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best ram to buy for my usage and system specs?

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Jan 19, 2017
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System Name Core p90
Processor I7 9700k
Motherboard ASRock Z390 Phantom Gaming 4
Cooling Ek supremacy evo cpu block/nexxxos ut60 rad 480mm/D5 vario pump 310mm reservoir combo.
Memory Trident gskill 4x8gb 3000mhz (temporarily running 2x 32gb ddr4 corsair vengeance 3600mhz)
Video Card(s) Nvidia Founders edition rtx 3080 10gb
Storage M.2 Intel 660p 1024gb, 4tb 7200 rpm black Western Digital hdd
Display(s) Acer x34 predator 3440x1440p 120hz g-sync ultrawide 21:9 monitor
Case Thermaltake Core P90 tempered glass edition
Audio Device(s) On board
Power Supply Thermaltake smart m1200w
Mouse Razer Basilisk v3
Keyboard Logitech G910
Software Windows 10 64bit
I run tons of browser tabs and charts for my work. I am running into my 32gb RAM limit at the moment on a regular basis. Forces me to close some windows. I'm thinking of upgrading to better memory.
I currently have 4x 8gb sticks of ddr4 3000mhz memory (trident Z). I think I have 2x 8gb in my system specs, I'll have to update that.

So yeah, my question is, while on the subject of upgrading. I did my research and apparently my mobo can handle ddr4 4300mhz+ memory. My cpu (i7 9700K) can handle around 4000mhz if I'm not mistaken. It's certified for 2.6khz memory but it can get higher through overclock (or xmp)

I hear some RAM sticks and brands pair better with intel cpus than others. I also hear that for my usage, HIGHER RAM speeds is more ideal. I'm not a ram expert, do you guys have suggestions of what I should look for before I spend the money?
 
Buy whatever 2x 32GB kit of DDR4-3200 you can get for cheapest. Intel CPUs rarely suffer from memory compatibility issues and higher speeds of DDR4 just aren't worth the cash, especially on your older rig.
 
I am running into my 32gb RAM limit at the moment on a regular basis.
What is telling you that?

As seen here, Opera is the worse, consuming 1280MB of RAM but that is with 20 open tabs. Not very much.

Where are those "charts" running?

32 GB is a big chunk of RAM. Faster RAM will give negligible improvement, if any. More RAM typically offers significantly better performance but ONLY IF the lessor amount truly was maxed out. If not, you will be wasting your money on more RAM.

What are the specs of this computer. You say 32GB but your System Specs show 16GB.

How much free disc space do you have? If running low, that could very easily be your problem. Did you dink with the page file? You should leave the defaults alone and just let Windows manage it.
 
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What is telling you that?

As seen here, Opera is the worse, consuming 1280MB of RAM but that is with 20 open tabs. Not very much.

It's 2025 and adding RAM is far cheaper than worrying about how much memory specific browsers use and how efficient (or not) they are with it. The below is a snapshot from my work machine, yes that's 7GB from one browser process alone. My personal machine has many more such processes, although those rarely go above 4GB.

1743521401134.png
 
It's 2025 and adding RAM is far cheaper than worrying about how much memory specific browsers use and how efficient (or not) they are with it.
I agree AS LONG AS there is not a problem (corruption/bug/fault) somewhere causing a memory leak or some other improper use of resources, including the failure to properly release resources when no longer being used by an app or the OS.

Your screenshot really is just anecdotal (though I would question any browser using 7GB for a single process/session). I currently have 21 Edge processes going, including 6 Google map pages, calendar, and more and in total, using just 2.56GB. True, that is anecdotal too.

In any case, your screen shot would explain ~15GB. Not 32GB.

That said, consuming large amounts of RAM is not necessarily bad. Unused RAM is not doing anyone any good. But if the system MUST constantly swap data out to the slow disc because it is running out of system RAM (and there are no apparent faults or bugs), then sure, spending money on more RAM makes sense.

Note I emphasized "MUST" above because the OS will utilize the PF for low priority data regardless how much RAM is installed and unused - and that's a good thing, not bad. But that is totally different than the system stuffing high priority data on the drive due to running out of system RAM. That is not a good thing.

We don't know what is happening here, or why. So we need more information.

Spending money on more RAM without first knowing if the current RAM is being used properly or not, is not, IMO, wise.
 
Hey guys here's an update:

Recently I purchased 64gb of corsair vengeance ram (ddr4 3600mhz 2x 32gb) and noticed I was barely getting better performance for my trading/recording/gaming/editing setup and HEAVY multi browser tab use. I found out that I'm actually cpu bottlenecked I believe, or in other words, the weak link in the chain wasn't the memory (its true my task manager showed my memory usage close to 28-29gb out of the 32gb I had at the time, 4x 8gb trident 3000mhz ddr4). But yeah, my CPU usage is close to 90-100% at almost all times during my work load. Mind you, my current i7 9700k is overclocked stable to 4.8ghz (constantly at that frequency) meaning maybe that contributes to higher usage (I'm not sure about that one)

so yeah, I'm now strongly considering upgrading my mobo/cpu/ram to get a more productivity oriented cpu that also has good gaming capabilities, but a strong focus on productivity/multi tasking. I'm in canada and right now there are a lot of complicated choices when it comes to CPUs

some of the ones that stood out were:

1. i9 14900k (apparently there have been a lot of problems with stabililty and degradation with this generation most of which seem to have been adressed. extended warranty to 5 years and bios updates, still if I buy this one, I'll do some very careful tweaking and testing to make sure I stay in the safe zone, I don't need to do any crazy overclocks)
2. i7 14700k
(both of these because of their price drops... we're talking 450$ for the one and 618$ for the other)

3. AMD Ryzen 9 7950X3D (expensive compared to the previous two, about 930$ CAD)
4. AMD ryzen 9 9950X3D (barely more expensive than 7950xd, so 1000$, the 70$ more feels worth it, but still a bit of an expensive CPU I think)
5. AMD Ryzen 9 7950X (basically trading off some productivity performance for some gaming performance here is my understanding)

So what makes the whole cpu upgrade more difficult for me right now is the sheer amount of choice but also the varying bang per buck ratio of those many choices. I'd like to get the very best I can for the money spent. to me a 450$ i7 14700k feels like a no brainer, I don't mind the higher power usage of the i7 14700k and i9 14900k. I do mind the higher temperatues, but to me that just means I'll need to get a better cooler (not a problem for me).

The X3D gaming performance of the ryzen CPUs is VERY tempting, but the PRICE point at which I would need to be to max out both productivity and gaming performance would mean pretty much 930$ CAD plus instead of 450$-618$ (hard to justify). The only way to get my hands on that X3D performance is to make a compromise on the number of cores/threads and because of my particular usage, Core and Thread count is very important.

