At the end of last year, I was researching GPUs like a madman, trying to find the best option for price and performance and maybe also have some headroom for a future CPU upgrade. My starting point was a Ryzen 5 2600, 16 GB of 3000 MHz CL15 RAM and an AMD RX 570 with 8 GB of VRAM. A very good performance per buck machine in the summer of 2019 for 1080p gaming. It was purpose-built to be cheap with an upgrade path in the near future. However, my inner hardware enthusiast didn’t want to be content. It also didn’t help that the two games I was playing at that time performed rather poorly (which was the games fault, but you take every excuse you can get to buy new stuff).
Putting that aside, I have data of three graphics cards to compare, tested in four games at three different in-game settings – plus a custom one for two games that I used for playing. In addition to that, I have a bit of CPU overclocking as a result of troubleshooting and a RAM upgrade from a 3000 MHz CL15 kit to a 3600 MHz CL17 kit – which is running at 3400 MHz. More wasn’t possible with this motherboard and CPU. This post isn’t about the CPU overclocking though. I did that to see if the 5700 XT was limited by the R5 2600 and would perform better with a faster CPU. Well no surprise there, but as it turned out, the numbers I found were not caused by the CPU. More on that later.
Quick note before I go into any details: I did not find a solution for this problem, unfortunately. I’ll be explaining what happened and show frame time graphs as proof.
So, with that out of the way, let’s get into it. I’m certainly not the only one with this issue. If you employ the search engine of your liking you will find many threads covering that topic (like here and here and here and here and so on). Some managed to get it working, some did not. I’m obviously in the latter category.
What happens? From what I found in my research it seems like the RX 5700 XT GPU aggressively tries to save energy if it is not fully utilized. If you run MSI’s Afterburner or any other monitoring software, then you’ll see the GPU load and frequency being all over the place. In general, this is a good thing – if it does not affect perceived performance. And this is where it fell apart for me.
As an avid listener of Windows Weekly I often hear discussions between Paul Thurrott, Mary Joe Foley and Leo Laporte about Microsoft’s Fluent Design. Microsoft continues to evolve the visual language of Windows and thus it’s a regular topic on one of my favorite podcasts. I’ve been noticing it here and there myself, mainly in system dialogs, but I’ve never really paid any attention because none of the applications I use on a regular basis make use of it – and currently I’m rather happy about that fact. Just recently though, I was struck by one effect in particular and that was the spark that got this blog post going. To be honest, in most cases where I notice these Fluent Design elements I think of them as rendering bugs. Like sometimes in games, when the graphics driver is not yet optimized, or a badly programmed game engine draws odd pictures sometimes, flaws in an otherwise normal picture. I have a few examples to show to you.
Somehow, I managed to lose the Intel mounting bracket and standoffs for my Corsair H100i v2 liquid cooler. To be honest, I’m pretty sure I sold them together with the Intel motherboard when I switched to AMD Ryzen. Yes, you read that correctly.
Sold. With. Motherboard.
I can’t find that stuff anywhere in all the packaging that I always keep around until I throw away or sell the hardware. So that’s the only logical conclusion says Mr. Spock.Read More »
As mentioned in the Overclocking the Core i5 post a while back, my graphics card was limiting higher performance outputs, especially since it had to render games in 2560×1440. I hinted at an additional post dedicated to overclocking the GPU and this is it in some ways. I did overclock the GPU, but shortly after I also replaced it with a Gigabyte G1 Gaming GTX 1080. Nevertheless, for comparison, I will include the overclocked results based on the custom graphics settings from the last post and also compare it to the 1080 using default game presets. This way you can easily compare with your own rig. I had hoped I could also include Ryzen tests, but unfortunately Corsair’s AM4 mounting kit for the watercooler is still travelling around the world. So, there’ll be another performance related article (hopefully) soon. That one will compare the overclocked i5 with the GTX 1080 to a Ryzen 1700X with the 1080. Not only in games, but also in encoding.Read More »
The Skylake i5 is the 6th generation Core micro-architecture that has a lot of gaming power by default, especially the K series of CPUs. But, with only 4 cores and no hyper-threading, they are just not the right fit for some scenarios, especially video encoding. So, other than buying a new CPU (and board and maybe even RAM – as intriguing as it sounds), what can you do to get more performance? Overclock it! That’s what the K stands for, right? OverKlocK.Read More »
Until a couple of months ago my main focus on buying input devices for computers was based on performance and price. I mean, in general that is how one goes about spending money, right? Check the spec sheet and see if it’s worth it. That’s how I always buy my things. I make up my mind that I need something and then I visit my preferred retailer websites and compare the prices. At my home desktop I am a bit more demanding than at work where I simply used (past tense) what came with the computer, but ergonomics never played a role. Boy has that changed. Read More »