I Tested ALL the CPUs for CREATORS here's the RESULTS 👇 | ULTIMATE CPU Comparison, BEST CPU 2024

[Music] so which is the best CPU for crators in 2024 happy New Year and in this video we're going to be finding out I have done thousands of benchmarks there's some more CPUs that I've actually tested but didn't actually fit on the table so they are either in there or in there or in some other piec somewhere raying around if you love benchmarks then this is probably going to be the best video you're going to be watching in 2024 because there's a lot of data and Benchmark results that you're going to find out and you might want to put glasses on because there's so many on the screen you might not even see all of them looking for a cheap way to license your windows check out hook Keys through the links in the video description make sure to use the code tn20 to get a 30% off paste the license to the activation settings and you're all done this license is for Windows 10 but you can upgrade it to Windows 11 for free they also offer Microsoft Office 19 license use the same call tn20 to get a 30% off check out hooks.com in the video description below now if you want to check out any of these CPUs or want to pick them up or want to build yourself the best bank for ball Creator PC then this build guys in the description below but depending on your workflow you might want to pick one or the other and in this video you're going to be finding a lot of that we're going to be diving deep a little bit into certain workflows because overall score might not actually mean the best CPU for you there's certain underneath or sub scores that are much more important which we'll talk about in a minute but if you want to check out any of the test bench setups I'm going to leave them in the description below the very important thing here to note is that the Intel's 13th and 14th gen have been tested with 5600 megga transfer per second uh RAM speed ryzen 7,000 have been tested with 5200 megat transfers per second and int tell's 12 gen have been tested with 4800 megatrans per second ram speed exactly the same timing exactly the same Ram kit actually just the frequency of the speed have been tuned down and the reason I've done this is because to match the IMC of the actual spec of the CPU now the real world is that actually you most likely can run all of these CPUs much higher ryzen over 6,000 Intel over 7,000 12 Chen over you know 5,000 and so on you might not get it either and the better the IMC the more RAM it actually supports in terms of capacity as well so if you're running four sticks for example then you're much more likely to get the XMP or faster Ram speed on the 14th gen compared to the ryzen 7000 or 13 or or 12th gen for example on Intel so in order to actually reflect some of these IMC and memory speed results I've tested the ram speed according to the specs if you want to live your life on the edge feel free to try 8,000 megga transfers per second ram or even higher go for it but as a Creator we want to play things safe and solid so first we're going to be looking at CPU rendering CPU only tasks and here we're using cinebench r24 or cinebench 24 single and multi-core scores firstly the single core score and this represents people who do a lot of things in in an actual uh active tasks not even only on cinebench or Cinema 4D application but that also reflects the snappiness of the operating system when doing lots of single or lightly threaded tasks that's even working with photos and videos and so on the higher the single cor score the better it is and interestingly the top scorer here is not even a PC or any of these CPUs it's actually Apple M3 Max which is absolutely insane you can see it's it's around 4 almost 4% faster than the fastest single core speed that we can get on Intel which is 6 GHz on the 14 900k you can see it steps down quite a bit all the way to 14700 K which is about 10% slower than the M3 Max then we have the 13700 K and then behind 13700 K we have a whole bunch of CPUs all the way down to the 12700 K as you can see over there so all of the these CPUs there perform within 10% of each other so there's not that much of a difference especially the middle Bunch where the all ryzen 7,000 are very much similar and the 14600 K are around there as well so that's that the only bits that kind of fell short is are the 4 12 600k and then the thread Ripper 5000 that's on the Zen 3 architecture which has much lower single core speeds and that's what we can see on the ryzen 5000 CPUs but moving on to multicore performance on cine bench r24 and here this represents people who do CPU rendering for example working with Cinema 4D so this cine bench is just not a synthetic Benchmark people who work in Cinema 4D or blender which we'll get into in a moment as well or vray or some multithreaded tasks on a CPU that's what this is for here and here you can see that as soon as we have thread ripper in the CPU name it takes us to a whole another level the thread Ripper say 7980x is absolutely insane and then the 59 95 WX which is you know the last generation 64 core is about 25% slower boom and then the 14900 K which has 24 cores I know not all of them are PE but that is about 60% slower than the thread rep 7980x and you can see here we're going to step down quite evenly in all of these CPUs whichever one you have the the more calls you have the better it is also if the P calls multi-threading really here we can utilize all of this but you can see even the M3 Max from Apple is quite impressive actually on par with the 13700 K slightly lower than the 14700 k a few per but regardless quite impressive because that is a laptop CPU now puer bench for adby Photoshop and here we have a lot of these CPUs here I have not included Apple on this one if you want to