In other words, my productivity and multi tasking needs are a bit more important to me right now than gaming needs. Also I should mention I game at 3440x1440 100mhz (which means I wouldn't be looking at the same cpu needs as someone wanting to push 240fps at 1080p)

Its possible I might have overlooked some good CPUs to consider. Another IMPORTANT criteria is the fact that some of the newest CPUs require the purchase of the last gen motherboards which I hear are quite more expensive as well. With all this in mind, do you see a clear winner in terms of CPU?

I know this thread was originally about RAM, and we'll get back to that maybe. Once I have selected a CPU upgrade I might decide to return the ddr4 2x 32gb (64gb) 3600 mhz kit I bought and get a ddr5 kit potentially.
 
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You need to diagnose the actual issue before jumping the gun.

You're running out of horsepower just from browser tabs? Something is wrong.

FYI I can bring a macbook pro M1 16gb to a crawl fairly easy with just basic browser scripts and tabs but it's mostly the stupid scripts (work requires it).

An OC'd 9700k should be able to handle the workload you're throwing at it.

If you're looking for an upgrade then grab the i7 12700k for under 200 USD and utilise your existing RAM. You'll have to upgrade your motherboard.

Here's a decent sized motherboard to pair with the 12700K - https://www.asus.com/in/motherboards-components/motherboards/prime/prime-z690m-plus-d4/

(There's also the Z790M which is about the same, get a DDR4 based platform to utilise your recently purchased RAM).


Unrelated but I suspect your OC is not stable, I had weird freezes and stutters due to an unstable OC. It worked fine in benchmarks but would freeze in day to day use.
 
5. AMD Ryzen 9 7950X (basically trading off some productivity performance for some gaming performance here is my understanding)
You've got that backwards; the non-X3D processors have less cache and that cache is what gives the X3D CPUs their gaming performance boost. So with this option, will miss out on some gaming performance, but the productivity performance will actually be a hair better. This is because the X3D processors in older generations would have a bit of a lower clock speed compared to their non-X3D counterparts. In gaming, the cache (usually) more than compensated for that clock speed loss. But a (very slight) productivity loss would occur. It's small enough to be "measurable, not noticeable". This isn't the case with current generation X3D parts as the cache has been moved under the CCD (not on top) so thermal constraints don't require as much of a clock speed drop on X3D CPUs anymore, meaning that slight productivity loss is about gone. This is why the 9800X3D was commended for this against the 9700X.

Anyway...

This would be a tough one. You just went and upgraded the RAM and found out you may need to upgrade the platform (including RAM) again? Ouch. It sounds like you needed the RAM upgrade anyway, but also a CPU upgrade?

There is the consideration of reusing the recently bought RAM by moving to either AM4 or LGA 1700 with a 12th generation CPU. I don't know about Canada or these days, but in the last many months in the US, the 12600KF and 12700KF have normally been silly good values due to low pricing. Something like a 5950X or 12700K wouldn't be a minor upgrade over what you have now (assuming you can indeed utilize more cores), and they'd be much less costly than the above options. I normally wouldn't buy into AM4 at this point unless you're doing it on a budget (and going with like a 5600X), but having already bought the DDR4 RAM sort of changes things.

On the other hand, if you can return the DDR4 RAM, that's probably the better way to go. And then buy into a DDR5 platform.

Have you looked at 12700K/13700K prices for comparison? The 13th generation (Raptor Lake) was a nice refresh over the 12th generation (Alder Lake), but the 14th generation (still Raptor Lake) was just... more of the same. So I feel like you would want to look at 12th/13th generation parts to see if the 14th generation is worth it here.

The counterpoint is that if you have to go to the 12th generation to get the best value, that will be quite a ways back in performance compared to AM5's latest stuff.

But if you're sure it is core count you need, you're on the right track by looking at Core i7/i9s or the Ryzen 9 x950. Something to be aware of is that the Ryyzen 9 x900 SKU is perfectly fine for productivity... but I wouldn't choose it if gaming is also important. And the Ryzen 7s are fantastic in gaming (especially the X3D), but the lack of cores will make them a lesser choice for your productivity needs. The extra e-cores on Intel's side means their 7 tier is still a good consideration for that use.
 
You need to diagnose the actual issue before jumping the gun.

You're running out of horsepower just from browser tabs? Something is wrong.

FYI I can bring a macbook pro M1 16gb to a crawl fairly easy with just basic browser scripts and tabs but it's mostly the stupid scripts (work requires it).

An OC'd 9700k should be able to handle the workload you're throwing at it.

If you're looking for an upgrade then grab the i7 12700k for under 200 USD and utilise your existing RAM. You'll have to upgrade your motherboard.

Here's a decent sized motherboard to pair with the 12700K - https://www.asus.com/in/motherboards-components/motherboards/prime/prime-z690m-plus-d4/

(There's also the Z790M which is about the same, get a DDR4 based platform to utilise your recently purchased RAM).


Unrelated but I suspect your OC is not stable, I had weird freezes and stutters due to an unstable OC. It worked fine in benchmarks but would freeze in day to day use.
About my usage and the reason for the cpu being bogged down:

I run what amounts to 30-60 browser tabs of tradingview charts filled with indicators and scripts running in the background not counting some browser extensions. There's tons of chart data being shown at all times. On top of that I run 10 tabs of the tradingview desktop app for screeners and also charts. The screeners refresh every 10 seconds. I also record my trading every day with obs studio in 4k. I have 5x monitors 3 of which are 4k resolution, one is 3440x1440 and a simple 1080p for monitoring my accounts. On top of app this I've got many others apps opened like discord, discord streams. In others words. Yes, my usage is ultra browser intensive and not in a way people are used to. Every tab I have open has 3x charts with bunch of indicators. That's 11 tabs with 3x charts each in a different time frame. That's 33 charts full of scripts running at all times.

So yes, I do feel the cpu could make a big difference here. My ram usage climbs up to 29-30.5gb how that I have my new ram kit (updated my system specs).

You are indeed correct in pointing out that the i7 12700k is quite cheap at the moment. That being said I get 12 more threads by laying the extra 170$ CAD.

Basically right now the best deals I've found on the intel side of things (with all the drama lately there have been decent price drops whereas AMD I see somewhat of the opposite)

1. I7 14700KF for 449$ CAD (255$ USD)
2. I7 12700K for 279$ CAD (159$ USD)
3. I9 14900KF for 618$ CAD (352$ USD)

So in terms of performance per dollar indeed the 12700k is the Clear winner here. I'm tempted to go for the 14700k because despite the extra 170$ CAD I get 28 threads instead of 20 and 20 cores instead of 12.

If the the bang per puck ratio was better in the i9 14900kf I would probably even consider that one. I know it's overkill but with a good enough price I'd consider it. So right now I'm leaning 14700k. And indeed, I'd probably return the ram and get ddr5 instead. It's not too much trouble for me.
 
@Carsomyr

There is one other CPU that's very close in price to the 14700K.
I don't know if the 265K is the right choice for you, but generally speaking when compared to the 14700K, it has slightly higher application performance, slightly lower gaming performance, lower power draw and lower temps.
Regarding the total cost of the platform, the CPUs are very close in price so the cost savings here are not meaningful.
For the RAM if you were to get 64 GB 7200 MT/s you could use that on either platform so the savings here are zero.
The motherboard is probably the item that will provide the biggest savings (depending on the models being compared), but truth be told you would be getting less features/performance for less money.

