AMD’s RX 5500 XT is the successor to the last-gen RX 580, retailing for about the same price MSRP (around $200, give or take a $20) but offering a marginal performance improvement over its predecessor. This is AMD’s new entry-level GPU using the Navi architecture, but how does it stack up against the competition, and which one should you get, if you decide to get it? Let’s answer those questions.
Table of Contents
- #1. Gigabyte Windforce RX 5500 XT
- #2. Sapphire Radeon Pulse RX 5500 XT
- #3. MSI Gaming X Radeon RX 5500 XT
- 4. Sapphire Radeon Nitro+ RX 5500 XT
- Buying The Best RX 5500 XT For You
The cheapest RX 5500 XTSpecs: Clock Speed: Up to 1845 MHz | VRAM: 4GB GDDR6 | Width: 2-Slot | Length: 281 mm | Ports: 3 DP, 1 HDMI
- The cheapest card on this list, by a considerable margin
- Strong cooler design
- Backplate prevents GPU sag over time
- Maybe a little large for some systems
The smallest RX 5500 XTSpecs: Clock Speed: Up to 1845 MHz | VRAM: 8GB GDDR6 | Width: 2-Slot | Length: 233 mm | Ports: 3 DP, 1 HDMI
- The smallest card on this list should fit fine in just about anything*
- Backplate helps protect PCB and prevent GPU sag
- A bit more expensive than a lot of other options
- technically #4 is the same size, but we’re featuring that for a different reason
The best balanced RX 5500 XTSpecs: Clock Speed: Up to 1845 MHz | VRAM: 8GB GDDR6 | Width: 2-Slot | Length: 247 mm | Ports: 3 DP, 1 HDMI
- Great cooling makes this card ideal for overclocking
- RGB logo is a nice little extra
- Backplate protects from GPU sag
- Price is on the higher end of 5500 XTs
Best RGB RX 5500 XTSpecs: Clock Speed: Up to 1845 MHz | VRAM: 8GB GDDR6 | Width: 2-Slot | Length: 233 mm | Ports: 2 DP, 2 HDMI
- RGB fans and logo set this apart from other options in terms of customization
- Strong cooling setup should provide good overclocking headroom
- Backplate prevents GPU sag
- The most expensive card on this list
Buying The Best RX 5500 XT For YouNow, let’s dive into the nitty-gritty of everything you need to know.
What’s the difference between the 4GB and 8GB models?This part out of the way first: not all that much. This is more of an RX 480/580 situation than a GTX 1060 situation, meaning the VRAM difference doesn’t generally correspond to an actual performance difference outside of very specific circumstances. You will only notice a difference between 4GB and 8GB versions of this card when either playing modern games with high/ultra texture detail, 1440p or higher resolution, or both. Anything that requires more raw VRAM- higher resolution, high-res textures- will benefit from the 8GB VRAM pool. If you’re only gaming in 1080p, though, the 4GB VRAM should serve you perfectly fine, and you should only shell out for the 8GB if you want to future-proof for higher resolution gaming a little bit. The overall performance of this card makes it suited for modern gaming at 1080p, high-to-max settings and 60 FPS. 1440p gaming may also be possible with the card, but expect to turn down settings to high or even medium in extreme circumstances to maintain 60 frames.
How does this card perform compared to competitors?This is where the other shoe drops. The pricing on these…isn’t all there, at least at the time of writing. These cards are retailing for $200 and slightly under/over, and that is very fierce competition in Q1 of 2020. There are still RX 580s and RX 590s with the same or better performance that retail for well under this card’s $200 price point. While those stocks are sure to empty out over time, right now cards like the XFX Fatboy RX 590 and the Sapphire Pulse RX 580 are kind of embarrassing the RX 5500 XT line. If these cards or other RX 580s/590s are available for cheaper whenever you’re reading this, go ahead and grab them instead: the 5500 XT is not worth the extra money in that scenario. As far as performance against modern options goes, the 5500 XT’s closest performance is the GTX 1650 Super. It definitely outperforms that card, but the pricing starts to look questionable in the face of the GTX 1660, which is often available at the same (or lower) price. Also, this card doesn’t support real-time ray-tracing, but neither does anything else in this price range. If you’re looking for that particular feature, we recommend taking a look over at the RTX 2060 line. Want some detailed benchmarks of this card against its competitors in modern games? Check out Digital Foundry’s review.
How will the clock speed impact performance?Not a lot, especially since all of these cards are inexplicably rated for the exact same boost clock frequencies. Even if you’re able to squeeze out more clock speed with your own user-end overclocking, though, don’t expect to get that much more performance. These are firmly budget cards, and that means the margins are usually pretty thin as far as overclocking goes. Even with cards that are allegedly good for overclocking, gains of more than 10 percent are practically unheard of. Pretty much the only reason to overclock a card in this price range is if you’re dipping just below a target framerate, by like 5 or so frames. If you’re dipping more than that, turn down your settings, and if you aren’t dipping below your target framerate, just don’t overclock it. There’s no need to.
How is width measured, and why does it matter?Width measures the number of PCI slots taken up on your motherboard and chassis by the installation of this graphics card. Fortunately, all of these RX 5500 XTs are 2-slot cards, which means this part specifically shouldn’t be a concern for any standard chassis! If you’re using a slimline prebuilt or something, on the other hand…it probably won’t fit. You’ll want to find some specialized low-profile GPUs for that particular headache.
How is length measured, and why does it matter?Length is the more important of the two physical measurements and measures the length of the longest part of your graphics card. This is the part that’ll actually be extending into your chassis, and if there isn’t enough clearance for it, you’ll need to return your GPU. You probably don’t want to do that, so do your due diligence and check the specs of your case before buying a graphics card. You should be able to find a spec for VGA/GPU/expansion card length in there somewhere. If for some reason you can’t find this information, get a tape measure and do it the old fashioned way. If you’ve selected a GPU and it looks like a tight fit, that’s…mostly fine, but do consider how it may impact the rest of your system. For instance, overly-long-but-still-in-spec GPUs may interfere with things like an intake fan or driver installation. Build smart today so you don’t get headaches tomorrow.
Common video standards, and what sets them apartFinally, let’s take a moment to talk about video standards. Below we’ve listed the five most common
- HDMI – The main consumer video standard, used by TVs and most monitors. Will usually do the job, but may hit bandwidth limitations for UHD or high refresh content.
- DisplayPort – The main PC video standard, supported by almost all modern monitors and almost no TVs. Generally the first recommendation for PC users, thanks to its higher bandwidth.
- USB-C – Used by certain monitors and VR headsets via VirtualLink.
- DVI – An older digital standard that supports up to 2048 x 1152 at 60 Hz. If your monitor doesn’t support any of the above but still uses this, grab a DP to DVI adapter.
- VGA – An older analog standard that supports up to 1920 x 1200 at 60 Hz. If your monitor supports this but none of the above, get a DP to VGA adapter. (Meaning if you have both VGA and DVI, get the DVI adapter instead. This is a last resort!)