see what how Apple performs there highly recommend checking out the Apple versus Intel video where we go more in depth in that first I want to make one note uh that the top chart you can see 24900 K the top of the chart is 4900 K with 64 Meg transfers per second ram speed and then the second one is with 5600 megat transfers per second just to Showcase like what are some of the you know performance increases you can get with when having a faster M Ram at the fastest you know CPU possible so we get extra 6% or something like that 5 6% when the ram is faster so just so you know that's what you can expect when you going in with faster as well so in Photoshop we can see that Intel CPUs really perform a lot better than ryzen CPUs the ryzen 7700x is roughly on par with a 14600 K which is quite impressive that the I5 is faster than any of the ryzen 99's or any of that but bear in mind ryzen 7000 actually competed with the 12th gen not third 13th chin or not even the 14th chin so so far we don't have new CPUs from AMD but it is mightly impressive what Intel can do for the price point and you can see the 12 chin CPUs actually are a bit lower down there as well the 12900 K is a little bit lower than the 14600 K probably because of the actual boost performance of CPUs interestingly the thread repair CPU is right on the bottom there because just don't know what to do with 64 calls here and the 32 2 core actually performs better so if you're looking for the best performance on Photoshop having an ryzen 7 or 9 or Intel i7 or I5 is actually a Best Bank forb option for you but here you can see the overall scores now this is not everything that was tested in this puie bench uh score there's also GPU score General score and filter score bear in mind the GPU score probably from the rest of this year will disappear because that is pulled out from there the general core score and filter score you can see these stats on the screen as well if you want to dive a little bit deeper in there and you can see that they're not always exactly in this same rank for example if we look at a general score you can see that the threader 79 70x has a much higher score than any of these like a few CPUs above them um and so on so you can dive a little bit deeper in the benchmarks if you pause the video and you can see these goes on the screen moving on to Lightroom classic and I want to make a little note here if you see some some benchmarks online that people who test Lightroom not Lightroom classic then those benchmarks aren't really comparable because Lightroom the non-classic version actually uses a cloud-based editing which means that a lot of the performance of you know your phot editing is dependent on your internet connection speed but the Lightroom classic everything happens locally so we can actually test how good the system is just so you know so here we can see that having more calls kind of makes sense and we're looking at the overall scores here the best one is 14 900k and bear in mind the top one is 4900 K with the faster Ram speed so you can get a little bit of more performance and about 5% is what we can see here compared to the 5600 megat transfers per second so faster RAM does make a difference here as well because you do use a lot of ram but the thread repair is up there as well because when you do batch exports or putting something together it is pretty good as well now Intel again is performing a little bit better than any of the ryzen chips here on Lightroom classic interestingly the Intel Z in there is somewhere on the top there as well because of the multi-core performance the single core isn't as good as you can see in a moment in some of the active tasks but the ryzen 7950 X is about 5% slower than the 13700 K which is again quite impressive for the price for Intel CPUs now feel free to pause it and actually dive deeper in some of these benchmarks here or some of these scores so you can actually test it for yourself now this was the overall score but there are also active and passive scores and depending on your CPU and on your workflow you might want one or the other because passive score is when we're exporting or putting a lot of photos together exporting photos putting panoramas together doing passive tasks where you're not actively working on a photo then depending on your CPO it might be better for example the thread rer 7980x has the best active score there as you can see see even better than the third 14900 K with faster Ram so here you can see the Lightroom classic version Pua bench version um overall score active score and passive score or all of these CPUs if you want to test it against yours or some of this and check out the test bench setup in the description below if you want to see like which Ram was I using or something like that so that concludes photo editing and as you can see here most likely the Intel CPUs are performing a little bit better just because of the single core performance and perhaps they're more optimized for that now I'm not saying that the ryzen CP are worse but probably the ryen 99's because of the more hes doesn't really give you that much performance boost unless you're in Lightroom classic where you really export a lot of photos and put them together but slightly threaded tasks even a ryzen 7 or ryzen 5 or in I5 i7 is a good pick for you as a vid photo editor I'd probably lean towards the Intel side because if you're doing a little a bit more video editing you can see in a moment that will also be better on that one especially because of the the igpu inside but at the same time ryzen does have the potential of being longer supported platform you might get more upgrades out of the ryzen platform depending if you're that type of person who just would upgrade the CPU and upgrade the platform or you would