Now because gaming was mentioned this would be the biggest drawback of the 265K. So if this aspect is the deal breaker you should know the answer after looking at reviews.
If you haven't considered the 265K yet at least look into it and make sure that it's NOT the right choice for you, that way you narrow down your options.

Going for the cheaper route like with the 12700K is valid as it still represents an upgrade compared to your current config but compared to the two CPUs above means a step down in performance. And the 12700K is not the only choice in that value bracket, there is also the 14600K, which even if slightly more expensive means you're getting slightly more performance and slightly lower power draw. The total platform cost will be somewhat higher, it remains to be determined by how much exactly, still you would be getting slightly more features/performance for more money.
 
@Carsomyr

There is one other CPU that's very close in price to the 14700K.
I don't know if the 265K is the right choice for you, but generally speaking when compared to the 14700K, it has slightly higher application performance, slightly lower gaming performance, lower power draw and lower temps.
Regarding the total cost of the platform, the CPUs are very close in price so the cost savings here are not meaningful.
For the RAM if you were to get 64 GB 7200 MT/s you could use that on either platform so the savings here are zero.
The motherboard is probably the item that will provide the biggest savings (depending on the models being compared), but truth be told you would be getting less features/performance for less money.

Now because gaming was mentioned this would be the biggest drawback of the 265K. So if this aspect is the deal breaker you should know the answer after looking at reviews.
If you haven't considered the 265K yet at least look into it and make sure that it's NOT the right choice for you, that way you narrow down your options.

Going for the cheaper route like with the 12700K is valid as it still represents an upgrade compared to your current config but compared to the two CPUs above means a step down in performance. And the 12700K is not the only choice in that value bracket, there is also the 14600K, which even if slightly more expensive means you're getting slightly more performance and slightly lower power draw. The total platform cost will be somewhat higher, it remains to be determined by how much exactly, still you would be getting slightly more features/performance for more money.
Thanks for mentionning the 265k, indeed I have considered it and found it to be lacking especially because of the gaming performance being slightly lower and slightly less cores (or threads depending how you look at it)

The one redeeming quality with the 265k (aside from other recent architecture benefits) is its power efficiency. It DOES mean not having to worry about temperature as much as I would on a 13th or 14hth gen i9 cpu. Those really push thermals. But I think I can manage just fine. In the past I had a delidded cpu with good cooling solutions and it was ok. This time around, because of the warranty I'm probably not gonna delid, maybe just use a contact frame and tweak a few settings to help the thermals remain in acceptable range.

I did some more searching and found out the 13th gen i9 is pretty much the same as 14th gen and I can get it cheaper than 14th. As of now I'm leaning towards the i9 13900K (or KF) or the i7 13700k. In a way I wish my technical problems would have happened next year because maybe then there would be a new interesting intel CPU to consider other than the ones currently available.

Now my focus has turned to cooling solutions. I'm currently running a thermaltake core p90 case which can accomodate a 480mm radiator. I originally purchased my PC second hand, and the person I bought it from had it configured in a way which makes it impossible to have some sort of a drain port, makes draining and refilling a huge chore. I'll be sure to take advantage of the situation to get something this time where I can easily do my maintenance.

When doing my research I heard about "chillers". Didn't know they were a thing (something that cools the water used for water cooling the CPU/GPU). I'm currently considering the Alphacool Eisbaer Aurora solutions for a hybrid AIO/modular solution. I'm really interested in the idea of having quick disconnects everywhere so I can do the maintenance whenever needed. This current PC has been a chore every time I needed to flush and refill. Granted, I only did it twice up to now, but yeah, ease of access is great when you can have it :)
 
@Carsomyr

Right now when comparing 13700K vs 14700K with partpicker there is a clear difference in price.
So going this route with the 13700K means that you will be able to save enough money when compared to the previous 265K example.
And you wouldn't need to worry about the temps and power draw.

However when doing the same comparison for the 13900K vs 14900K I don't get comparable differences. It seems the 13900K jumped in price these last few days. But anyway assuming things will revert or you buy from some other source and the difference is big enough compared to the 14900K then it would be a reasonable alternative.

Choosing the 13900K and aiming for its stock performance pretty much means trying to wrestle the CPU into submission using strong cooling. If you already have some of the components required all the better.

The alternative would be sacrificing a little performance for big gains when it comes to the temps and power draw like in this example here:
Using the 125W power limit, perhaps with some extra undervolting, and the result is essentially an "i8-14800K" performance-wise when compared to stock 14700K & 14900K. At first this doesn't seem great when considering the price is not in-between the i7 and the i9 however the big gains regarding temps and power draw turn this a full 180*.

Translating this approach to you getting a 13900K, you will practically have an "i8-13800K".
Now when comparing this platform to the 265K example, you will pay more for the CPU, assuming the same RAM then the cheaper mobo will probably compensate to some degree and in the end you would be looking at very similar platform costs.
When it comes to performance though, I would estimate that on average the application performance will be at the most similar (stock 13900K has 3% over the 265K), or perhaps about 2% lower for the 13900K, then the 1440p gaming performance will be ~3% better.
The temps will probably be similar (which means no more worries), the power draw will be lower for MT and overall application average but a bit higher for gaming and ST average, overall same ballpark. Again this is versus a stock 265K.
265K review power draw & 265K review temps
14900K TDP analysis power draw & 14900K TDP analysis temps
This seems viable, even with the above extrapolations you pretty much know what to expect, I don't see any red flags up to this point.

But... the other elephant in the room is what AMD offers. Forking some extra money for the 7950X and the rest of the platform means you don't have to worry about temps, the power draw can be lowered with some UV without losing performance, the MT performance is VERY good and the 1440p gaming performance is fine, lower than with Raptor Lake but not enough to turn you away from it.
 
@Carsomyr

Right now when comparing 13700K vs 14700K with partpicker there is a clear difference in price.
So going this route with the 13700K means that you will be able to save enough money when compared to the previous 265K example.
And you wouldn't need to worry about the temps and power draw.

However when doing the same comparison for the 13900K vs 14900K I don't get comparable differences. It seems the 13900K jumped in price these last few days. But anyway assuming things will revert or you buy from some other source and the difference is big enough compared to the 14900K then it would be a reasonable alternative.

Choosing the 13900K and aiming for its stock performance pretty much means trying to wrestle the CPU into submission using strong cooling. If you already have some of the components required all the better.

The alternative would be sacrificing a little performance for big gains when it comes to the temps and power draw like in this example here:
Using the 125W power limit, perhaps with some extra undervolting, and the result is essentially an "i8-14800K" performance-wise when compared to stock 14700K & 14900K. At first this doesn't seem great when considering the price is not in-between the i7 and the i9 however the big gains regarding temps and power draw turn this a full 180*.

