lolYou can limit them to any power and the 270k will absolutely wipe the floor with the 9700x in both performance and efficiency. Amd cpus are extremely inefficient, they look efficient in graphs cause they are slow.
lolYou can limit them to any power and the 270k will absolutely wipe the floor with the 9700x in both performance and efficiency. Amd cpus are extremely inefficient, they look efficient in graphs cause they are slow.
Or you can buy a flagship and have the option of upgrading to the next flagship without spending more later on another board and RAM kit.All the platforms are dead if you buy flagship cpu...whata the point of even buying new pc if u gonna go for low tier cpu? If u can buy almost flagship cpu for 300€..u gonna buy some bad one for 200 to save 100 bucks so can later buy new cpu for 400 bucks?
Exactly. This is what makes the 270k the goat. You buy it instead of a 9950x / 9950x3d and you got so much money leftover you can buy a new mobo whenever you want to upgrade either for nova lake, zen 6 or zen 7. Going for an am5 locks you to zen 6 if you don't want to spend more moneyOr you can buy a flagship and have the option of upgrading to the next flagship without spending more later on another board and RAM kit.
AMD "sat on the laurels" with athlon64 because intel paid OEMs to not use AMD, this dirty trick left AMD to DIY market constituting few % of market share , and R&D budget ran dry. If not for consoles it would have killed AMD entirely.Sitting on your laurels while ahead never ends well. Ask AMD how that went with the athlon 64, or intel with skylake.
And its cheaper. Sure the 9800/9850x3d is faster in games, but its also a $500 chip now. The 270x is meeting or beating every non x3d chip AMD has in games.
If you do any sort of productivity work in addition to games Intel is looking real good right now. AMD cant just rely on x3d given how expensive that cache is, they need to make sure their normal cores dont fall any further behind.
AMD "sat on the laurels" with athlon64 because intel paid OEMs to not use AMD, this dirty trick left AMD to DIY market constituting few % of market share , and R&D budget ran dry. If not for consoles it would have killed AMD entirely.
As for this comparison 24 core 120W TDP(250?peak) vs 8 core 65W TDP(150?peak) is apples to oranges.
Judging by media point geekbench leaks they reach same score as srix point but running @2GHz. Of accurate this would mean 30% IPC uplift. AMD is not sitting on laurels, intel is finally trying to be competitive. Good, we need competition or endless +++refreshes with neglegible gains for massive price hikes will return.
Probably cause thats what most people play on. 1440p has been on the rise for a while but 1080p still dominates and well for a while. 4K isnt a big jump from 1440p, 4K is mainly for editing or you just someone with $ to burn. Most dont have $ to burn, also why 1080p still the used resolution.Only thing im wondering that why all gametest are for 1080p?
Its been few years when I personally have used 1080p resolution...would be nice to see test also on 4k...
Only thing im wondering that why all gametest are for 1080p?
Its been few years when I personally have used 1080p resolution...would be nice to see test also on 4k...
A 270K locks you into a dead socket, AM5 does not.Exactly. This is what makes the 270k the goat. You buy it instead of a 9950x / 9950x3d and you got so much money leftover you can buy a new mobo whenever you want to upgrade either for nova lake, zen 6 or zen 7. Going for an am5 locks you to zen 6 if you don't want to spend more money
Exactly, Intel was paying OEMs to exclusively use their CPU's, ie. Dell was one of their closest partners, Intel probably still has those partnerships especially in the laptop market where it can be more difficult to find an AMD option.AMD "sat on the laurels" with athlon64 because intel paid OEMs to not use AMD, this dirty trick left AMD to DIY market constituting few % of market share , and R&D budget ran dry. If not for consoles it would have killed AMD entirely.
As for this comparison 24 core 120W TDP(250?peak) vs 8 core 65W TDP(150?peak) is apples to oranges.
Judging by media point geekbench leaks they reach same score as srix point but running @2GHz. Of accurate this would mean 30% IPC uplift. AMD is not sitting on laurels, intel is finally trying to be competitive. Good, we need competition or endless +++refreshes with neglegible gains for massive price hikes will return.
Yes but it's so much cheaper than the 9950 / 9950 x3d that with the leftover money you can buy a new mobo for any socket you want, novalake zen 6 or even zen 7. With am5 you are locked.A 270K locks you into a dead socket, AM5 does not.
Higher resolution tests usually show the performance limitations of the installed graphics card than the processor. Testing at a lower baseline generally removes the graphics card from being the bottleneck and better exposes any performance discrepancies from processor and/or memory choice.Only thing im wondering that why all gametest are for 1080p?
Its been few years when I personally have used 1080p resolution...would be nice to see test also on 4k...
No one cares. A 265k/270k will be fine until atleast 2035. In 10 years it won't matter how long they built CPUs for it. Having a build that lasts 10 years on one CPU is smarter then having a build requiring 3 CPUs over the same time frame. Platform longevity arguments are a pathetic reach at best.A 270K locks you into a dead socket, AM5 does not.
