Intro
Memory pricing has been all over the place lately, and with Crucial stepping back from parts of the consumer memory space, healthy competition is critical, and also knowing whether a (perhaps lesser-known) kit or vendor is worth your cash is critical.
With that in mind, I have been testing a 64GB DDR5 kit from ExcelRam, their Aurum line rated for 6000 MT/s, with some overclocking headroom depending on your platform, memory controller and silicon luck.
Who is ExcelRam?
ExcelRam is not as well-known as brands like Kingston, but it is not a newcomer either. ExcelRam was founded in 2007 in Germany, and moved most of its manufacturing to Taiwan a year later. I was actually quite intrigued with trying out their memory, because while I’ve heard of the brand prior to testing out the Aurum kit, I’d never used it first hand.
So, when the ExcelRAM reached out to see if I would be interested in reviewing their Aurum memory, I was extremely intrigued, because with memory being a precious resource at the start of 2026, having a wider range of options would be great. Unfortunately, ExcelRAM (like most vendors on the market) still get their actual chips from another company (we’ll get into specifics in a moment), but hey – at least there’s another brand on store shelves, right?
Packaging and Design
ExcelRAM’s Aurum line maintains the same high standard for RAM packaging as you’ve seen in countless modern memory kits. My review sample did not include any elaborate outer cardboard sleeve, and the presentation is more minimal than flashy. I’m absolutely okay with that – the modules were held securely and safely, which is by far the most important thing. A slight negative is that the box itself does not provide many details about the kit (eg, timings or voltages). Not a big deal if you’re buying online, but if you see it on a shelf somewhere, I guess it could be a little trickier.
The Aurum sticks keep the styling simple. Each module has a small gold ExcelRam logo on both sides of the heatspreader, paired with a dark gray finish and subtle patterning. On the reverse side, there’s a specification sticker with outlining the frequency, timings, capacity, and voltage information.
The sticks don’t have any RGB functions, so bear that in mind if you’re into that kind of thing.
Platform Compatibility: Intel and AMD
Although this kit is marketed primarily toward AMD AM5, it ran without issue on my Intel setup. On the i9-13900K, it worked fine in an ASUS ROG Strix Z690 board using XMP.
I also tested it on an AMD system as well, using an NZXT N9 X870E AM5 motherboard, and it behaved exactly as it should using EXPO. No drama, no odd behavior, no instability. 6000MT/s is a pretty nice sweet spot, of course, for AMD’s Ryzen 9000 lineup, and so the Aurum line of RAM will feel perfectly at home for AM5.
That said, I chose to run the bulk of my testing on my 13900K rig for a few reasons.
Firstly, the I9-13900K is set up in a much smaller case than with decent airflow, but certainly much less than my NZXT H9 Flow build. The NZXT H9 Flow is an absolutely behemoth of a case that I’ve already reviewed on ResampledPixels if you want to take a peek. Frankly, keeping the memory cool in this rig wouldn’t be as challenging, hence I went with a slightly smaller case to better mirror a scenario more likely for many folks.
The Intel I9-13900K is also the system I use daily as my primary workstation and video editing machine, so it would be pretty perfect for me too.
Thermals and Basic Operation
The heatspreaders are not particularly thick compared to some premium kits, but they do the job. The default XMP profile runs at 1.4V, and during OCCT memory stability testing I saw temperatures hovering from the high 50s to low 60s Celsius with a mixed workload. My OCCT setup targeted around 80 percent of system memory, which worked out to roughly 50GB under test.
These results were on an Intel Core i9-13900K system, and as I alluded to earlier, while the airflow is decent, the case is a little cramped and barely fits the Nvidia RTX 4090 GameRock by Palit, as you can see in the photo.
Specs, Binning, and ICs
ExcelRAM manufactures Aurum in a range of capacities from 32GB stretching up to 96GB. The entire lineup (at least so far) runs at 6000MT/s, but timings do differ, with my 64GB kit being middle of the road, and is rated at DDR5-6000 CL30-36-36-76. Other kits have the tighter CL28 timings and also looser CL32.
For anyone curious about the memory ICs, HWInfo reported SK hynix as the DRAM module vendor. Hopefully, 2026 into 2027 will see the emergence of additional memory IC vendors, eh?
Overclocking Results
I did some manual tuning on the Intel platform. Results were mixed, which is normal for DDR5 since stability depends on the memory controller of the CPU, board, and the kit itself.
I was able to hit DDR5-6400 on the i9-13900K and keep it stable for real use. I stayed at 1.4V, which is the XMP default, and avoided adding more stress to the CPU’s memory controller. To get there, I loosened a few secondary timings while keeping CAS at 30.
I could boot higher, up to DDR5-6800, but I could not stabilize it under meaningful load. It would fall over as soon as I pushed beyond light desktop usage, regardless of gear settings or a bit of extra voltage. I could potentially have tweaked a bit more, loosening some other timings or cranking voltages past what I’d like, but for a daily workstation, 6400 stable is a win, and I am happy to leave it there for the sake of a percent or two of performance (again, long term productivity for video editing and such is the real goal for me).
Performance: Benchmarks and Gaming
For benchmarks, I paired the system with an RTX 4090. The Aurum kit performed in line with what you would expect from DDR5-6000 CL30, and tuning to 6400 brought modest improvements, but still, any improvements are welcome.
On my setup, 3DMark CPU Profile showed a healthy uplift with the tuned memory profile. Counter-Strike 2 saw a small bump, and Forza Horizon 5’s built-in benchmark improved as well. Nothing here is shocking, but it is the usual story: sensible DDR5 tuning can help, especially in CPU-limited scenarios, even if you are not running an ultra-aggressive, thermally heavy CPU profile.
Verdict
ExcelRam’s Aurum DDR5 is not for anyone who wants RGB lighting and a “showroom” build. This is a straightforward kit with solid thermals, painless setup on both Intel and AMD, and respectable overclocking headroom if your platform cooperates.
For most pure gaming builds (especially with RAM prices running amok), 32GB remains the value sweet spot. 64GB certainly can be argued to be positive for gaming (those who tend to run a lot of applications in the background will especially benefit). But that said, if you’re purely gaming, future proofing probably isn’t a good arguement with 6000MT/s, because the next generation AMD and Intel processors (Zen 6 / Nova Lake) are rumored to hit speeds of 8000MT/s, and we’ve little information on how they scale with memory speeds exactly.
That said, those wanting to multi-task, run creative applications and use workstations definitely can benefit from 48GB, 64GB (such as the kit here), or even the 96GB capacities.
Pricing is the hard part, and it is not unique to ExcelRam. DRAM pricing can swing fast, and a price that looks great today can look awful a few weeks later. Still, based on performance and overall experience, the product itself is good. If you spot this kit at a competitive price relative to the usual DDR5-6000 CL30 alternatives, I would have no problem recommending it.
