You can limit them to 125w and got like 90% production(all core render/benchmark) perfomance and 98% gaming perfomance .Jesus Christ those temps and consumption, i'll just stick with my current i5 4670.
The more time passes the less value i see from building a new PC. Every new CPU gen is worse then the one before. Where's the efficiency?
You can limit them to 125w and got like 90% production(all core render/benchmark) perfomance and 98% gaming perfomance .
a 136k would absolutely crush that 4670 of yours, I know, I had one too.It's still too much and i don't like the idea of manually handicapping the CPU just so it doesn't melt the motherboard or waste everything i have on the power bill.
All i want is a CPU with similar power draw with the one i have and get whatever performance gains from 10 years of evolution in tech and efficiency.
these are the cons of the 13600k in the techpowerup review, anything that i need to worry about? i mean except the obvious high temp\power usage.
Do i need to put a liquid cooler on this thing even if i don't overclock shit? or is a big noctua with a fan enough?
- High power usage
- High cooling requirements / high temperatures (for an i5)
- Only PCIe x8 graphics when Gen 5 M.2 slot in-use
- No Turbo Boost 3.0
- Some workloads get scheduled onto wrong cores
- CPU cooler not included
- No support for AVX512
If you read throught their review you'll see that they used Noctua NH-U14S air cooler. So a good cooler, but not the top. Still it was good in gaming, and not too bad in stress test. So I don't think you need water.
~70° in gaming.these are the cons of the 13600k in the techpowerup review, anything that i need to worry about? i mean except the obvious high temp\power usage.
Do i need to put a liquid cooler on this thing even if i don't overclock shit? or is a big noctua with a fan enough?
- High power usage
- High cooling requirements / high temperatures (for an i5)
- Only PCIe x8 graphics when Gen 5 M.2 slot in-use
- No Turbo Boost 3.0
- Some workloads get scheduled onto wrong cores
- CPU cooler not included
- No support for AVX512
Not 13600, but 13900 here, but he did DDR4 and DDR5, personally DDR5 advantage is somehow noticable:Anyone have thoughts on pairing a 13600K with a DDR4 motherboard? It doesn’t look like there’s much to gain from DDR5. At least not at the moment. Plus I’d save a few bucks on a motherboard and by using my existing RAM.
70 in gaming is just 5 degrees more than my 8600k...~70° in gaming.
~90° when rendering.
You def dont need any water.
You could get away with using a ~$50 dual or thick tower cooler and be totally fine.
If you are getting a Noctua then you are absolutely sorted.
The Windows 11 scheduler should be better at managing the P and e cores, though I doubt thats actually a thing to worry about.
Lack of AVX512 is a non issue, the 13th gen are still the fastest emulation chips on the market.
70 in gaming is just 5 degrees more than my 8600k...
How is that hot in any way, shape or form?
While we highlighted in our AMD Ryzen 9 7950X processor review, which at the time of publishing was the clear leader in single-core performance, it seems as though Intel's Raptor Lake is biting at the heels of the new Zen 4-core. In some instances, it's actually ahead, but stiff competition from elsewhere is always good as competition creates innovation.
With Raptor Lake being more of a transitional and enhanced core design that Intel's worked with before (Alder Lake), it remains to be seen what the future of 2023 holds for Intel's advancement in IPC and single-threaded performance. Right now, however SPEC paints a picture where it's pretty much neck and neck between Raptor Cove and Zen 4.
Itll still be a very very solid performer.Anyone have thoughts on pairing a 13600K with a DDR4 motherboard? It doesn’t look like there’s much to gain from DDR5. At least not at the moment. Plus I’d save a few bucks on a motherboard and by using my existing RAM.
Its the usual fearmongering that happens with Intel.70 in gaming is just 5 degrees more than my 8600k...
How is that hot in any way, shape or form?
For a more gaming centric build just get the 136K.
If you don't care about it being power hungry, it's still better for gaming than AMD. It's also a good bunch cheaper than the 7950X.
