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AMD Radeon RX 5500 XT Can Be Overclocked Up To 2.1 GHz On Air!

Igor over at Igor'sLab posted something incredible. Just like the custom power profiles that a user posted a few weeks back, Igor's community has made a tool that allows the user to overclock their AMD Radeon RX 5500 XT and RX 5700 XT cards up to 2.1 GHz on air! Igor tells me that they have tested the tool up to 2.2 GHz and almost every card should be able to hit 2 GHz+ figures using MPT.

AMD Radeon RX 5500 XT can hit 2.1GHz OC on Air using MPT (Tool)
In another AMD fine-wine episode, we have a community developed MorePowerTool that allows Radeon RX 5500 XT owners to get even more performance out off their GPUs. While the RX 5500XT (you can read our review of it here) can generally be overclocked to 1875 MHz ish, even 1900, you will be hard-pressed to go over that limit using the conventional tools. With MPT however, you can easily blow past 2 GHz and achieve 2.1 GHz on most cards - with high quality dies even hitting 2.2 GHz. The best part? All of that is possible on-air thanks to the use of the 7nm process.

Without any further ado, here is a screenshot of the RX 5500XT running at 2.1 GHz:
RX-5500-OC-2.1-GHz.jpg


With AMD Wattman, you can achieve 1980 MHz on most cards but MPT goes even further. An additional 100 MHz is available to pretty much all users bringing the clock speed up to a resounding 2.1 GHz. The same tool can also be used to overclock RX 5700 XT GPUs as well. MPT works by writing SoftPowerPlayTables and increasing the power available to the GPU (this means you will almost certainly be exceeding your TDP limits as stated by the AIB so you better have a beefy GPU).
MPT-02.png


Going from 1850 MHz to 2080 Mhz is an increase of almost 12% that you are getting pretty much free of cost (well, apart from the extra electricity consumed I guess) and that should help make AMD's already tantalizing value offering even better. The 7nm process truly shines here and we are starting to see the advantages of having a better physical process.

The AMD Radeon RX 5500 XT is AMD's latest offering in the 7nm segment. Taking up the battle with NVIDIA's GeForce GTX 1650 SUPER, the RX 5500 XT will not only compete against the upgraded Turing offering, but also the Radeon RX 590 which is currently being sold at discounted prices and has a really good price to performance value. Still, the AMD Radeon RX 5500 XT packs a lot of crunch for a little beast that it is.

The AMD Radeon RX 5500 XT features 1408 stream processors which mean that there are 22 CUs or compute units featured on the card. It also packs 88 TMUs and 32 ROPs with clock speeds rated at 1670 MHz base, 1717 MHz game, and 1845 MHz boost clocks. The card manages to deliver up to 5.19 TFLOPs of compute performance at 110W. The card comes in 8 GB and 4 GB GDDR6 memory options. The memory featured on the card runs across a 128-bit bus interface, delivering 224 GB/s bandwidth.
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Side note next gen consoles rumored to be clocked at 2/2.1Ghz, it all make sense now.
 

PhoenixTank

Member
I don't see any actual benches showing a performance change with this? Higher clocks on GPUs can look stable but actually offer less performance than the clock bump would suggest (or even worse than stock performance)
I'm skeptical until then.
 

Kenpachii

Member
Overclocking is useless i don't even know why these people bother with it.

U can have a total dud of a card that can't even get 5 mhz higher without crashing or a godly GPU that goes up by a lot. All of those send out versions from GPU providers are what they call golden samples, really well overclockable GPU's because they are tested for it.
 
the 5700XT reference could be clocked to 2100Mhz on air if you weren't a moron:

5700xtoc51j1m.png



so why shouldn't the 5500?


power draw is horrible when you do that. so i don't think that has any implications for next gen as long as it's on plain 7nm. on 7nm+ 2.1 Ghz could be a possibility if the didn't chase density to much.
 

Kenpachii

Member
the 5700XT reference could be clocked to 2100Mhz on air if you weren't a moron:

5700xtoc51j1m.png



so why shouldn't the 5500?


power draw is horrible when you do that. so i don't think that has any implications for next gen as long as it's on plain 7nm. on 7nm+ 2.1 Ghz could be a possibility if the didn't chase density to much.

Bad idea. The reason they reduce clocks is to produce better yields for there chips.
 
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