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Intel Core Ultra 9 285k 'Arrow Lake' Discussion/News ("15th gen") on LGA-1851

Afraid that is you. If you have an AMD 7000 series system with a 14th gen side by side and measured power use over a whole day you'll find the results vary a lot depending on what you are doing - under high load conditions AMD have better power consumption but under idle conditions (that doesn't mean doing nothing at all but light office tasks, even just moving the mouse or other applications which put up to moderate load on the CPU) Intel are better.

I did have test and nope, not even close, the AMD systems wiped floor as per usual. As I said, outside of your irrelevant sat idle (idol) test that required unstable settings for when you do require the system to perform.

My conclusion, just shut the system down or buy 8700ge.
 
PCI-e 6.0 was just an example, but we are due iterations on quite a bit of tech which will make most existing platforms obsolete if people care about future upgrade paths, etc.



Not a big fan of e-cores personally but I've had zero problems with my 14700K and Windows 11 in that respect, some people have had issues especially with Windows 10. There are 1-2 pieces of software it is apparently still an issue like Star Citizen but I don't use those to see. But in that respect there is still a similar story with the split CCD AMD CPUs, again mostly edge cases these days but still some scheduler issues.
Looks like Windows 11 was gimped to help Intel's E-cores. (at AMD's expense).
 
I wonder if that's because lack of hyper threading CP2077 is pretty CPU heavy
On a quick dirty 14900KS run, I get the following for HT on and HT off

4ghGdRZ.jpg

MIarhsx.jpg
Cyberpunk is a bit of an outlier, at least on AMD. It benefits greatly from SMT off, this is despite the developers supposed 'fix' for SMT on AMD CPUs.

I'm not holding out any hope of the developer ever fixing it either, given their recent (lack of) effort with FSR3 in this title.

9950X Low Preset SMT ON


9950X Low Preset SMT Off
 
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I did have test and nope, not even close, the AMD systems wiped floor as per usual. As I said, outside of your irrelevant sat idle (idol) test that required unstable settings for when you do require the system to perform.

My conclusion, just shut the system down or buy 8700ge.

That is rubbish, when Intel can leverage the e-cores and even to a degree P cores under light to moderate utilisation AMD doesn't come close for power consumption. Over a whole day of varying usage the power efficiency of the different systems can vary wildly in the real world. Far too many people yourself included are just going on reviews which use canned high load benchmarks and measure the power consumption at the CPU.

8700ge is somewhat an aside to this as the platform is designed for low power operations and comes with other considerations especially for gaming - the CPUs with Zen4C can be incredibly efficient under load and lighter utilisation though they still suffer a bit at idle due to the SoC using a certain amount of minimum power.
 
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What ongoing struggles? A few games had issues at launch, the games were patched, problem solved, this was ages ago. Can you elaborate? At present there is no game or app that I am aware of with issues due to E-cores.
Not a big fan of e-cores personally but I've had zero problems with my 14700K and Windows 11 in that respect, some people have had issues especially with Windows 10. There are 1-2 pieces of software it is apparently still an issue like Star Citizen but I don't use those to see. But in that respect there is still a similar story with the split CCD AMD CPUs, again mostly edge cases these days but still some scheduler issues.
I think they've fixed most of the issues with gaming and high-performance workloads; I meant in terms of using them correctly for low-power tasks e.g. not having P-cores spin up for a Word document. Obviously this is complicated and you're also dealing with Windows BS.
 
Cyberpunk is a bit of an outlier, at least on AMD. It benefits greatly from SMT off, this is despite the developers supposed 'fix' for SMT.

Weirdly the game seems to have been compiler and manual programming implementation wise optimised for Intel Xeons (not even Intel desktop CPUs). Though they've updated that a bit post launch it still seems to have some consequences.

Not sure if the game was developed on slightly older Intel HEDT systems and they somehow overlooked it in testing when fine tuning the game for performance.
 
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That is rubbish, when Intel can leverage the e-cores and even to a degree P cores under light to moderate utilisation AMD doesn't come close for power consumption. Over a whole day of varying usage the power efficiency of the different systems can vary wildly in the real world. Far too many people yourself included are just going on reviews which use canned high load benchmarks and measure the power consumption at the CPU.

