TerryLaze
Polypheme
Which won't matter if the performance increase is only because of the cache/that's how high the cache can go.Zen4 3d-vcache chips will undoubtedly have higher clock speeds as well as faster memory.
Which won't matter if the performance increase is only because of the cache/that's how high the cache can go.Zen4 3d-vcache chips will undoubtedly have higher clock speeds as well as faster memory.
That's a really big 'If'. A youtuber using lower latency RAM saw noticeable gains with the 5800X3D so there's performance still on the table even with that chip.Which won't matter if the performance increase is only because of the cache/that's how high the cache can go.
From the article:Well, if I'm wrong, they're not testing Zen4 with the recommended memory and EXPO settings (someone correct me on that). And, Zen4 with 3d v-cache will retake the crown anyway. Until their next architecture, Intel has little to no chance to dominate in gaming.
They did testing with DDR5-6000.For our overclocked configurations, we enabled the DDR5-6000 EXPO profile for the memory kit.
It is kind of tempting to get 7600X until you do the math then DDR5 taxes you, then you need proper cooling to keep high ghz count if you don't I am not sure why then buy this CPU. Extra few hundred dollars is a lot and in my case better spend them elsewhere. At this point 12600K makes perfect sense.
2.- Platform cost will, most likely, go down from here. The same thing happened with X570 and Z690 as well. Nothing to be super alarmed as this is just early adopter tax and it happens all the time.
What matters here, the performance, is there. That's good. Also, as a side note, most numbers from AMD slides were verified and this just goes to show that AMD, at least for the time being, can be trusted somewhat. The benefit of the doubt in their claims was deserved.
One of the main reasons for the IHS chonkyness is to somewhat alleviate offcenter hotspots. Some Ryzen 5000 coolers actually had an issue with this. The missing surface area due to those SMDs definitely hurt thermals but the flange pieces (legs) of the IHS also provide more surface area to help with cooling.Also the chonky IHS on these add 20c+ to the temps; der8auer video.
A lot of these scores are within the 3% margin of error. I wouldn't call it a win (for either AMD or Intel) for anything that lands within 3%. If we take away all those margin of error scores both AMDs new flagship chip and Intel's last gen flagship chip seem to be close to functionally equivalent (in gaming, at least). Steve talks about this in his test suites over at Gamers Nexus. Only CSGO, Rainbow 6, and maybe Far Cry 6 offered some meaningful differences but it's very difficult to create a CPU bottleneck with these powerful chips.Thoroughly reading TPU's test of the CPU kinda shows a reverse of this test in gaming here, which is very interesting. Here, even the 12700K beats any of the new Ryzen 7000 chips by 2% in average gaming performance. The 3080 used holds back the tested CPUs at times even in 720p, but most of the time, Alder Lake seeme to actually lead. This means that it is really game dependent who is better, just like with the 5800X3D. GN also showed Alder Lake leading in specific gaming benchmarks. Power consumption in gaming is at Alder Lake level in the test, again at lower performance as a whole. All in all, that turns results from "expected" to "disappointing" for me, at least for gaming. The chips are very strong in applications for the most part, but the real competition is yet to come. Raptor Lake isn't even released yet so it's still early to judge; however, people might maybe shouldn't celebrate too early. Full test by TPU here:
AMD Ryzen 9 7950X Review - Impressive 16-core Powerhouse
The Ryzen 9 7950X is a monster CPU. When paired with the right workload it will eat even the 12900K for breakfast. As our review shows, the performance uplifts can be massive: +30-50% gen-over-gen is totally possible. What makes things complicated though, is that keeping the beast cool is almost...www.techpowerup.com
Looking forward to their 50 games test suite, that will certaily be enlightening.
Sorry, but the chonky IHS is to keep backwards compatibility, which don't get me wrong, is a great idea. The reality/consequence of that decision was to have that chonky slab of metal on top and it turns out it is hampering temps to the tune of at least 10°C and up to 20°c (taking into account der8auer used his latest and greatest liquid metal thingy). That's a massive increase in operating temps for the CPUs.One of the main reasons for the IHS chonkyness is to somewhat alleviate offcenter hotspots. Some Ryzen 5000 coolers actually had an issue with this. The missing surface area due to those SMDs definitely hurt thermals but the flange pieces (legs) of the IHS also provide more surface area to help with cooling.
As far as the 95ºC goes, that isn't due to the IHS. AMD has completey changed how their chips work from a thermal perspective. Even if AMD had their old IHS these chips would still march right up to 95ºC before starting to throttle. This is now by design.
Yup. I knew about the cooler compatibility. I'll see if I can find what I read about the offset hotspot issue that the thicker IHS helps with.Sorry, but the chonky IHS is to keep backwards compatibility, which don't get me wrong, is a great idea. The reality/consequence of that decision was to have that chonky slab of metal on top and it turns out it is hampering temps to the tune of at least 10°C and up to 20°c (taking into account der8auer used his latest and greatest liquid metal thingy). That's a massive increase in operating temps for the CPUs.
