Tuesday, April 21st 2026

Intel Promises Overclocking on Budget CPUs in the Future

Intel's Robert Hallock, a vice president and general manager of the enthusiast section at the company, has announced plans to expand overclocking support to a much wider range of processors in the future. This is a significant move for Intel's product business, which has been producing CPUs unlocked for overclocking for years but typically reserved this capability for its K and KF SKUs. Robert Hallock argues that enabling this feature across a broader range of CPUs will allow enthusiasts at different price points to access one of the most appealing features of the K/KF SKUs. Just because a PC enthusiast buys at a different price point doesn't mean their enthusiasm is any less, and Intel aims to support that going forward. In an exclusive interview with PC Games Hardware, we learn more about this initiative and get a quote below.
Robert HallockWhat you will see is more and more unlocked SKUs over time. That is the goal. That should not be a feature that is exclusively reserved for the people paying the most amount of money. Not everyone can afford the most amount of money...and that doesn't make them any less an enthusiastic than the person who can spend 500 USD on a CPU. They are still PC enthusiasts, and they deserve the same level of features, and that is what we intend to deliver in our roadmap.
Finally, the question of overclocking involves not only having an unlocked CPU SKU but also the right motherboard chipset. Intel has historically restricted overclocking to the "Z" motherboard chipset variants, meaning that only enthusiasts who purchase expensive Z-series motherboards, like the Z890-based models available today, have been able to boost the frequency of their unlocked K/KF series SKUs. Extending overclocking support to more budget-conscious gamers will require changes to the motherboard ecosystem, which will involve its own set of challenges. Perhaps with the upcoming "Nova Lake" processor generation expected in late 2026, we might see these platform and CPU changes, but we still don't have a definitive timeline for these developments.
Source: PC Games Hardware
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23 Comments on Intel Promises Overclocking on Budget CPUs in the Future

#1
Gigaherz
Thank god. 20 years too late, but this is huge for the oc community and will keep masses of systems away from landfills.
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#2
_roman_
LOL. Sorry. An Intel Joke. Too bad it is not the first of april.

Crap motherboards will limit your overclocks anyway. I switched from cheap x670 to another medium cheap x670e and saw massive differences with the same cpu and dram and gpu.

Intel should just release unlocked firmware. I doubt some current hardware are really overclocking locked by hardware.
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#3
lambda
I don't this matters much in the grand scheme of things. It's "free" performance if you have a decent motherboard which most budget CPU owners won't.

Even with locked chips on Alder Lake a good number of B series motherboards couldn't run the 12700K at higher sustained TDP.
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#4
john_
I stopped overclocking years ago. I have cores and compute power to spare, so I don't need more. For me, this feature from AMD or Intel is secondary at best today.

Having said that, I think this move shows us something much more important, especially for a company whose reputation was tarnished by that degradation fiasco. First, it shows that Intel trusts its new manufacturing nodes. Secondly, it suggests that Intel feels it still needs the average consumer. With both Nvidia and AMD targeting AI infrastructure, it's good to see that at least Intel still considers the average consumer an important customer.
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#5
soulphie
this can be good but depends all on what they actually do. If this just means we will get a 8350k style CPU every lineup then this means nothing at all. For this to be good news it must be that K sku cpus are not a requirement anymore and that you dont need a Z class Motherboard.
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#6
dj-electric
Im not sure if the core of the issue is having budget CPUs that can OC, or budget motherboards that can allow that.
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#7
windwhirl
GigaherzThank god. 20 years too late, but this is huge for the oc community and will keep masses of systems away from landfills.
I doubt OC-based performance improvements is the difference between a new lease on life and going to a junkyard.

Besides, AMD for example has already said that they don't like leaving performance on the table, which is why the chips already come at the near edge of their peak possible performance under realistic (i.e., normal cooling, not nitrogen cooling) scenarios. I don't think Intel is leaving a massive 20% performance per core out
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#8
tfp
There isn't really overclocking on their K CPUs
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#9
Jism
Aint no old days of free Mhz anymore. These chips will maybe provide OC'ing features but knowing Intel and AMD they pretty much maxing things already on a silicon level. Meaning the margins will be low, even worse when you start multiplier overclocking only vs PBO, which just does a better job.
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#10
LastDudeALive
windwhirlBesides, AMD for example has already said that they don't like leaving performance on the table, which is why the chips already come at the near edge of their peak possible performance under realistic (i.e., normal cooling, not nitrogen cooling) scenarios. I don't think Intel is leaving a massive 20% performance per core out
Exactly. If you look at the numbers for recent (i.e. 12th-gen and later) CPUs, even significant overclocks provide essentially no real-world performance. Here are the gaming numbers for the 13600K at 720p (CPU-limited). Stock frequencies are 5.1/3.9Ghz, so even with a 0.5Ghz all-core OC, you get 0.6% improvement in gaming.