Translating this approach to you getting a 13900K, you will practically have an "i8-13800K".
Now when comparing this platform to the 265K example, you will pay more for the CPU, assuming the same RAM then the cheaper mobo will probably compensate to some degree and in the end you would be looking at very similar platform costs.
When it comes to performance though, I would estimate that on average the application performance will be at the most similar (stock 13900K has 3% over the 265K), or perhaps about 2% lower for the 13900K, then the 1440p gaming performance will be ~3% better.
The temps will probably be similar (which means no more worries), the power draw will be lower for MT and overall application average but a bit higher for gaming and ST average, overall same ballpark. Again this is versus a stock 265K.
265K review power draw & 265K review temps
14900K TDP analysis power draw & 14900K TDP analysis temps
This seems viable, even with the above extrapolations you pretty much know what to expect, I don't see any red flags up to this point.

But... the other elephant in the room is what AMD offers. Forking some extra money for the 7950X and the rest of the platform means you don't have to worry about temps, the power draw can be lowered with some UV without losing performance, the MT performance is VERY good and the 1440p gaming performance is fine, lower than with Raptor Lake but not enough to turn you away from it.
Thanks for this detailed explanation. Indeed there are so many options to consider. With my super heavy trading/browser extension/pine scripts pulling tons of data/obs recording/29gb ram usage etc... I feel I could really use the max amount of cores and threads a cpu can give me. And since my number of gaming hours is quite lower than what it used to be (that's what I get for being a full time trader lol) I'm more concerned with the productivity side of things whilst retaining decent gaming performance. Indeed right now I'm leaning towards the I9 13900KF knowing I can get it for 500$ CAD, that'd 285$ usd. It's 70$ CAD cheaper than the 14900k which barely beats the 13900k in performance.

I intend to either:
1. Delid plus contact frame
Or
2. Contact frame only
Or
3. Delid plus contact frame plus direct die water cooling.

It will depend on the level of risk I'm willing to take. I already delidded a cpu in the past. Albeit it wasn't an expensive one like this one, and I do like the idea of keeping the warranty alive for the 5 year period. So probably contact frame only plus a bit of undervolting or a bit of power limiting.

Also I hear the 13th and 14th Gen had oxidation issues. I'll have to see if I can make sure I get a cpu that was built after they recognized the problem and fixed it.

Edit: the 7950x seems to run just as hot as the 13900k or 14900k by the way. (although I suppose there aren't any risks of stability issues or oxidation here)
 
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I run tons of browser tabs and charts for my work. I am running into my 32gb RAM limit at the moment on a regular basis. Forces me to close some windows. I'm thinking of upgrading to better memory.
I currently have 4x 8gb sticks of ddr4 3000mhz memory (trident Z). I think I have 2x 8gb in my system specs, I'll have to update that.

So yeah, my question is, while on the subject of upgrading. I did my research and apparently my mobo can handle ddr4 4300mhz+ memory. My cpu (i7 9700K) can handle around 4000mhz if I'm not mistaken. It's certified for 2.6khz memory but it can get higher through overclock (or xmp)

I hear some RAM sticks and brands pair better with intel cpus than others. I also hear that for my usage, HIGHER RAM speeds is more ideal. I'm not a ram expert, do you guys have suggestions of what I should look for before I spend the money?
LMFAO I have tried 4400 CL 19 32 GB kit with 10700K or 11400F

If you want SPEED INCREASE for REAL, swap the system to 12-14 gen i5 with DDR5 at least even 5600 (don't listen that 6000 is "way" better:rolleyes:). But, going beyond 6000 is really unnecessary (and stupid, as price increase faster than speed achievement lmfao)

that 9700K is a SLOUCH already (unless you push it 5+ with cryogen chiller, which I consider more for bench fun actually rather than real use case).

I have had 9600K, 10600K, 10700K, 11400F, team red 7500F and now i5-14600K. For multicore performance I once have tried also Ryzen 9 3900X, which I very liked (much more than 5600 from which I swapped to it). And now I'm very happy with my 14600K performance, even going with "trend" using it with HT off. It's massive single core performance even without OC is blazingly fast for general system usage and opening and switching apps.

DDR4 isn't worth "big" invest anymore, and believe me, the difference between even 9 gen and 10 gen is NOTICEABLE. Unless you get some "high speed" ram kit for "bargain" (used), I won't mess with "speed increase". You won't notice it. DON'T REPEAT MY MISTAKES (of constantly changing RAM and CPUs for OWN $$$, it's just stupid, although is really fun for geek-freaks like me).:D:kookoo:

And MOBO MATTERS too. Yours isn't "top notch". You could end up with purchasing 4000+ mhz kit running it at 3200;):D
 
Edit: the 7950x seems to run just as hot as the 13900k or 14900k by the way. (although I suppose there aren't any risks of stability issues or oxidation here)
Temps may be about the same with a load, but heat generated for same work performed is lower on 7950x. Generally it's not a huge deal, just a minor inconvenience trying to balance room temperatures with central heating & AC.
 
Just some passing thoughts.

Keep your old PC for gaming if it's already working well for you in that respect. Get a new (new or used) separate PC to fix your work/productivity problem with no gaming consideration to keep your gaming / water cooling issues from spilling over and messing up your productivity if your work is important. If your work is work then build your PC to do work and since it's not for gaming you can look for parts that don't have to hit "gaming performance" goals.

Uniform cores for your multi-processing browser tabs so AM4 or AM5 to ensure uniform performance potential across all browser tabs. No big.little scheduling issues to worry about with any software to boot. I have no idea if your recording software might have issues with big.little Intel CPU's. Browsers are multi-threaded by nature and I suspect you could easily do tradeoff with more cores/threads (with less top speed) and still get better productivity. Do you really need 16-cores/32-threads I don't know but it sounds like it would fit your use case very well.

AM4 on the cheap side 5950x (as low as $300 USD, used), get cheap DDR4 3200, with a modest B550 or X570 motherboard
- Cons: Not as good bang for the buck as AM5
- Pros: Can have better expansion slot configuration options than AM5
- Note: Probably need 2 GPU's to support 5 monitors. Get motherboard with at least 2 x16 slots that have lane configuration that will support two GPU's assuming 1 GPU provides 4 connections and the other carries 2 at the minimum to support your 5 monitor configuration.
- Note: going cheap AM4 isn't necessarily the solution, you might be losing more than saving

AM5 on the cheap side 7950x (as low as $400 USD, used), get cheap DDR5-6000, a B650 motherboard can be good enough
- Pros: Typically iGPU + GPU will net you 6 display outputs with motherboard that has 2 outputs and GPU that has 4 outputs. (mix of HDMI an DP)
- Pros: A B650 $150 USD motherboard will run 16 core CPU's just fine
- Pros: Plentiful NVMe slots for your video storage needs
- Cons: PCIe expansion slots for add-in cards often limited so beware. If you need to use add-in cards plan ahead and research motherboards carefully. (x16 + x4 is common, x16(x8)/x8 at the higher end, many with lane sharing with NVMe to be taken into consideration)
 
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Just some passing thoughts.

