreme. A respectable heatsink is included with this card.
The X670E Outrageous is likely the heaviest motherboard we’ve gone over lately, and this is one reason why. The large aluminum chassis on the back of the motherboard helps to dissipate heat from the back of the board. The demonstration that follows also features an LED strip.
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Among other things, this motherboard is made for extreme overclocking with tools like dry ice and liquid nitrogen. As a result, it has numerous switches for bug debugging and overclocking. Alternation Mode, for instance, is responsible for switching the lower PCI-Express interface between PCI-Express generations 4 and 3, as overclocking can benefit from operating in a previous generation.
During outrageous overclocking a difference in the base recurrence is essential for the story, once in a while by a couple of megahertz. The AMD platform’s goal is identical, despite the fact that Intel borrowed the term BCLK. With these buttons, you can change the processor’s base frequency in real time based on the amount you set in the bios. It could be a whole megahertz or 0.1 MHz per click.
Keep in mind that the X670E Extreme has numerous fan connectors scattered across the motherboard’s sides. Eight 4PIN-controlled fan connectors are actually present on the board. Therefore, unless you have an external controller, which comes with many cases, there is no real reason to combine fans from around the case.
Power supply systems for processors have already been discussed, as has the fact that the majority of modern motherboards with the AM5 mount can provide far more than each processor requires, including overclocking.
The X670E Outrageous takes the ridiculous to another level with a power supply framework that can likewise be enough for two Ryzen 9 7950X processors under outrageous cooling. There are 22 stages in the system, 20 of which are designed solely for the processor’s processing cores and have a maximum current of 110A. To be clear, 110A already exceeds the Ryzen 9 7950X’s requirements. Technically, a Ryzen 9 7950X processor can be driven by five of these stages with effective cooling. Overclocking? The goods will be delivered by six or seven. We have twenty of them, so you can go as crazy as you want even without the heatsinks.
These are two 8PIN-type reinforced power connectors for the processor bracket. Indeed, even before he neglected to go into the stabilizer from a voltage of 12V to the voltage that the processor needs, first it passes here. These connectors are extremely excellent and evaluated for a greatest current of 40A or a force of 480W each. On the left you can see an interesting connector intended for water cooling blocks. Now and again ASUS teams up with water cooling producers to permit blocks made for explicit models of motherboards, and the X670E Outrageous is one such.
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Simply over the memory points of interaction are our voltage test focuses. A user can check the voltages of the processor controllers in real time with a multimeter. For many overclockers, this is an essential tool for overclocking and a great way to measure voltage fluctuations when connected to an oscilloscope.
Additionally, there is a tool for users who do not overclock, which is one of our favorite recent features on new motherboards. A tongue that holds video cards in the PCI-Express interface is connected to this button. Simply pressing any button releases the video card, eliminating the need to navigate the interface in a cumbersome manner. Basic, compelling, productive.
Because ASUS has maintained the same interface for a considerable amount of time, with only minor modifications included in each subsequent generation, there is a good chance that anyone who purchases this motherboard will almost entirely recognize it. The ASUS BIOS is excellent; it is easy to get used to, responds well, and contains more options than any other user would want.
The ASUS interface and arrangement in this BIOS will be familiar to you even if you use motherboards from ASUS that are at least five years old.
This motherboard also includes tools for extreme overclocking using liquid nitrogen, such as opening an extreme operating voltage of 1.7V or more to the processing cores, a delay mode in which the processor can work at extremely low frequencies on In order to get stability, and frequency changes of any variety of components inside the processor. Options for adjusting the voltage to the processor and setting the EXPO profile to the memory are the main uses for the advanced user.
Naturally, the RGB lights and various displays that come with this motherboard—in our case also in conjunction with the Ryujin 360 II water cooling—must be mentioned. All of these features are controlled by the Armory Crate, ASUS’ control software for a variety of connected devices.
Tastefully, the X670E Crosshair Outrageous is presumably the most fascinating motherboard we’ve gone over from ASUS lately. The lights behind the mirrors get a strange liveliness, and are extremely brilliant so you can undoubtedly see them even through obscured side windows.
The ROG Crosshair X670E Extreme is several steps beyond “just” overclocking, even extreme overclocking, as we mentioned in the PCB analysis. Tests, compensation, and summary With an open mind and no compromises, ASUS set out to create the most cutting-edge motherboard it could, and that’s exactly what it accomplished with this motherboard.
We ran the Ryzen 9 7950X for the game at constant exertion for three hours and the most elevated controller temperature we experienced was 58°C at its most sizzling point with a surrounding temperature of 27°C.
Due to the efficient heat dissipation between so many effective stabilizers, the Crosshair X670E Extreme’s heatsinks on the stabilizers are currently purely cosmetic. To clear your head, such voltage stabilizers can work 24 hours every day at a temperature of 80 degrees and something else for quite a long time, that is the manner by which they are constructed.
We haven’t had to wait that long for any other boot since the initial boot with the processor and memory kit, which took about 30 seconds. The AM5 mount’s initial boot can sometimes take more than a minute.
When it comes to value, there is no choice but to point out that the ROG Crosshair X670E Extreme is not designed to be affordable; the engineering team behind this motherboard does not even consider affordability to be a priority.
A motherboard like this one has two very distinct target audiences: crazy talkers and professional overclockers who can use it under the supervision or with funding from one organization or company. very much like that.
You won’t find tens of thousands of motherboards like the Crosshair X670E Extreme manufactured by ASUS, and you won’t find many of them at local distributors. The state of the chips around the world may be to blame for some of this, but if a user wants the new Extreme, ASUS will know about it at the local level.
The Crosshair X670E Extreme is a motherboard designed solely for overclocking, but its excellent connectivity cannot be overlooked. There is USB 4.0, a lot of fast USB ports, excellent M.2 connectivity, and outstanding visuals. We must not overlook the pair of network cards you receive, one of which has a 10Gbps speed and is useful for products like NAS and storage servers.
Is this the finest AM5 board yet produced? It’s safe to say that, perhaps because ASUS was the first to introduce powerful devices at launch and its rivals are still cautiously moving toward crazy flagships. We don’t like making big announcements, especially before we give them a good, long-term test.
With a price tag of more than NIS 4,500, the ROG Crosshair X670E Extreme motherboard is currently the most advanced and expensive motherboard available for the AM5 mount. It’s not worth it, since a lot of it is very advanced.
Later you will see extra motherboards made by ASUS, fundamentally less expensive, and a reference to the overclocking instruments and the simplicity of involving them for customary clients. It’s worth keeping up with!