Dolphin and faster melee have very low graphics requirements but they need high single core CPU performance. Please also make sure that you can run the latest version of FasterMelee with your current setup. Is it a desktop pc? If so I would recommend you to just install a new graphics card. There are lots of tutorial for it out there, it's a 2 min procedure once you know what to do, I recommend this tutorial. ![]() Installing it is very easy as it is a low power card meaning you just need to put it inside a slot on your PC. I'd recommend finding a used gtx 950, you should be able to find one for 80$ or less. There's not a lot of data on different cards but it seems that graphics cards from the Nvidia gtx 900 series are definitely a safe bet. Kadano tested different graphics cards a while back ( link) and older AMD cards as well as certain integrated graphics (Intel HD graphics, etc.) seem to introduce delay as well. I'm not sure if you're aware but unfortunately graphics cards can also introduce lag. That's why Intel CPUs generally perform better because they tend to have higher single core performance whereas AMD prioritizes core/thread count.īased off my own testing with different hardware as well as anecdotes from others about which CPUs were able to handle Dolphin/FM, it seems that the threshold for being able to play is at about a 1200-1300 single thread rating score over at ( example benchmark | single thread rating: 1747). You can also check out the source - it is in german but you can use google translate or see if the review is also available in english as they do translate some of their articles.Ĭlick to expand.Is it a desktop pc? If so I would recommend you to just install a new graphics card. ![]() Just by looking at the graphs, I am sure you can see the difference between the two monitors. The Acer GN246HL unfortunately has particularly bad signal processing delay and a much lower than advertised pixel response time in all tests, except one.īelow you can find graphs detailing the reponse time and processing delay as tested by the reputable german website. The thing you see advertised on the Monitor as "1ms" is only the pixel response time and there are multiple ways of measuring response time. The latter is the time it takes for the pixels to move once they are told to move. The first is the time it takes for the LCD to process the signal and tell the pixels how to move. ![]() The signal processing delay and the pixel response time. Unfortunately, there are two components to the total input lag. This might come as a surprise to you, let me explain: Click to expand.According to test results, the Acer GN246HL has particularly bad input lag for a 144hz monitor at an average of above 10ms.
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