Keep your old PC for gaming if it's already working well for you in that respect. Get a new (new or used) separate PC to fix your work/productivity problem with no gaming consideration to keep your gaming / water cooling issues from spilling over and messing up your productivity if your work is important. If your work is work then build your PC to do work and since it's not for gaming you can look for parts that don't have to hit "gaming performance" goals.

Uniform cores for your multi-processing browser tabs so AM4 or AM5 to ensure uniform performance potential across all browser tabs. No big.little scheduling issues to worry about with any software to boot. I have no idea if your recording software might have issues with big.little Intel CPU's. Browsers are multi-threaded by nature and I suspect you could easily do tradeoff with more cores/threads (with less top speed) and still get better productivity. Do you really need 16-cores/32-threads I don't know but it sounds like it would fit your use case very well.

AM4 on the cheap side 5950x (as low as $300 USD, used), get cheap DDR4 3200, with a modest B550 or X570 motherboard
- Cons: Not as good bang for the buck as AM5
- Pros: Can have better expansion slot configuration options than AM5
- Note: Probably need 2 GPU's to support 5 monitors. Get motherboard with at least 2 x16 slots that have lane configuration that will support two GPU's assuming 1 GPU provides 4 connections and the other carries 2 at the minimum to support your 5 monitor configuration.
- Note: going cheap AM4 isn't necessarily the solution, you might be losing more than saving

AM5 on the cheap side 7950x (as low as $400 USD, used), get cheap DDR5-6000, a B650 motherboard can be good enough
- Pros: Typically iGPU + GPU will net you 6 display outputs with motherboard that has 2 outputs and GPU that has 4 outputs. (mix of HDMI an DP)
- Pros: A B650 $150 USD motherboard will run 16 core CPU's just fine
- Pros: Plentiful NVMe slots for your video storage needs
- Cons: PCIe expansion slots for add-in cards often limited so beware. If you need to use add-in cards plan ahead and research motherboards carefully. (x16 + x4 is common, x16(x8)/x8 at the higher end, many with lane sharing with NVMe to be taken into consideration)
It's true that having a dedicated work computer could be some sort of a solution for me. But I also see complications. It's fun to have one machine that does it all IMHO...

Also at the same desk I'd have to unplug and plug my mouse and keyboard in the other pc each time I would want to use it? Unless there's some trick to avoid having to do this.

That being said, I do have an rtx 2080 ti I don't use with enough ports for my display as well as an extra 850w gold psu which I don't use either. So yeah it would be feasible. But honestly I don't mind the water cooling stuff. It's actually fun for me. I just feel shopping for a cpu right now is more complex than it was when I bought my 9700k.
 
Also at the same desk I'd have to unplug and plug my mouse and keyboard in the other pc each time I would want to use it? Unless there's some trick to avoid having to do this.
There are different things you can do. Using a KVM switch is one. Or you can use separate display and usb switches which can also be handy if you have multiple monitors and have the need to see both systems at once. Or you can remote into one machine from the other (using remote desktop for example) assuming you have both on at the same time. Anyway to each their own and good luck.
 
14700K + Z790 + 7200 MT 32/64 D5.

Or 285K + Z890 and 8200 CUDIMM.
 
Here's my final analysis in depth tldr form. I was talking to a friend about it and told him this:

*** april 13th 2025 Update (warning, TLDR incoming):

"If I'm 100% honest: I was never excited to buy the core ultra 7 because it really lacks in performance when you compare it to gen 13 and gen 14... The only true added value of that cpu is the power efficiency (which most users probably dont care about) but with the power efficiency comes low temps, so cooling this cpu is obviously easy... but its no surprise considering it has no HT. The other added value of this cpu is the possiblity of an upgrade down the road on the same socket. Also the internet seems to think there aren't going to be any significant upgrades to be made throughout the socket's life. So in the end it came down to 2 choices:

1. i7 14700k or i9 14900k for 430$/500$ CAD (with plenty of performance for the money) or
2. core ultra 7 265k for 325$ CAD

(no temperature headaches, no instabilitty issues, no oxidation issues, that we know of)
I REALLY wanted to go gen 14th for the extra performance. What ultimately convinced me to go core ultra 7 is:

1. Whether I went gen 14th or core ultra 7, both were going to be a massive upgrade to my i7 9700k anyways. The one argument that made me want to go gen 14th was the fact that I was getting more bang per buck. With gen 14th, I DID NOT need to buy new RAM (thats an autmatic 150$ cad savings at least) plus the motherboards for gen 14th are cheaper than the z890 ones...... BUT
by saving about 105$ on the cpu (as opposed to buying the 430$ i7 14700k for instance) I pretty much covered the cost of the required ddr5 ram (which would NOT have been mandatory on the gen 14th cpu). I still have to pay about 70$ more for a z890 motherboard than most z790 motherboards, but yeah... I won't need to fight with gen 14th cpus to keep them under control in terms of temps... and OC settings
with enthusiasts like myself it ALWAYS comes down to:

1. How much value am I getting for my money?
2. How much trouble and time do I have to put myself through to make everything work?
3. How much value is the trouble and time going to give me?

IF gen 14th could have yielded FAR superior performance than core ultra 7 by ways of overclocking and fine tuning and water cooling prowess, It would have gone that way without hesitating...

By the same token, if I could have achieved SUPERB performance with the core ultra 9 285k by ways of overclocking or fine tuning, I would have spent some extra money...
Right now, the gen 14th although agressively priced, just isn't worth the trouble at all (watercooling tweaks, bios tweaks, OC tweaks, risk of instabillity and oxidation ... obviously after deep searching the internet, it seems concerns about gen 13/14th instabitlities are less than before, there are still quite a few reddit posts of users running into stability problems even after the bios fixes and the implementation of OC settings to help undervolt or tweak the bios settings in the hopes of achieving stability...) I trust my abilities as a veteran of overclocking and water cooling, but I DO NOT trust that intel have done enough to 100% eliminate consumer anxiety towards gen 13/14th. Obviously a 5 year warranty instead of 3 year warranty helps calm consumer fears... but the RMA process is far from being a walk in the park. And even with a 5 year warranty, if you have to RMA your cpu 3 or 4 times, that's a huge amount of hassle and TIME cost... and time is FAR more valuable than money in my book....
Potentially, had the prices on gen 13th/14th been even more wild, say 280$ CAD for a i7 14700k or 300$ for a i9 14900k the temptation would have been a lot stronger.
In this particular upgrade path of mine in april 2025, I'm just really sad and disappointed because honestly, I'm ALWAYS usually excited to buy pc components and I always look forward to the time spent tweaking, water cooling, extracting more performance out of my gear... but this time around, there are just NO intel cpus to really be excited about! Usually the exciting cpus are the ones that make you want to fork the extra 300-500$ for amazing performance... And right now, if one takes ONE look at the AMD offerings there is only one CPU that distinguishes itself from others and it is the Ryzen 9 9950x or 9950x3d... but those two, despite having a good offering in the productivity and gaming department are just NOT enough to justifiy their price tags at all...