I guess this mean SuperPi benchmarkers can play around for cheaper, idk. Smart move from Intel, I guess. Modern SKUs are pretty well divided, so there's absolutely no chance of cannabilizing the sales of a higher tier SKU with an OC'd lower tier CPU. Gives you free PR for no real cost.
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#11
RejZoR
Overclocking has been useless for along while now. CPU's just auto clock to as far as they go on their own anyway. There's not really much headroom there. Core counts are also limited on lower end models, not something you can add either. What you can realistically do is undervolt them to gain clock headroom in terms of CPU just clocking higher as whole for longer under its auto overclocking logic. And adjusting the power budget CPU has.

It was different back then when crappy E5200 came at just 2,5 GHz out of the box and you could then overclock it to 3,7 GHz without any issues. Sure it still had just 2 cores but my god the uplift from that 1,2 GHz was massive. Similar with 5830K at 3,6 GHz. Clocking this thing to 4,5 GHz hugely changed its capability. But this was all just because these CPU's just had so much unused headroom. Something you just don't have anymore.

Today undervolting is the new overclocking. Cooler CPU it is, the higher it wants to run by itself, for longer. And that's that.
Posted on Reply
#12
EsaT
GigaherzThank god. 20 years too late, but this is huge for the oc community and will keep masses of systems away from landfills.
Actually that was the time when overclockign gave meaningfull extra performance.
Myself had 1.25VID Q9550, which I undervolted to 1,2V while pushing clocks up fair 30%.
Posted on Reply
#13
SiliconSeraph
dj-electricIm not sure if the core of the issue is having budget CPUs that can OC, or budget motherboards that can allow that.
I was just thinking this. Having a CPU that's overclockable on a budget is nice (like seriously, good looks Intel). What's not nice is the Z*90 motherboard that costs twice the amount of the CPU.

Also, most modern budget builds I've seen utilize MATX motherboards, which are super expensive to find Z-versions of, and ALL use DDR5, which isn't exactly pocket change at the moment...
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#14
mechtech
after it's making 25bill a quarter again............
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#15
zenlessyank
My core i7-920($299) got 1.2 Ghz OC on air. There is no way in hell Intel will make a chip with that much headroom again.
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#16
Ruru
Trepie
Positive news, I remember Pentium G3258 being a great CPU back in the day when a 2c/2t CPU with high clocks was still totally usable and it was dirt cheap.
zenlessyankMy core i7-920($299) got 1.2 Ghz OC on air. There is no way in hell Intel will make a chip with that much headroom again.
C2D E6400 (2.13GHz) @ 3.4GHz here years ago. Back when overclocking on consumer hardware was actually fun.
Posted on Reply
#17
Hyderz
Ah overclocking, I remember my c2d 1.86ghz with ati hd5770 scored around 6k in 3d vantage, then overclocked it to 3ghz and got over 9k points…
Posted on Reply
#18
Gigaherz
windwhirlI doubt OC-based performance improvements is the difference between a new lease on life and going to a junkyard.
It is 10 years after release on the second hand market. The 2500k for example sold very well, the 2500 - not so much. Its more of a "can I use/sell this" beyond the original perfomance of the product. If no, trash.
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#20
windwhirl
GigaherzIt is 10 years after release on the second hand market. The 2500k for example sold very well, the 2500 - not so much. Its more of a "can I use/sell this" beyond the original perfomance of the product. If no, trash.
That example is frankly worthless. Sandy bridge is from an era in which a bunch of performance was left on the table. On AMD's side this hasn't been much of a thing since at least Zen2 (2019). On Intel's side overclocking consistently results in less than 5% perf increases since Alder Lake (2021).

Also, everything Skylake and prior on Intel's side got screwed over by bleeding out performance to all the Meltdown/Spectre related vulnerability fixes. So it's not like it even matters how they performed back in the day if by ten years later they lost 10 or 15% to vuln fixes.
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#21
Chane
This would be an amazing return. I miss the days of overclocking cheap Celerons and Pentiums. I love you, Robert.
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#22
windwhirl
ChaneThis would be an amazing return. I miss the days of overclocking cheap Celerons and Pentiums. I love you, Robert.
That would just mean they come out of the box with lower performance than normal.
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#23
Gigaherz
windwhirlThat would just mean they come out of the box with lower performance than normal.
Why would they? Silicon scaling is individual per chip. Manufacturers ship at 99% relaiability limit for better marketing and low returns. No reason to ship at lower clocks other than getting 99,9%.
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