Hello, my wonderful readers! So much is in the stake by selecting the right Keyboard, x670 vs x670e, to know the power-packed difference between x670 vs x670e keyboards. Both models have unique features and benefits. So how do they differ from one another and what makes which model the top choice? Learn more about that in the following comparison.
The x670 vs. x670e debate is usually around the performance, build quality, and added functionalities. With a thick structural design, users remain dependant on the x670 due to its rugged build quality and reliable performance for top-notch efficiency. On the other hand, the x670e gets one-up with more features like advanced key switches and RGB customization functions, all meant to throw machine and game lovers off their guard. Users of the x670 vs. x670e may mention compatibility and user experience.
On this concern, the x670 is compatible with a significant amount of other devices to turn the possibility to be definitely versatile. At the same time, x670e particularly offers software convenient for every user, allowing much customization of the features of the keyboard and a totally typed typing set. Price is another critical factor of the x670 vs x670e evaluation.
In all probability, while the x670 is a good value for the price, the x670e will be worth its weight in pure gold, with outstanding premium attributes that segregate it from the rest of the products. To put it briefly, one will look for affordability and dependability, while the other may be looking at features and finally being satisfied with the overall product. Basing the decision between x670 and x670e on what feels, the difference between the two keyboard models will lead users to the right keyboard needed.
What is a Chipset?
Let us first briefly go over what a chipset is. Although very much related to one another, a chipset and motherboard are not the same thing. The real circuit board that you plug your individual components into is called a motherboard. Basically, the chipset acts as more of a traffic controller and center for data communication, sitting above your motherboard. Also determined by your chipset are what features you can expect to have on your motherboard, like PCI-E expansion lanes, the ability to overclock, the internal and rear IO, etc. AMD’s chipset names and numbers are a bit different to Intel’s.
While currently the best chipset from Intel is Z690, AMD always has its flagship chipset as X#70. It seems AMD just increases that number by one every time they release a new series of CPUs. As the previous generation of Ryzen 5000 CPUs was known as X470, these new 7000 CPUs carry the title X670. For the first time ever, AMD has introduced an ‘X#70E’ chipset, separating the new Ryzen 7000 series apart. The E designation is supposed to connote that the chipset has more of an enthusiast, “extreme” makeup. The “X#70” chipset was targeted originally at the high-end, and that certainly seems to have changed as the boards from this generation come to market, specifically with the release of the X670E. Compared to Intel’s Z690 motherboards, both chipsets are expected to pack a high number of features, in addition to more PCI-E Gen4 SSD support, PCI-E 5.0 support on all boards, and a plethora of rear IO.
Major Differences Of x670 vs x670e
In support of the launch of the new Ryzen 7000 series, AMD was kind enough to send us two brand-new CPUs and one of MSI’s top-tier motherboards for testing performance. With this, plus the various technical details AMD has published before this launch, we’ve had a chance to look through all of the new features on this board. We’ve been hammering away at all of the new features non-stop, and in that process, this article has been updated with the latest technical details on the new chipsets. And as we have come to expect with most AMD overclocking, it’s a mix of the CPU and motherboard. AMD’s CPUs with all their cores unlocked carry the ‘X’ designation, and if the company takes that route, all future chipsets should be overclockable; it will be the number of power phases and VRM cooling installed on the board that they differ.
With AMD, the overclocking has typically been the domain of the CPU rather than the motherboard. The ‘X’ marks AMD CPUs with all cores unlocked, and if the company stays that course, all of the new chipsets should be overclockable. How many power phases and VRM cooling are on the board will be the differentiators. These motherboards allow Ryzen 7000 CPUs to overclock to their full potential using an X670E chipset.
The ASUS ROG Crosshair X670E motherboard is equipped with 20+2 power stages for extreme performance and stability. For the ultimate performance, you might probably want to pair your next-generation Ryzen 9 CPU with an X670E motherboard. But when it comes to overclocking, it isn’t a whole lot different, with X670 motherboards just a step behind. In the Gigabyte X670 AORUS Pro AX board, you have a 16+2+2 power delivery system. Again, this is brilliant for pushing your clock speed up high; with proper cooling, your system will be very potent.
Memory Overclocking Of The x670 vs x670e
The most salient point about memory support to remember is that none of the chipsets on offer, including the very latest Ryzen 7000 processors, support DDR4 RAM. This means sadly, upgrading to DDR5 RAM is required.
Things could go this way or that. For the customer looking to put a system together inexpensively, this forced upgrade does put up some challenges, but hopefully, the price of these components will drop due to market saturation and time. Having said that, while the sole use of DDR5 for the AM5 platform might raise an issue, AMD has come out with a new XMP profile that touts even faster performance. AMD’s EXPO memory tech lowers the kit is latency while increasing the clock speed of your DIMMs.
Though we haven’t observed significant performance when this new profile is turned on, it could mean a performance difference. This tech is supported by every new AMD chipset on the block, but you will need to get a memory kit that does.
Unfortunate Choices
We’ll start with PCI-E lanes, the new chipset specifications that come with every new release of the CPU. In this case, AMD has stated that the AM5 socket is able to support as high as 24 PCI-E 5.0 lanes. Since the X670E is the most high-end chipset of this generation, we know that the boards make use of both of these, offering a user the most slots possible, hence compatible with future generations of tech.
You’ll have heaps of PCI-E lanes since X670 lands squarely in the middle, but just four can natively run in PCI-E 5.0. If you’re viewing this board through the lens of USB ports, again, there’s little to separate the various chipsets on offer. At the top end, the X670E seems to offer upwards of 16 usable USB ports, although that number can shift based on the whims of the manufacturer. Oppositely, in the case of X670E boards, this would hold the maximum quantity of high-speed ports combined with brand-new USB4. At the same time, very little has changed about the X670 chipset, which provides fewer USBs in general for cost savings. In terms of support for PCI-E 5.0, these chipsets differ from one another overall, but by features, they are very much alike.
Conclusion
Here, we have covered the major differences and overlaps between the X670 vs. X670e chipsets, along with their features. Both motherboard chipsets, basically, offer similar features, though the X670E boards, by virtue of complete access to the architecture of this platform, perform a little better. The case is that, relating to the ports and slots in general, no compromises are brought about by the X670E board, though at a higher cost. While there is no native PCI-E lane on the X670 motherboards, this is going to be the big-ticket item for many customers looking to upgrade.
Otherwise, they are still relatively competitive in their features. If you are someone who needs a motherboard with no compromises, X670E is the clear choice. At the same time, that bigger set of features comes with its price. Basically, the X670 motherboards will be more suited to mid-range and budget builds where one might add more graphics cards and SSDs without using a higher count of PCI-E lanes. In this way, you can have a great motherboard at a fraction of the cost in comparison.
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