When you put em side by side with intel gen13/14th cpus, you realize the following:
1. I can either spend approx 430$-500$ CAD for an i7 14700k/i9 14900k for the best performance intel has to offer but at the added cost of A LOT of tweaking/modding/water cooling involved OR I can buy the AMD 9950x3D or the amd 9950X but those two beat the i9 14900k by just a small margin and they cost 2.2x the price of the i9 14900k OR I can buy the boring purchase... the brand new core ultra 7 265k which is "the SAFE bet"(a lot of people won't admit to it, but no matter the tweaks you might do to those Gen 13/14 cpus, THERMALS ARE going to be an issue unless you delid the cpu and potentially direct die cooling on it. You do that, you automatically void the warranty... some might not care about the warranty but even if you're the best modder/tweaker... there's always a chance that you're gonna crack that silicone or fuse the water block with the liquid metal thermal compound... in the eyes of an enthusiast like myself, stuff like that is usually worth it, but given that it doesn't open up the cpu to new soaring heights, the hassle is not worth it...
So bottom line is:
3 choices: all dissapointing

Choice 1 = Live dangerously yolo style and you get the max amount of performance for the dollars but all that performance will be barely more than core ultra 7 265k (its more performance, but its not a SIGNIFICANT margin)... plus it will require a LOT of effort to get it working

Choice 2 = Buy the best cpus available right now (AMD 9950x and 9950x3d) (an argument could be made for 7950x or 7950x3d as well) but in all these cases, you're paying WAY too much (because there is no true competition from intel right now at those levels, which has caused the prices of amd cpus to spike up... theyre more popular therefore they cost more)
Here choice 2 is bad because generally speaking you're going to pay 50% to 120% more for approx 15-30% more performance than the best intel offerings... again hard to justify really

Choice 3 = Buy the boring chip... core utlra 7 265k... its a plug and play cpu... Its still a big upgrade from my i7 9700k obviously, but its the boring choice. Potentially intel releases exciting cpus on the lga 1851 socket, but early rumours online dont seem to suggest thats going to happen before a new architecture comes in later... So yeah its the boring choice, but at the right price it beats choice 2 and choice 1 out of the water. Once I achieved that pre-requisite by finding a good deal on the core ultra 7, it automatically killed the logic of the other 2 choices instantly.

Choice 4 would have been fun... but There is NO CHOICE 4...... because................
as of april 2025, be it intel or AMD:

THE CAKE IS A LIE"
 
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So to summarize there are not bad CPU's just bad pricing. :laugh:
Here's my final analysis in depth the productivity and gaming department are just NOT enough to justifiy their price tags at all...
Have you seen threadripper pricing , like ever?
When you put em side by side with intel gen13/14th cpus, you realize the following:
1. I can either spend approx 430$-500$ CAD for an i7 14700k/i9 14900k for the best performance intel has to offer but at the added cost of A LOT of tweaking/modding/water cooling involved OR I can buy the AMD 9950x3D or the amd 9950X but those two beat the i9 14900k by just a small margin and they cost 2.2x the price of the i9 14900k OR I can buy the boring purchase... the brand new core ultra 7 265k which is "the SAFE bet"(a lot of people won't admit to it, but no matter the tweaks you might do to those Gen 13/14 cpus, THERMALS ARE going to be an issue unless you delid the cpu and potentially direct die cooling on it. You do that, you automatically void the warranty... some might not care about the warranty but even if you're the best modder/tweaker... there's always a chance that you're gonna crack that silicone or fuse the water block with the liquid metal thermal compound... in the eyes of an enthusiast like myself, stuff like that is usually worth it, but given that it doesn't open up the cpu to new soaring heights, the hassle is not worth it...
Some 13th/14th gen owners here would probably disagree. Supposedly all you need to do is set a reasonable power limit and it won't be hard to cool at all.
 
@Carsomyr

Great post! I personally enjoy the food-for-thought wall-of-text type of posts. :)
the brand new core ultra 7 265k which is "the SAFE bet"(a lot of people won't admit to it,
Haters gonna hate but the hard truth is that the 265K is a midrange sleeper! Even with an arrow to the knee it still manages to win.
- no HT and therefore fewer threads than 14700K and on top of that less L3 cache and it still wins
- fewer threads than 9900X, less than half L3 cache and potentially dead socket and it still wins
- valuable die space allocated for an NPU (valid Hardware Canucks criticism) instead of other cores and it still wins

Who would've thought that for mixed usage a CPU that's a mixed bag in tests is the ideal choice? The irony...

Why it wins? Simply because it doesn't suck, and it has a good price. No matter how mixed the test results, no matter how many performance stagnations/regressions compared to the previous gen but the relative performance chart says it all -> overall it doesn't suck!
And apparently that's all it takes against an overpriced competitor like the 9900X, instead of the effect AMD hoped for which is upselling the 9950X it converts people to the Intel side, they buy something comparable overall but at a lower price -> imagine that, people actually wising up.

And the plug&play aspect you mention that definitely matters. Having less worries is not negligible.
In my own analysis I came to a similar conclusion, although for somewhat different reasons. I'm now considering the 265K more than my initial option which was the 7950X. Maybe I'm wrong but maybe I'm not, if other people came to the same conclusion it means that is the truth, that for those users this is the optimal choice (right now, out of what's available), even if their needs are not exactly the same, but if this CPU ticks most of their boxes, then it's the right choice for them.
1. How much value am I getting for my money?
2. How much trouble and time do I have to put myself through to make everything work?
3. How much value is the trouble and time going to give me?
P.S. This "building a new PC" struggle made me think of something, a lot people (myself included) seem to get too caught up with finding the "perfect configuration" (when there's no such thing) that they forget how valuable time is, and how time is money, and that the PC is just a tool that you use for a while and that at first it will perform better than after a few years when some software has higher hardware requirements etc. and that no matter how high-end it is when you purchase it, after a little while it won't be king of the hill anymore so in the end all it matters is if it's enough to get the job done (whatever that might be) without the user constantly fiddling around with settings and profiles and whatever else more than with the actual task he wants done.

So to summarize there are not bad CPU's just bad pricing. :laugh:
Bulldozer entered the chat. :roll:
 
So to summarize there are not bad CPU's just bad pricing. :laugh:

Have you seen threadripper pricing , like ever?

Some 13th/14th gen owners here would probably disagree. Supposedly all you need to do is set a reasonable power limit and it won't be hard to cool at all.
yes you are correct, cpu pricing is "just bad" at the moment except for gen 13/14th intel cpus.
Yes I'm aware thread rippers are super expensive. I'll admit I don't know too much about them. I know they do extremely well in the productivity department, but I never bothered to check their gaming performance. Maybe its worth a look.