It is Rroff, I sent all of the Intel parts back. You are right about Intel being rubbish.
 
I think they've fixed most of the issues with gaming and high-performance workloads; I meant in terms of using them correctly for low-power tasks e.g. not having P-cores spin up for a Word document. Obviously this is complicated and you're also dealing with Windows BS.
That wasn't the main use of E-cores though was it, I recall it being marketed as efficient cores that handle apps in the BG so those apps don't hamper the P-cores whilst you use the P-cores in the frontline app or game - Which is exactly the kind of use I see when monitoring RTSS in games or doing something in a productivity app using P-cores. Granted the 12700 only has 4 E-cores so they can only do so much but still, the intended use for them is being seen at least.
 
It is telling you are wrong when you have to resort to posts like this.

Others my listen you and waste their time and money you see.

Intel are miles off AMD in performance per watt. If efficiency is the goal AMD are again the way to go. All I learnt is peak efficiency for desktop use is probably a GE with a motherboard that covers just the essentials as that might save you a watt or two per hour.
 
Others my listen you and waste their time and money you see.

Intel are miles off AMD in performance per watt. If efficiency is the goal AMD are again the way to go. All I learnt is peak efficiency for desktop use is probably a GE with a motherboard that covers just the essentials as that might save you a watt or two per hour.

You are the one regularly posting misleading information... like misleading use of Mindfactory's retail results...

The conversation here is mostly 7000 and 9000 series AMD and Intel 14th gen, if people want an ultra power efficient desktop solution where gaming performance isn't any real consideration that is a different story again.
 
It is telling you are wrong when you have to resort to posts like this.
Intel's P-cores are capable of using huge amounts of power. Intel couldn't resolve this so they introduced E-cores. A fudge / a bodge. Advertising 125w CPU's which can use 400w / 500w.
OK at 87.5w for two minutes they are efficient - great.
same again this time. time for a new uarch and time to stop trying to polish a T***.
 
You are the one regularly posting misleading information... like misleading use of Mindfactory's retail results...

The conversation here is mostly 7000 and 9000 series AMD and Intel 14th gen, if people want an ultra power efficient desktop solution where gaming performance isn't any real consideration that is a different story again.

But you’re the only one talking misleading nonsense. Intel are just miles off the mark and that’s just the reality of it. Sorry.
 
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That wasn't the main use of E-cores though was it, I recall it being marketed as efficient cores that handle apps in the BG so those apps don't hamper the P-cores whilst you use the P-cores in the frontline app or game - Which is exactly the kind of use I see when monitoring RTSS in games or doing something in a productivity app using P-cores. Granted the 12700 only has 4 E-cores so they can only do so much but still, the intended use for them is being seen at least.

At least in theory the P cores will spend more time parked with processes moved to the E cores in lower utilisation states and Intel has quite advanced power gating to turn off parts of the CPU not being utilised - that can't be leveraged in heavy load situations like canned benchmarks but has implications for a system in mixed use throughout the day.

Intel's power use is also partly due to diminishing returns at higher performance levels - the 14900K sometimes uses eye watering amounts of power over the 14700K for relatively small performance gains.
 
Intel's P-cores are capable of using huge amounts of power. Intel couldn't resolve this so they introduced E-cores. A fudge / a bodge. Advertising 125w CPU's which can use 400w / 500w.
OK at 87.5w for two minutes they are efficient - great.
same again this time. time for a new uarch and time to stop trying to polish a T***.

That is the thing - at moderate utilisation levels that fudge works, which isn't something represented in most reviews which broadly test in things like gaming and canned heavy utilisation benchmarks. So if you are gaming for say 80% of the system powered on time you will get very different results over a longer time period to if a system is used for say office work 70% of the time and gaming 30% of the time.
 
Cyberpunk is a bit of an outlier, at least on AMD. It benefits greatly from SMT off, this is despite the developers supposed 'fix' for SMT on AMD CPUs.

I'm not holding out any hope of the developer ever fixing it either, proper their recent (lack of) effort with FSR3 in this title.

9950X Low Preset SMT ON


9950X Low Preset SMT Off
Extra try hard with Win10 there :cry:
 
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