just like cash out a certain thing for your system and then upgrade another 5 years later or something like that moving on to Adobe Premier Pro and here we can see puie bench 0.98 for Premier Pro 23.6 and the best one is again the Intel 14 900k with the fast Ram now you can see that the top part of the CPUs are actually kind of spread evenly between the 4900 K 3900k and the Thad 64 and 32 core variants they're performing very very similarly in the extended overall score there's a lot more to it which you'll see in a minute where it gets a bit more complicated but here you can see overall scores if we just take in overall performance of everything they're performing very similar which is mighty impressive for these Intel CPUs that cost a fraction of the price of these thread rippers that are 10 times more expensive often than these so depending what you're doing having an Intel might be a good option there the ryzen 79 50x there is somewhere in the middle there still a little bit slower than the 13700 K interestingly and a bit faster than the 12900 K but if you look at from the 7900x all the way to H 12 900k then all these CPUs are kind of within a few percent of each other and perform very very similarly which is interesting even the thread rippers from previous generation are performing roughly the same as the 14 600k which is interesting not at every single aspect but there it is so that was the extended overall score but what you can see on the screen now is the whole Benchmark results and there you can see standard overall long GOP intraframe score raw score GPU effects standard and extended scores now if you don't exactly know what these mean what's long GOP what's an INT frame what is a row score and how does this actually work with your workflow I highly recommend you check out my interview and podcast with Matt back from pit systems who actually created all these benchmarks and we go a little bit deeper in how does the hardware utilize the software and depending on your workflow you might actually look at one of these results here and they are much more relevant than the overall score so if you're working with long G or intraframe or raw then just look at that score here the overall score doesn't matter the overall score is just a combination of kind of all of these put together just so you know so for example if we are looking at int frame score then you can see that the thread Ripper 79 70x 32 core is the fastest in the bunch here um so if you're working with that perhaps you want to go with that one if you're using Pro r or something like that but if you're using long GOP like H 264 or5 then the Intel's ch with igpu are much better for example you can see that the thread Ripper 79 70x is actually slower than 12 900k 14 600k in Long GOP score so dive a little bit deeper in these scores actually only slightly faster than the 12600 K which is just interesting just the IG GPU giving you performance of the Intel quick sync is is a lot better there and interestingly depending on your CPU the GPU effect score might actually matter as well even though I'm using exactly the same GPU for all of these CPUs you can see this difference in GPU effect score so probably because of the single core performance and how fast to ram on the whole system is they don't have to wait for the GPU to complete or the rest of the G CPU and other system to complete when we're doing GPU effects so that's an interesting analysis here as well so feel free to dive deeper into these results there let me know what you think in the comment section below moving on to After Effects and here again we can see that having a faster real does make a difference it actually boosts us from this second place to the first place um the 7950 X is really really good uh for After Effects and you'll see in a moment when we dive deeper the tracking score for ryzen CPUs for some reason is absolutely insane but if you do have faster Ram the 4900 K is a little bit better so this is the overall score and you can see that even having a thread Ripper here doesn't in overall score make a lot of difference but in your workflow Ram preview might be the most important thing that you actually have having more RAM and being able to cash a lot of this you know your project onto the ram to preview that might be more important than actually any of the other things because waiting for you know to saturate the RAM and empty the ram might be a much slower process than just having a slower CPU but more RAM if that makes sense highly recommend checking out again the Pug bench um podcast where we talk a little bit more into that and Matt explains this very very well so here if you look at the whole of the scores here here the multicore score which is GPU rendering where we can actually use multiframe rendering and multicore rendering where we take you can see that the more Calles you have the better interestingly again the 64 core thread Ripper is actually slower than the 32 core thread Ripper so having the 32 core might actually make a bit more sense for you there and as you can see tracking score there if you look at the ryzen CPUs there 7950 X they're measurably faster than any of the Intel chips there I'm not sure why tracking should be done on single core anyway as well but maybe this is because of the cache of the CPU I'm not sure it just works much better on the ryzen CPUs so if you're working with After Effects have a look at these scores and um you know decide which one is best for you moving on to b bench for denture resolve studio and this is 18.6 of Dent resolve that I was testing where you can see that Intel 14900 K is not the fastest CPU anymore so this is the extended overall score and you can see the 32 core thread Ripper is the best interestingly it's much faster than the 64 