To your 3rd point, indeed some gen 13/14 owners might disagree with me (but my time spent on reddit shows me it doesn't seem all that "simple" at all. I see a regular stream of reddit posts with issues despite following in depth guides on reddit to reduce the power limits/voltages/etc...)
AND most importantly, if you do indeed "limit" the gen 13/14 cpus in order to prevent stability issues and thermal issues, they almost automatically become the notch below... an i9 14900k which you paid for, becomes essentially a sort of i8 14800k or maybe even less...
The most important point being: We don't know for sure that intel's fixes combined with recommended bios updates really fix the instability problems. We have to "take intel at their word" and like I said, looking at reddit lately (and I did a lot of that) it looks like:
there are definetly much less reports of problems, but still enough to generate concern.

In the end, maybe gen 13/14 was the "smartest" choice overall, but in my mind it really came with just enough negatives to make consider the core ultra 7 265k. those negatives being:
1. stability issues/oxidation (I feel reassured by what I saw online but not completly)
2. high thermals (with a good cooling solution and some tweaking it falls into tolerable margins but it's still the hottest recent cpu right now).
3. Socket is end of life

But you're absolutely right, price is the big factor that got me deciding here. Here's very accurate way to look at the situation:
1. A Core ultra 7 265k is essentially an i7 14700k but without the hyperthreading. It is also slightly more power efficient (when you consider the power draw of an i7 14700k that has HT turned off). And it outperforms the i7 14700k slightly (with HT off)
2. And even more accuratly, the core ultra 7 265k is pretty much the equivalent of an i5 14600k in terms of performance (againt slightly better) but very similar in many ways. AND right now the CPU that offers the ABSOLUTE best Performance per dollar is indeed the i5 14600k which costs currently 310$ canadian dollars plus taxes or in usd 190$ USD. So by getting a core ultra 7 265k for 325$ CAD... I essentially got myself an i5 14600k for approx. the same price its currently going for but without a lot of the downsides I listed higher. I also don't have to worry about temps at all Zero Nada. The i5 14600k doesn't run as hot as the i9 14900k of course, but it still runs quite hotter than the core ultra 7 265k for the same performance.

But you read my mind 100% right, someone could accuratly say:
"He wanted to buy an i9 14900k, but a gut feeling was telling him it might be the wrong choice, so he started looking for a reason not to... when he found he could get a core ultra 7 265k for 325$ CAD plus taxes instead of 500$ CAD plus taxes, he found that reason"

So yeah there you go, I just wish the lga 1851 CPUs would have been a lot more interesting than they currently are. If I get lucky, maybe next year or thereabouts they do release a really nice CPU and I'll just swap the one I have to the new one if it is interesting enough. But for now, I feel I made the better of the two choices. But if anyone had to debate the same two choices today and decided to go with an i9 14900k, I still think it would be an excellent choice given what's available right now. In fact, At 500$ CAD for a core ultra 7 265k there IS no debate, the i9 14900k (or i7 14700k) just is the better choice at that price point.

If anyone is looking for buy one of those cpus right now and has found this thread, feel free to reply and tag me if you want to know where I found the best prices and deals for those cpus as I spent a lot of time shopping around and can probably skip you the hassle. Basically the very best I found was:

1. 430$ CAD plus taxes for i7 14700k
2. 500$ CAD plus taxes for i9 13900KF (sometimes you can find an i9 14900K or KF for a similar price) but I've only seen that kind of pricing on ebay (brand new sealed box, but no intel warranty, because as far as I'm aware unless the ebay seller is an intel authorized dealer, they won't honor the warranty)
3. 600$ CAD plus taxes for the AMD ryzen 9 9900x (that was also a very interesting choice, 100$ more than an i9 14900k but if the 9900x were to drop to 500$, you've got a serious contender to the i9s gen 13/14) the 9900x is basically a gen 14th i7 cpu (in terms of comparable performance)
4. Core ultra 7 265K (on ebay I found some around 440$ CAD plus taxes), you can get a KF version for 410$ CAD plus taxes on newegg through combo deals
5. AMD ryzen 9 9950x (if memory serves it was around 800$ CAD plus taxes)
6. the prices on the amd 7900x and 7950x also have become more affordable, but not enough for me to go there instead of gen 13/14

There you go, this should be more than enough information for the perfectionnists like me out there haha :P

@Carsomyr

Great post! I personally enjoy the food-for-thought wall-of-text type of posts. :)

Haters gonna hate but the hard truth is that the 265K is a midrange sleeper! Even with an arrow to the knee it still manages to win.
- no HT and therefore fewer threads than 14700K and on top of that less L3 cache and it still wins
- fewer threads than 9900X, less than half L3 cache and potentially dead socket and it still wins
- valuable die space allocated for an NPU (valid Hardware Canucks criticism) instead of other cores and it still wins

Who would've thought that for mixed usage a CPU that's a mixed bag in tests is the ideal choice? The irony...

Why it wins? Simply because it doesn't suck, and it has a good price. No matter how mixed the test results, no matter how many performance stagnations/regressions compared to the previous gen but the relative performance chart says it all -> overall it doesn't suck!
And apparently that's all it takes against an overpriced competitor like the 9900X, instead of the effect AMD hoped for which is upselling the 9950X it converts people to the Intel side, they buy something comparable overall but at a lower price -> imagine that, people actually wising up.

And the plug&play aspect you mention that definitely matters. Having less worries is not negligible.
In my own analysis I came to a similar conclusion, although for somewhat different reasons. I'm now considering the 265K more than my initial option which was the 7950X. Maybe I'm wrong but maybe I'm not, if other people came to the same conclusion it means that is the truth, that for those users this is the optimal choice (right now, out of what's available), even if their needs are not exactly the same, but if this CPU ticks most of their boxes, then it's the right choice for them.

P.S. This "building a new PC" struggle made me think of something, a lot people (myself included) seem to get too caught up with finding the "perfect configuration" (when there's no such thing) that they forget how valuable time is, and how time is money, and that the PC is just a tool that you use for a while and that at first it will perform better than after a few years when some software has higher hardware requirements etc. and that no matter how high-end it is when you purchase it, after a little while it won't be king of the hill anymore so in the end all it matters is if it's enough to get the job done (whatever that might be) without the user constantly fiddling around with settings and profiles and whatever else more than with the actual task he wants done.