True, but nearly 25% of gamers (and climbing) are using 1440p and above. The results at 1440p and especially 4K show that there is virtually no difference for someone gaming at these resolutions and shuts down the argument to get X3D chips. Arrow Lake overclocks much better then anything AMD has and does AI rendering and creation MUCH better.Higher resolution tests usually show the performance limitations of the installed graphics card than the processor. Testing at a lower baseline generally removes the graphics card from being the bottleneck and better exposes any performance discrepancies from processor and/or memory.
Even assuming 100% load, 24x7, it's an extra 150w over AMD max, which for my utility costs me just $140/year. Under realistic use assumptions, it's probably closer to $25/year.You can dislike a product without lying about it. The review you're commenting on shows it uses ~250W in an all core workload and ~150W in gaming. Regardless, no one is running their consumer CPU at 100% load 24 hours a day, which is the only way you'd hit anywhere near $500/year in power.
But you'll be doing twice the work vs 9700x, so even thay calculation is off. In fact the 9700x PC will consume more power to do the same workEven assuming 100% load, 24x7, it's an extra 150w over AMD max, which for my utility costs me just $140/year. Under realistic use assumptions, it's probably closer to $25/year.
Intel fanboys coping hard.No one cares. A 265k/270k will be fine until atleast 2035. In 10 years it won't matter how long they built CPUs for it. Having a build that lasts 10 years on one CPU is smarter then having a build requiring 3 CPUs over the same time frame. Platform longevity arguments are a pathetic reach at best.
but no enthusiast would actually commit to keeping a CPU for more than 2-3 years,
At 4k the CPU is insignificant because at that resolution it's GPU bound.Only thing im wondering that why all gametest are for 1080p?
Its been few years when I personally have used 1080p resolution...would be nice to see test also on 4k...
Yes but it's so much cheaper than the 9950 / 9950 x3d that with the leftover money you can buy a new mobo for any socket you want, novalake zen 6 or even zen 7. With am5 you are locked.
Because that’s how they make an argument, by refusing to acknowledge reality. These chips only really make sense for people who are hellbent on productivity but aren’t already on AM5 or a TR socket. Actually it’s only people who are on 1851 who get a good value becaure by the time you’ve loaded up with 64-128GB of DDR5 if you’re coming from 1700/AM4 or earlier that’s $600-1000 so a $200 saving on a chip isn’t really a large chunk of the budget anymore.Why are you compairing 250K and 270K to top tier AMD chips with 16 p-cores that don't make sense for gamers and most consumers anyway? Intel chips have 6-8 p-cores like Ryzen 5 and 7
Yeah demanding consumers who actually needs massive produtivity performance is on TRX platform and uses Threadripper. Intel has no answer to Threadripper. AMD actually has a HEDT segment. Intel does not anymore.Because that’s how they make an argument, by refusing to acknowledge reality. These chips only really make sense for people who are hellbent on productivity but aren’t already on AM5 or a TR socket. Actually it’s only people who are on 1851 who get a good value becaure by the time you’ve loaded up with 64-128GB of DDR5 if you’re coming from 1700/AM4 or earlier that’s $600-1000 so a $200 saving on a chip isn’t really a large chunk of the budget anymore.
Because that's how they perform.Why are you compairing 250K and 270K to top tier AMD chips with 16 p-core
The 9800x 3d / 9850x3d is far far away from being the best value cpu for games. It's actually pretty terrible. FPS / $ is horrible on these 2 chips.9800X3D/9850X3D is the worlds best gaming CPU, best value, best perf, less problems (single CCD, no scheduler or software needed for max performance, like dual CCD chips or Intel hybrid approach often leads to)
No they don't, they are 6 and 8 p-core solutions with a bunch of slow e-cores that is hit or miss depending on workload.Because that's how they perform.
The 9800x 3d / 9850x3d is far far away from being the best value cpu for games. It's actually pretty terrible. FPS / $ is horrible on these 2 chips.
Yes they are? All reviews show MT numbers dwarfing their amd price competitors.No they don't, they are 6 and 8 p-core solutions with a bunch of slow e-cores that is hit or miss depending on workload.
A lot of people don't wanna settle with low core count low MT chips like the 9800x 3d. If 8 cores suit your needs then go for it we are all happy for you but it doesn't work for all of us, 8 cores in 2026 feel very sluggish. Enthusiasts go for higher core counts cause they - you know - want to use their computers like computers, not like consoles. Had the 9800x 3d, handed it down to a friend within 1.5 months, it was horrible.9800X3D/9850X3D is the best gaming CPUs for people that needs this kind of performance and won't settle with less. Intel has nothing that even comes close when looking at CPU limited gaming, which high fps gamers mostly are - They are not value oriented chips. These are top tier gaming CPUs. 7800X3D fares better here. Even this 3+ year old chip, Intel can't beat in gaming. 7800X3D obliterates Intel in performance per watt as well.
Bad comparison, the 5090 is the fastest. In everything. It doesn't lose to a 5060 in some workloads. The 9800x 3d does lose to entry level 200$ chips in lots of workloads.The best is never cheap. Do you see RTX 5090 going for cheap and deliver good performance per dollar? Nah. True high-end stuff, market leading tech, is never cheap.
It's funny to see amd fans ignoring MT performance which is what they were glazing about for years, right?It is funny to see Intel fans now praise performance per dollar and application performance... Intel became the cheap alternative to AMD.