Looks like most reviewers got 13900 and 13600 first. We need to wait a bit for 13700.I wish more people were covering the 13700k. If I was upgrading I’d go for that one.
hmm. Thats better performance than I expected out of Raptor Lake. Sitting on my desk is an unopened 7950x. Debating if I should return it and grab a 13900... But I only got the 7950 to transition to AM5 and DDR5, so maybe I'll stay and swap it out for a 7950 3D next year (if rumors of them expanding the 3d lineup are true). I play games at 4k so not sure I'd see any real difference there.
Intel only sends out 136K and 139K to press cuz they are the processors that sell the most....and are actually interesting.I wish more people were covering the 13700k. If I was upgrading I’d go for that one.
The 7950X is 700 dollars and you have to buy a new motherboard and RAM, specifically DDR5 RAM.So I've gone through a number of the reviews--yes, I realize this is a gaming forum--and the 7950X tends to trade blows (and land more of them) with productivity and creativity applications. That, coupled with the ridiculous power draw of the 13900K, and the end of life platform it's coupled with, makes this a big "WHY?" for me.
I sure as fuck wouldn't (and won't, since I also have a 7950X rig that I'm building this weekend):
- AM5 is a platform that actually has a future.
- See my post above.
The real, real question is why would anyone buy into Zen 4 or Raptor Lake instead of dropping a 5800X3D in as an in-place upgrade to their existing AM4 platform-based machine requiring no investment in motherboard or memory?Intel only sends out 136K and 139K to press cuz they are the processors that sell the most....and are actually interesting.
The 137K kinda sits in no mans land....it isnt 100+ dollars better than the 136K and doesnt really have any compelling use case over the 136K.
In gaming its at best like 5fps faster than a 136K but more likely will match it exactly.
And if you are heavily in multithreaded workloads, chances are the 139K will pay for itself in a few months of whatever work you do.
So the 137K is just kinda there and doesnt justify itself being 100+ dollars more expensive than the 136K.
The 7950X is 700 dollars and you have to buy a new motherboard and RAM, specifically DDR5 RAM.
The 139K is ~600 dollars and you can buy/use a Z690 motherboard and DDR4 RAM.
Is the 7950X 100 dollars better than the 139K....definitely not in gaming, and not in productivity.
Does jumping on DDR5 now, make sense.
AM5 motherboards cost more than their feature set.
A 139K will be more than sufficient till NovaLake at which point AM5 will also be EoL so both AMD and Intel will be moving to a new socket, so the socket lifespan argument falls flat.
The real question is why would anyone buy a 7950X?
I just upgraded from an i7-6700k to a i7-12700k, still using my 1080 ti. The FPS difference, especially in open-world games, was significant. I can actually play Witcher 3 at 4K/60FPS now, and Kingdom Come doesn't run like complete dog shit in Rattay anymore.It is time I retire my old 6700k.
wouldn't getting like the 65 watt i5 13500 achieve what you want? Your current cpu is like 84 watt and half the core count.It's still too much and i don't like the idea of manually handicapping the CPU just so it doesn't melt the motherboard or waste everything i have on the power bill.
All i want is a CPU with similar power draw with the one i have and get whatever performance gains from 10 years of evolution in tech and efficiency.
I just upgraded from an i7-6700k to a i7-12700k, still using my 1080 ti. The FPS difference, especially in open-world games, was significant. I can actually play Witcher 3 at 4K/60FPS now, and Kingdom Come doesn't run like complete dog shit in Rattay anymore.
Yeah, I got a huge frame rate boost in Cyberpunk, too.Oh that makes me excited to upgrade. My 2080 Super is great, but I definitely feel that my 6700k is holding me back in stuff like CP2077 and other titles.
January at the soonest as far as announcements but that’s just a guessSo when can we expect AMD’s 3D V-cache version of Zen 4 to release to counter this?
