Even overclocked the temperatures remained low as well, topping out at 76☌. When it comes to more serious tasks it was a bit better news, with X264 seeing a boost from 39fps up to 42fps and Cinebench going from 4,292 pts upto 4,577 pts. We also found that Precision Boost Overdrive (PBO) gives a neat little boost as well, although as ever with overclocking these chips it doesn't seem to have any impact in any of the games-whether you're talking about PBO, Auto OC, or manual overclocking to 4.7GHz. We'll dig into this a bit more when we get a chance, but faster clocks or lower voltages should be more than possible. We managed to set all the cores to 4.7GHz at 1.3V (and possibly more impressively, 4.6GHz at 1.2V was stable too). If you do go for a third-party cooler, such as an all-in-one water cooler, then you can push the chip much harder than the 76W that it limits itself to normally. This is a 65W chip, as opposed to the other Zen 3 chips which have all been 105W. The Ryzen 5 5600X is a great overclocker. Conversely it has made overclocking a bit of a non-entity: basically AMD can handle your chip better than you can. This is one of the reasons that its new CPUs have managed to produce such stellar performance. One of the themes with AMD Zen architecture is that it basically does a great job of handling the power draw, thermals, and core usage to get the most out of the chip. (Image credit: Future) Ryzen 5 5600X overclocking If that isn't great value, I'm not sure what is. Total War: Three Kingdoms is also a stand out performer, with the averages matching the 10700K, which produces smoother frame rates than the 10900K.Įven at 4K the extra grunt of the 10900K doesn't offer much of an advantage, as can be seen in the Assassin's Creed Odyssey benchmark at 1440p and Far Cry New Dawn at 4K, with the latter highlighting the 2fps difference between Intel's top-end and this $299 CPU. Making for a smoother experience overall. Once again the most impressive performance increase over its previous generation is in F1 2019, where the average performance not only increases significantly, but the minimum frame rates also improve. Not in every game to be fair, but overall there's nothing between this $299 CPU and Intel's $599 10-core, 20-thread monster that draws significantly more power and requires a heftier PSU. Yes a chip that costs double what AMD is asking for this. It's the gaming performance where AMD really impresses, producing figures that take on the top of Intel's processor stack, the 10900K. Which is a nice segue into what we're really interested here: gaming. The gaming performance is the same regardless though… That is because it is essentially two 5600Xs in one package. The 5900X is a lot more expensive, but it does offer almost double the performance of this chip in rendering and encoding terms. If you like to pepper your gaming with more serious work, then something higher up the stack is probably where your money should go. The Zen architecture really has come on that much. In fact the 5600X is closer to Intel's 10700K, which is impressive given that is an eight-core CPU. This is still a powerhouse compared to Intel's similarly priced 10600K though, with stronger figures in the X264 video encoding and Cinebench R20 3D rendering benchmarks. Having looked at the 12-core 5900X and eight-core 5800X, it's a bit of rude awakening to only have access to six cores again. Memory - 16GB Thermaltake DDR4 - Nvidia RTX 2080 Ti Ryzen 5 5600X performanceĬooler - Zadak Spark AIO / Wraith Stealth There is the potential for a faster Infinity Clock (FCLK) through BIOS updates in the future as well, although AMD isn't guaranteeing this at launch. The Infinity Fabric runs at 1,800MHz by default, so pairing it with 3,600MHz DDR4 makes sense. The last thing to note is that the AMD official supports up to 3,200MHz DDR4 RAM, although you'll be able to run much faster memory without issue. This is an unlocked chip by the way, although you're going to need a decent cooler to really exploit this fact. That's impressively low for a modern CPU, and means that there is the potential for some overclocking shenanigans if that's your thing. The 5600X has a 65W TDP, and limits itself to drawing 76W from the socket. If you're using a fully-threaded application, where all the cores are maxed, then you'll see them top out at 4,175MHz, which is pretty healthy as well. Even using the Wraith Stealth cooler you'll see the cores running at 4,650MHz, and with a water cooler 4.7GHz isn't unheard of. As with the other chips in the Zen 3 family, you'll often see the boost clocks rise above the official 4.6GHz limit.
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