Now, to your point, AMD does indeed said "no problem with these", but der8auer demonstrated there is performance left on the table because of the chonkier IHS. How much? Well, it's actually a non-trivial amount TBH. The 7600X was able to boost even higher to 5.4Ghz all-core and stay under 80°C, so that is actually a good 200Mhz by just improving the IHS/temps alone. That's just bonkers in a good way, but bad for the IHS showing.
Regards.
Sorry, but the chonky IHS is to keep backwards compatibility, which don't get me wrong, is a great idea. The reality/consequence of that decision was to have that chonky slab of metal on top and it turns out it is hampering temps to the tune of at least 10°C and up to 20°c (taking into account der8auer used his latest and greatest liquid metal thingy). That's a massive increase in operating temps for the CPUs.
Now, to your point, AMD does indeed said "no problem with these", but der8auer demonstrated there is performance left on the table because of the chonkier IHS. How much? Well, it's actually a non-trivial amount TBH. The 7600X was able to boost even higher to 5.4Ghz all-core and stay under 80°C, so that is actually a good 200Mhz by just improving the IHS/temps alone. That's just bonkers in a good way, but bad for the IHS showing.
Regards.
From what the leaks and Intel are touting, Raptor will beat AMD in gaming, due to the crazy clocks the've got the P-cores up to. Until the next gen AMD X3D chips come out, that is.Up to 8 cores, so looking at real against real cores, zen 4 is on par with alder lake, so as long as raptor has zero IPC increase and zero clock increase AMD will be fine.
The only mystery is how close the additional e-cores are going to make the final score for multithreaded workloads.
This is correct, though the difference between the 12900K and the 7950X is actually over 4%; the 2% is for the 12700K. Differences are greater with the smaller chips, naturally. The thing is. It's not actually Alder Lake vs Raphael. It's Raptor Lake vs Raphael... and those did show improvements over Alder Lake in leaks etc. It would be very weird if it was different. So parity in gaming between Alder Lake and Raphael is actually bad for AMD. It gives Intel a real shot there. Also of note is the energy inefficiency in gaming when comparing especially the 12700K to the bigger Raphael chips. Only way to make them more efficient was to castrate the 7950X, which further reduced FPS. And you can do that with Alder Lake, too...A lot of these scores are within the 3% margin of error. I wouldn't call it a win (for either AMD or Intel) for anything that lands within 3%. If we take away all those margin of error scores both AMDs new flagship chip and Intel's last gen flagship chip seem to be close to functionally equivalent (in gaming, at least). Steve talks about this in his test suites over at Gamers Nexus. Only CSGO, Rainbow 6, and maybe Far Cry 6 offered some meaningful differences but it's very difficult to create a CPU bottleneck with these powerful chips.
This may be where the super high frequencies of Intel's new Rocket Lake chips show a difference. 'Course, then we have AMD's X3D chips, etc., etc.
At 80 degrees the CPU will never hit the thermal wall and so will always use as much power as it can find in the attempt to get to the thermal limit, or it will stop if it hits the power limit.Lets hope that we get bios options to reduce the temperature limit if we want to do it so! I would consider running this at 80 degree of celcius to limit the power usage and clockspeeds.
But using normal cheap cooler also help!
That's actually a really good graph and, I can say right now (using it as a base), Raptor Lake will win in lower threaded, but will lose on the higher threaded part, unless they increase all-core clocks of E-cores significantly; this will mean increasing the overall package power and, from what I've read, they will only increase if by 10 watts or so? I also like how linear the scaling of the E-cores look, but we know after a certain amount they won't add as much due to clocks going lower (that's what basically happens with AMD in the graph) if Intel wants to keep power in check. I wonder how motherboards will handle that when Raptor Lake releases.Up to 8 cores, so looking at real against real cores, zen 4 is on par with alder lake, so as long as raptor has zero IPC increase and zero clock increase AMD will be fine.
The only mystery is how close the additional e-cores are going to make the final score for multithreaded workloads.
(PC world review)
If they have zero efficiency improvement then 10W more will not do much, it will run slower but more cores might still be better than fewer but faster.unless they increase all-core clocks of E-cores significantly; this will mean increasing the overall package power and, from what I've read, they will only increase if by 10 watts or so?
Yup. For gaming and low-ish core count workloads, Intel's Raptor will probably win.This is correct, though the difference between the 12900K and the 7950X is actually over 4%; the 2% is for the 12700K. Differences are greater with the smaller chips, naturally. The thing is. It's not actually Alder Lake vs Raphael. It's Raptor Lake vs Raphael... and those did show improvements over Alder Lake in leaks etc. It would be very weird if it was different. So parity in gaming between Alder Lake and Raphael is actually bad for AMD. It gives Intel a real shot there. Also of note is the energy inefficiency in gaming when comparing especially the 12700K to the bigger Raphael chips. Only way to make them more efficient was to castrate the 7950X, which further reduced FPS. And you can do that with Alder Lake, too...
If they have zero efficiency improvement then 10W more will not do much, it will run slower but more cores might still be better than fewer but faster.
Also we all know that reviewers will run them without any power limit so the actual power draw might be very high but also give very high clocks.
AM5 platform until 2025