core thread R so D Vinci resolve at least this version of D Vinci resolve can't really utilize all of the 64 cores and don't know what to do with it the Intel CPUs are right there on the top there if you have more cores you can see they usually perform a little bit better 13700 K is kind of stepped down then we have all of the ryen like pretty much exactly the same so whe you have 8 12 or 16 cares they look to be performing pretty much exactly the same on this denture resolve you can see they're within like what 1% of each other so it kind of doesn't make sense to have more than eight CS in the vent resolve if you're using ryzen system here I'd probably still go with 13 uh 700k because you can see a little bit better little bit faster and so on then another bunch of CPUs we have from 14700 K to 13600 K in there and they're roughly performing about the same as well and then we have the rest of the CPUs on the bottom there but that's not all of it so if you look at the whole benchmark scores all of the standard extended 4K 8K GPU effects and fusion scores you can see depending on your CPU you might want one or the other for example the thread repair 32 core 79 70x is not very good at Fusion quite a bit slower than the 14900 k for example and seems like Fusion does like single core performance the better the sing C the better it kind of performs there and all of the GPU effects are about the same apart from 14 700k for some reason 14 700k GPU effects really is a little bit slower I don't know why exactly the G same GPU no idea why and depending if you're using 4K or 8K media scores then you can see the differences here as well but the 32 core as you can see 8K media if using 8K media that is quite a bit faster than the rest of them now moving on to blender and here is where you probably want to put your glasses on because I've added a lot more CPUs in here that you can see there's a lot of laptop CPUs and a lot of like previous generation CPU so you can really see like what's going on in blender rendering and what's going on and what we can see is the thread rer 79 ATX is Boom a lot faster than anything else in there all of the thread Rippers and the zans they're like absolutely do dominate the top of the chart there a lot faster then the first place in the like normal CPUs with normal desktop platform we see 7950 X there and it's very very similar to the 3900k and the 5965 WX and you can see that the 4900 K is slightly slower than the 3900k and that is a weird phenomenon when I've been testing this and because this has taken like a whole year to test all of these CPUs and some of these I don't have anymore and the blender has updated this version so 3900k I think was used using uh blender 3.6 but then the 14900 K was using blender 3.9 or 4.0 and the newer versions of blender for some reason are actually performing slower than the older versions so just so you know there's a little bit of a mix of some of these so if you see um a newer CPU that was released in new weere for example 14900 K compared to the 3900k then the results in real world would actually be swapped but just to give you an idea of all of it what's going on the more cars you have in blender usually the better it is so if something is very out of kind of whack in here then I highly recommend kind of relating to cinebench r24 where you can see the multicore score and here as well there's even some of the ryzen with Precision boost overdrive enabled to see like which one is better which one is worse the M3 Max and M1 Ultra with 20 core CPU you can see there as well about the same as 13900 K now it depends on the seen how the CPU rendering works the monster and Juke sh by classroom scen sometimes one is better than the other so I'm going to leave all of these here as well and you probably want to pause this as you can see there's a ton of results on the screen and feel free to like have a look around see which one is better than the other one but basically that's uh that's the one and lastly vray very similar to all of the other CPU rendering tax more cars you have the better it really is and you know certain Generations they would start to have overlap there but you can see lots of different scores you can also see the Intel Z on 34 75x this one here that is that's a 36 core CPU and with overclocking how much you know increase we get in performance you can see extra 5% or so on performance there and again there's loads of CPUs here that if you want to check out check out there and thread rippers again perform a lot better than there than other CPUs and then the 7950 X is a little bit better than the 13900 K and 14900 k for example so then here's all of the results and I hope this was helpful for you depending on your workflow you might just want to pick out one or the other and see which one is the best sometimes paying more for the CPU or platform doesn't actually give you more performance so really think about your workflow but here you can see all of the results all of the Thousand pinch marks that I've done all this year and all the results here aren't just one single Benchmark the benchmarks have been done at least five times sometimes 10 times and calculated the average so we can really see what's an accurate result so I don't have one there or one there so if you think I should be adding or anything else you'd like to see I'd love to hear from you in the description below if you want to support the channel check out Tech noce merch or the free build gu of PCS and uh build yourself a Best Bank forb create a PC and actually save money thanks guys for watching and I'll see you soon [Music] bye-bye

Channel: Tech Notice

Views: 69,002

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Id: oTbuFYqNg8U

Length: 23min 59sec (1439 seconds)

Published: Sat Jan 13 2024