For the ROG Ally, similar to the Steam Deck, numerous third-party modifications exist, both aesthetic and functional. One objective I’ve been pursuing with my own ROG Ally is to find ways to lower its temperatures slightly. Heat can be detrimental, and if you can decrease it, in theory, you might be able to enhance the device’s performance a bit more.
This item seems to offer some aesthetic improvements and potentially enhanced cooling for the ROG Ally device. However, it’s important to note that I’m not promising any extraordinary results, as I don’t possess such capabilities.
With the JSAUX Transparent backplate and heatsink module, I’ve managed to enhance my ROG Ally, both aesthetically and thermally. The cooler operation is a bonus, particularly in such a compact device where space is limited. However, whether or not I would wholeheartedly recommend it depends on the situation. Here’s why:
On one hand, the improvements are noticeable, making the device look better and run slightly cooler. For those who value these aspects, this addition could be beneficial.
On the other hand, installation might require some technical know-how, and there may be a slight increase in noise levels due to the heatsink. Therefore, it’s essential to weigh these factors before making a decision. In summary, while I think it’s a good upgrade for some users, it might not be ideal for everyone.
The JSAUX RGB Transparent backplate for ROG Ally: What you get in the box
To clarify the contents of this kit before we delve into its details, let me point out that it offers great value considering I purchased mine for only $19.99 (plus shipping costs). Upon opening, here’s what you’ll discover inside:
- The transparent backplate.
- RGB module with changeable designs
- Screwdriver
- Light sensor stickers
- Silicone stickers for the rear paddles
- Dust covers for the XGm port
- Gloves
- Two sets of thumbstick caps
- A battery sticker
- Plastic pry tools
Make no mistake, this is a quality kit. And I really like the screwdriver JSAUX bundles in the box.
1) The heatsink is an additional item you can buy, and when I got it, it was quite affordable priced at $5.99. However, you can only utilize it with the JSAUX backplate; using it with a regular backplate would require some cutting, which most people prefer to avoid.
Fitting the backplate, RGB module and heatsink is a doddle, but needs a little care
Replacing an old backplate with a new one isn’t too challenging, but it does require some attention. You’ll need to transfer the M1/M2 paddles and triggers from the existing backplate to the new one for proper functioning.
Another thing to note: These buttons might seem simple, but they can be a bit challenging for me with my uncoordinated fingers. To ensure they function properly, it’s best to push them first before inserting them back in their place. If not, the bottom pad won’t allow you to fully depress the button.
When you opt for the RGB module, remember to insert it properly before securing the backplate. It doesn’t require screws; instead, it fits over the top-center screw hole and is secured once the backplate is screwed in. There are no connections to worry about, as it comes with its own battery. However, it needs to be charged separately via USB-C, but its longevity surpasses that of the ROG Ally’s battery life.
I chose to install a heatsink instead on my ROG Ally, which prevented me from fitting something else there. You align it around the top-center screw hole and then press it down gently. The thermal pads are designed to adhere to the heatpipes, but I’ll explain that process in greater detail later.
By the way, JSAUX comes with a sticker to conceal the rather unattractive battery. Thanks for that! Additionally, you’ll want to apply one of the provided black square stickers over the light sensor on the right-hand side, directly beneath where the thumbstick board is located.
It’s hard to overlook; there’s a foam-covered square on it. If you don’t add this protective layer, you’ll have to connect the official charger each time you power it up because the device will keep getting exposed to light due to its transparent back. Whenever light hits the sensor, which occurs when you take off the stock backplate, the only way to restart the ROG Ally is by connecting the official charger first.
Once everything is put together, it truly looks and fits well. But what really brings a grin to our geeky faces is the transparency of electronic casings.
When everything is built, it’s a fantastic style and fit. What is it that makes us tech enthusiasts so happy about clear cases for electronics?
So what about cooling, does the backplate and heatsink make any difference?
In simpler terms, yes, the answer is affirmative but keep in mind that significant improvements might not be noticed. The reason being, my tests weren’t conducted using a completely original backplate as provided by ASUS for the ROG Ally. For an unexplained reason, the ROG Ally comes with material that obstructs some of the air intakes. I have already removed this obstruction in mine, and there has been a noticeable improvement in airflow.
In my experience as a researcher, if you haven’t already and decide to replace the stock backplate with the JSAUX model, I’m quite certain you’ll notice a more significant improvement, even without the heatsink attached. This is supported by various reviews, which point towards this being a common observation. The intake design on the JSAUX backplate is not compromised like the stock one, as it doesn’t have the same issue of partial coverage out of the box.
I’ve gathered my findings from three different test configurations: First, using the standard backplate as previously mentioned; second, only utilizing the JSAUX backplate; and third, combining both the backplate and heatsink. All tests were performed under 30W Turbo benchmark mode with a stock fan curve.
It appears that the performance benchmark for Call of Duty: Black Ops 6 can be somewhat unpredictable, as at times it performs better (and generates more heat) compared to other instances. Interestingly, regardless if this variance occurs or not, the heatsink only managed to lower the temperature by a single degree.
What stands out most in my opinion is the performance during the Cinebench test, which pushes the CPU to its maximum for a full 10 minutes. The effectiveness of the heatsink plays a crucial role here, ensuring the temperature remains significantly below the critical 95 degrees Celsius threshold, beyond which throttling occurs.
Applying the heat sink significantly lowered the temperature of the ROG Ally during benchmark testing, allowing it to achieve a higher score. Without the heat sink, it either reached or approached this higher score, but with it, the temperature was noticeably lower. This difference may seem small, but it had an impact on the final result.
In the world of gaming, while some cooling adjustments have been made, there hasn’t been a noticeable enhancement in overall performance. Despite this, as the system didn’t approach throttling under the specified conditions without the heatsink, the lack of significant improvement was predictable.
Are you feeling let down? A tad, but considering I only spent $6 on it, I didn’t break the bank trying it out. However, I believe the issue lies in the fact that the heatsink isn’t effectively making contact with enough of the heatpipes. Other content creators have mentioned theirs wouldn’t stick at all, and due to the pipes not being flat, there’s a layered design on the heatsink. I can see it’s touching slightly, but I can’t quite grasp how JSAUX could have improved significantly without a more expensive product.
In essence, if you’re playing numerous graphics-intensive games frequently and require a device with good heat management, this might be a decent option for you. Given its affordable price, it could potentially seem like a wise investment. Moreover, it appears to prevent the ROG Ally from throttling, and possibly allow for slightly increased in-game settings.
The backplate appears to be a more favorable option for me, as I find it stylish, top-notch quality, and it fits perfectly. It really adds a touch of elegance to the handheld device. Considering my usual games on the ROG Ally, I may eventually trade the heatsink for the RGB module (which also shields the battery cable), due to its questionable efficiency. However, I commend the initiative. At the moment, it seems that the heatsink isn’t accessible for purchase, and even when it is, you have to get it straight from JSAUX.
Essentially, for a slight improvement in cooling without any additional purchases, consider removing the backplate from your ROG Ally stock device, then detach the black material obstructing the vent openings. This will provide you with similar advantages at no cost.
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2025-01-24 14:39