Premium-quality materials inside and out; sleek styling; highly modular


A bit expensive; cheap fans; USB Type-C port uses Gen 1 connector

Star Rating



We always start our case reviews by noting that we've reviewed more PC cases than any other category of product, and with this review we're up to 25. Gluttons for punishment, perhaps, given how much time it takes to review cases, but PCs are ultimately defined by the cases they use, so it's a pretty important product to get right! Because we've seen so many, we have a pretty good sense of what makes a great case, and where the rest of PC cases fall behind.

Among the most prolific PC case manufacturers over the past two decades is without a doubt Thermaltake, a company that needs no introduction among PC enthusiasts. It likely offers more PC cases than any other manufacturer, with over 250 cases currently listed on its website (seriously, we counted them!). That's such a deep bench of products that Thermaltake pretty much has something for everyone. With that said, some of these cases are certainly a bit long in the tooth, and we're of course most interested in the newest, most cutting-edge options available. So while we were visiting Thermaltake at CES 2019 this year, we took a hard look at what the company had on display, and decided that the case we really wanted to check out was its premium A500, released in late 2018. Thermaltake was kind enough to oblige us with not only a sample of the A500, but also its latest and greatest cooling products, so what you'll see featured in this review is a fully "tricked-out" A500, rather than the stock out-of-the-box version.

Special thanks to Thermaltake for providing us a sample of the Thermaltake A500 Aluminum ATX Case, Water 3.0 360 ARGB Sync Cooler, and 120mm ARGB Sync Fan Kit, all featured in this review.

Description and Features

While case manufacturers have gone in a million different directions over the past few years, one thing that every high-end chassis must feature today is tempered glass. That's just a given at this point. Acrylic windows and panels are very much a relic of a bygone past, so of course, the A500 offers tempered glass in spades: dual hinged, 4mm tempered glass panels, secured by both magnets and a metal latch. They are as slick as they come, and immediately set the A500 apart from most other tempered glass cases.

But what Themaltake is probably most proud of, and for good reason, is the curved aluminum top and front panels. Here's how Thermaltake describes the manufacturing process:

The aluminum casing utilizes CNC milling technology and was sandblasted to help shape the elegant and sleek curves. The aluminum anodizing process enables the panels to be both water and corrosive resistant as well.

If this all sounds like pretty premium stuff, you're right. It's also the primary driver of the A500's very premium price. With an MSRP of $250, it's on the high side of expensive, and we're betting close to 50% of the cost is sunk into those two beautiful panels. If they're not your thing, you can probably cross the A500 off your list right now, but if you're digging the aesthetic, read on!

Like it or not, all those premium materials inflate not jus the price tag, but the weight too: the A500 is a whopping 32.67 pounds. That is extremely heavy for a mid-tower, and its likely due to the extensive use of steel, aluminum, and glass in the A500. Plastic bits are few and far between in this chassis! Interestingly, the A500 is actually relatively compact, taking advantage of a modern layout that wastes precious little space on extraneous drive bays. At 22" tall by 9.3" side and 20.1" deep, it certainly qualifies as a mid-tower, and the only dimension that is a bit on the large size is its height, due both to its elegant 2"-tall feet which allow for ample airflow underneath the chassis, along with a big roof section that easily fits liquid coolers of both the 280mm and 360mm variety, with no motherboard overlap. While its competitors are busy advertising cooler compatibility that is far less accurate, Thermaltake has clearly taken the tape measure out to ensure that its users can actually install big, powerful coolers in this chassis.

Alas, the chassis is a bit too narrow for big air coolers - the limit for this case is 160mm tall, and we did indeed confirm that our Noctua NH-U14S, which stands 165mm tall, didn't quite fit. A pity. Owners of optical drives are similarly out of luck, but with these also being a relic that doesn't really belong in a modern PC, we're find with that. Luckily for users who like to horde obsolete gear, the A500 comes standard with six 3.5" drive bays (two underneath the shroud and four in the main compartment). For our testing, we stripped them all out, which was quite easy to do thanks to the excellent modularity of the case. The only drive bay we kept was the single 2.5" tray attached to the back of the motherboard panel. We used that for a 2.5" SSD. If you were hoping to see a review where we fill every drive bay for the sake of posterity, we're sorry to disappoint you, but we haven't used a 3.5" drive in about four years, and we don't have any intention of every using one again!


Indeed, we like to keep our builds as modern as possible, and here's the full build list for our A500 review:

By the way, we should just clarify one thing that the A500 does not have, which may come as a shock: RGB lighting! Yes, indeed, despite the fact that nearly every high-end case released in the past few years features RGB lighting, Thermaltake is clearly appealing to a different audience with the A500. With that said, we joked with Thermaltake that while the A500 may be all business in the front, that doesn't mean there can't be a party in the back, so our test build is decked out with more lighting than you can shake a stick at. Don't like it? Well, the good news is that you don't need to have it, but it does show that you can use the A500 to build a stylish, professional-looking PC that still knows how to have a bit of fun!

All right, let's move onto the next page, where we'll give you a video tour of the case, and share our thoughts on the assembly process and performance.

Next page