DDR4 works on Raptor Lake.The real, real question is why would anyone buy into Zen 4 or Raptor Lake instead of dropping a 5800X3D in as an in-place upgrade to their existing AM4 platform-based machine requiring no investment in motherboard or memory?
Obviously, if you aren't on AM4 and looking to upgrade, then it's different. Then I would say, wait for the 3D versions of Zen 4, they will be out early next year and should be fucking amazing if the sole representative of 3D version Zen 3 (5800X3D) is any indication of how that will go.
The Raptor Lake line is a dead end, Intel is introducing a new socket with the next Meteor Lake generation so investing in a motherboard and also coughing up for DDR5 memory on the Intel side is a terrible idea. The current Zen 4 are overpriced, but the value proposition will improve once the the 3D versions become available early next year on the AMD side.
The real question is why would anyone buy a 7950X?
Not on AM4 so the X3D doesnt make sense for me.The real, real question is why would anyone buy into Zen 4 or Raptor Lake instead of dropping a 5800X3D in as an in-place upgrade to their existing AM4 platform-based machine requiring no investment in motherboard or memory?
Obviously, if you aren't on AM4 and looking to upgrade, then it's different. Then I would say, wait for the 3D versions of Zen 4, they will be out early next year and should be fucking amazing if the sole representative of 3D version Zen 3 (5800X3D) is any indication of how that will go.
The Raptor Lake line is a dead end, Intel is introducing a new socket with the next Meteor Lake generation so investing in a motherboard and also coughing up for DDR5 memory on the Intel side is a terrible idea. The current Zen 4 are overpriced, but the value proposition will improve once the the 3D versions become available early next year on the AMD side.
Socket EoL is only an issue if you are someone who upgrades CPUs often, like every year or two(at which point costs probably dont matter)....otherwise AM5 will be EoL about the same time RPL users would even be thinking of upgrading CPUs.You answered it yourself: Because it's on a platform that will be supported thru 2025 + V-cache variants.
Here are a couple of others:
And I love how DDR4 compatibility is the big talking point for Intel fans suddenly, but I guess insane power draw doesn't factor into the equation at all, even though some folks could actually need a new PSU?
- Ridiculous power draw.
- As Paul's Hardware pointed out, if you level the playing field with power draw, Intel doesn't even have a performance lead at all.
- Peak temps of 100 degrees Celsius.
If you're buying a 13900, then you're doing it because you're upgrading from Alder Lake. Otherwise, it's not exactly the most prudent decision.
If the platform is supported for 4-5 years then it's a big deal for alot of people. I went from a ryzen 1600 to a 5600 with gaming performance increase at some titles aproaching 2x and that while staying on the same b350 motherboard instead of spending 130-140 and need to rebuild my PC again. And the amazing thing is in a couple of years where used 5800x3d or 5900x are dirt cheap i can drop one off those and get by a few more years on the same platform.Not on AM4 so the X3D doesnt make sense for me.
It also loses at basically everything to the 136K.
Socket EoL isnt an issue unless you are someone who upgrades their CPU every year or something.
MeteorLake - 2023
ArrowLake - 2024
LunarLake - 2025
NovaLake - 2026 - Probably first moment you should even be thinking about upgrading your CPU again......AM5 will also be EoL...soo same shit.
Socket EoL is only an issue if you are someone who upgrades CPUs often, like every year or two(at which point costs probably dont matter)....otherwise AM5 will be EoL about the same time RPL users would even be thinking of upgrading CPUs.
Why would PowerDraw or Temperatures be something to worry about in a 13900K system?
If its a workstation then it pays for itself.
If its a max everything gaming rig, then its running at 70 - 80°, so pretty much just like a 7950
Because it's about the more mature, commonly available standard, which DDR4 is at this moment? Let's not confuse things.And I love how DDR4 compatibility is the big talking point for Intel fans suddenly, but I guess insane power draw doesn't factor into the equation at all, even though some folks could actually need a new PSU?