Bulldozer entered the chat. :roll:
haha thanks. Indeed I agree with you. You're absolutely right about the amount of time I spent shopping. I invested that much time because I don't upgrade every year obviously but I spent all that time mostly because:

- I enjoy building PCs/upgrading tweaking etc...
- I was hoping to find a GEM of a CPU and honestly none of them made me feel excited. Like I said, sure the 9900x and the 9950x (or their x3d counter parts) do have a lot of performance to offer, but their price tags are quite high (given the lack of competition in that market sphere) and also, during my research I never once came across a post or a youtube video that showed me that I could achieve SIGNIFICANT improved performance through overclocking/cooling... My understanding is that those days are mostly gone haha. Gone are the days of achieving 30-50% performance uplift through overclocking apprently. These past couple of years its always work yo azz off to achieve 10% more (yeah that's gonna get me excited about pc building alright lol :P)
- I'm usually completly okay with spending the extra money to get the impressive performer... but I took a really good look at those AMD cpus and my conclusion was: A heck of a lot of hyping from youtubers and not that much real performance (not even through OC'ing). When I say a lot of hype: Just take a look at all them youtube benchmarks lol... they all showcase the AMD cpus with comparisons to intel on freaking 720p resolution or 1080p resolution. I mean sure, surely a lot of gamers still game at 1080p, and a lot of them might use DLSS or other upscaling methods which kinda ends up being 1080p... but I myself, game at 3440x1440p and sometimes 4k. I couldnt care less that an AMD cpu is 20% faster at 1080p. In my situation, I'll usually be GPU limited way before I'm cpu limited.
- And with all that hype AMD has achieved a huge imbalance in demand causing the price tags of their CPUs to just be plain stupid. That's why when I look at their best CPUs, I do see that some of the more expensive ones actually outperform the best intel cpus in productivity (but they do so at a 150-220% price increase) (obviously that is without even looking at the thread rippers, but my understanding is that thread rippers are meant for server builds and whatnot)

welp, logging off, I'm gonna go learn a bit more about threadrippers curious to see what they can do.
 
yes you are correct, cpu pricing is "just bad" at the moment except for gen 13/14th intel cpus.
Yes I'm aware thread rippers are super expensive. I'll admit I don't know too much about them. I know they do extremely well in the productivity department, but I never bothered to check their gaming performance. Maybe its worth a look.

To your 3rd point, indeed some gen 13/14 owners might disagree with me (but my time spent on reddit shows me it doesn't seem all that "simple" at all. I see a regular stream of reddit posts with issues despite following in depth guides on reddit to reduce the power limits/voltages/etc...)
AND most importantly, if you do indeed "limit" the gen 13/14 cpus in order to prevent stability issues and thermal issues, they almost automatically become the notch below... an i9 14900k which you paid for, becomes essentially a sort of i8 14800k or maybe even less...
The most important point being: We don't know for sure that intel's fixes combined with recommended bios updates really fix the instability problems. We have to "take intel at their word" and like I said, looking at reddit lately (and I did a lot of that) it looks like:
there are definetly much less reports of problems, but still enough to generate concern.

In the end, maybe gen 13/14 was the "smartest" choice overall, but in my mind it really came with just enough negatives to make consider the core ultra 7 265k. those negatives being:
1. stability issues/oxidation (I feel reassured by what I saw online but not completly)
2. high thermals (with a good cooling solution and some tweaking it falls into tolerable margins but it's still the hottest recent cpu right now).
3. Socket is end of life

But you're absolutely right, price is the big factor that got me deciding here. Here's very accurate way to look at the situation:
1. A Core ultra 7 265k is essentially an i7 14700k but without the hyperthreading. It is also slightly more power efficient (when you consider the power draw of an i7 14700k that has HT turned off). And it outperforms the i7 14700k slightly (with HT off)
2. And even more accuratly, the core ultra 7 265k is pretty much the equivalent of an i5 14600k in terms of performance (againt slightly better) but very similar in many ways. AND right now the CPU that offers the ABSOLUTE best Performance per dollar is indeed the i5 14600k which costs currently 310$ canadian dollars plus taxes or in usd 190$ USD. So by getting a core ultra 7 265k for 325$ CAD... I essentially got myself an i5 14600k for approx. the same price its currently going for but without a lot of the downsides I listed higher. I also don't have to worry about temps at all Zero Nada. The i5 14600k doesn't run as hot as the i9 14900k of course, but it still runs quite hotter than the core ultra 7 265k for the same performance.

But you read my mind 100% right, someone could accuratly say:
"He wanted to buy an i9 14900k, but a gut feeling was telling him it might be the wrong choice, so he started looking for a reason not to... when he found he could get a core ultra 7 265k for 325$ CAD plus taxes instead of 500$ CAD plus taxes, he found that reason"

So yeah there you go, I just wish the lga 1851 CPUs would have been a lot more interesting than they currently are. If I get lucky, maybe next year or thereabouts they do release a really nice CPU and I'll just swap the one I have to the new one if it is interesting enough. But for now, I feel I made the better of the two choices. But if anyone had to debate the same two choices today and decided to go with an i9 14900k, I still think it would be an excellent choice given what's available right now. In fact, At 500$ CAD for a core ultra 7 265k there IS no debate, the i9 14900k (or i7 14700k) just is the better choice at that price point.

If anyone is looking for buy one of those cpus right now and has found this thread, feel free to reply and tag me if you want to know where I found the best prices and deals for those cpus as I spent a lot of time shopping around and can probably skip you the hassle. Basically the very best I found was:

1. 430$ CAD plus taxes for i7 14700k
2. 500$ CAD plus taxes for i9 13900KF (sometimes you can find an i9 14900K or KF for a similar price) but I've only seen that kind of pricing on ebay (brand new sealed box, but no intel warranty, because as far as I'm aware unless the ebay seller is an intel authorized dealer, they won't honor the warranty)
3. 600$ CAD plus taxes for the AMD ryzen 9 9900x (that was also a very interesting choice, 100$ more than an i9 14900k but if the 9900x were to drop to 500$, you've got a serious contender to the i9s gen 13/14) the 9900x is basically a gen 14th i7 cpu (in terms of comparable performance)
4. Core ultra 7 265K (on ebay I found some around 440$ CAD plus taxes), you can get a KF version for 410$ CAD plus taxes on newegg through combo deals
5. AMD ryzen 9 9950x (if memory serves it was around 800$ CAD plus taxes)
6. the prices on the amd 7900x and 7950x also have become more affordable, but not enough for me to go there instead of gen 13/14

There you go, this should be more than enough information for the perfectionnists like me out there haha :p
Have a great day, can't wait to read how this turns out in the end. All in all your selection was among top tier CPU's. I'll be supporting the Canadian economy for the next few days. Take care.
 
To your 3rd point, indeed some gen 13/14 owners might disagree with me (but my time spent on reddit shows me it doesn't seem all that "simple" at all. I see a regular stream of reddit posts with issues despite following in depth guides on reddit to reduce the power limits/voltages/etc...)
AND most importantly, if you do indeed "limit" the gen 13/14 cpus in order to prevent stability issues and thermal issues, they almost automatically become the notch below... an i9 14900k which you paid for, becomes essentially a sort of i8 14800k or maybe even less...
The most important point being: We don't know for sure that intel's fixes combined with recommended bios updates really fix the instability problems. We have to "take intel at their word" and like I said, looking at reddit lately (and I did a lot of that) it looks like:
there are definetly much less reports of problems, but still enough to generate concern.
I am one of the users that shall disagree today.

Here's my in depth guide for you!!

Asus board.
Step1 - Turn off MCE. F10 save, post windows. Done.
 
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