Intel Core i7-14700: What Real Users Actually Think

I wouldn't buy one.

I'd recommend against it. There are far too many issues with those chips, and ones that can't be easily fixed with software updates.

I see 0 reason to buy intel. AMD is more efficient out of the box, stable, and has better value. Price to performance they're straight up better. CPUs aren't something that are supposed to fail, especially with regular usage, even gaming. For widespread, chronic, long term failure for the 13th and 14th gen intels that are being updated every day, that indicates a tremendous issue.

A dead end platform 2 gens old, brilliant. Instead of the sleek new am5 with the best gaming processor available.

For the love of God, why won't my 8700k + 1080ti die already. It's been like almost 8 years and still chugging along doing everything I need. I seriously want to upgrade lol.

This isn't a refresher, it's a rebrand. Hope Intel can do better next year so we can get some competition, the power consumption is out of hand and you don't get the performance out of it.

Honestly my biggest takeaway from this video is that the 5800x3d is the gift that keeps on giving.

Crazy all time Amazon low was like $211 in March 2025. This price matches Microcenter though.

I would not buy a 13th or 14th gen CPU right now, no. There might be some niche cases where it makes sense, like if you can leverage QuickSync, but otherwise it's not worth the risk. Intel still hasn't said anything about the issue, so as far as I'm concerned they have no idea what it is and no plans to resolve it.

Those power consumption results are brutal. 14700K uses 284 watts under load in Blender, while a 7800X3D uses 86 watts. What the hell is Intel thinking?

These chips really surprised me, temperature wise. It only has a 240mm AIO cooling it, and cinebench doesn't even make it tjmax out. I have it on Intel's recommended power limits right now. In that state, the 14700k can sustain 5.5GHz in any game or emulator or any other day to day task I've run.

No, it's not safe. This is an ongoing issue that's blowing up in the tech press right now. One of the new Zen 5 CPUs, or if you're mainly gaming, a 7800X3D, is what to go for.

Problems with Intel's 14th gen: generally consume more power/heat than AMD in most scenarios, the platform is at the end of its life if you want to upgrade in the future you will need a new motherboard, and some unknown problem with the CPUs — the further up you go in performance, the more problems there are.

I've had to change affinity on multiple apps with my 14900k to keep stability at the sacrifice of performance. I probably wouldn't be buying one right now.

If you even have to ask the question 'is it safe to buy' then it's probably not worth the risk. ESPECIALLY when AMD have been putting out such good products.

If you're purely gaming, there's no reason to even consider the 14700K unless it's bundled for a lower price than a 7800X3D setup. If you actually do so much multithreaded work that you really notice the benefits of a 14700K over a 7800X3D, you might as well go to a 14900K, because every minute saved helps.

I bought one and it degraded. RMA'd. During the wait to get it back side graded to a used 13900k that has been rock solid. I think it's all luck.

14700k is a huge upgrade for pro tasks. Gaming at 1440p-4k not really. MMOs and simulation games might benefit, or of course 1080p gaming.

Not the kind of questions a customer should have to ask, which is why I decided to be a customer of AMD.

This is just sad. Rebranding CPUs and blasting power consumption while still being handily beaten by their competitor's existing products. The complacency festered into incompetence and the shoe is now truly on the other foot which sucks for consumers because we need competition.

I think I'm being gaslit by people on r/buildapc because they're telling me to go am5. I don't plan on upgrading this pc for 5+ years so the socket longevity is a non-issue for me.

Just another data point, but I've been rocking a 13700K for a couple years and have had no issues. Seems like its luck of the draw though.

The 7800X3D is objectively the best gaming-oriented CPU at the moment, especially performance-per-dollar-wise. It sits right there at the edge of 'too good yet still not overkill'.

Looking at getting this since I'm on a Z690 DDR5 board with an intel i5 12600k. I use my computer pretty heavy using software like DUO (Remote Multiseating) to play multiple games at once as well as hosting other web services through docker desktop.

Glad I never felt the urge to upgrade from 12700.

No. Absolutely not. I have three 13th-14th gen i7 and i9 CPUs. 2 out of 3 have failed.

At least 50% of 13th and 14th generation i7 and i9 CPUs are failing extremely quickly, even when massively underclocked and using very slow/stable memory. And it seems to be happening to i7s and i9s, but so far not in i5s or below.

I wouldn't touch the 14th gen i7/i9 right now. While you could be fine for a while you don't know when problems could crop up. If you heavily under volt to try and guarantee stability you would be leaving loads of performance on the floor.

I would not buy any 13th/14th gen cpu and would skip Intel until they come out and apologize to those of us who have had issues. I run a 13700k and on launch it was a complete pig, heat issues and instability. Why buy the chip and then restrict it losing performance against equally priced AMD systems without all the current issues.

I went for a 14700k from a 12700k when it was on sale for $300 from Best Buy and it came with BF6. I don't regret it at all. I also got a specimen of a chip, it can hold some crazy OCs.

I'm on a 13600k that I am happy with, but just helped my friend build his pc, and I strongly recommended the 7800x3d. Safer, stable with later bios updates, good price and future proof, and most important of all: strong performance in games. No reason at all to go intel now.

The issue was basically that CPUs were requesting too much voltage to hit peak boost speeds, and this damaged them, so then they needed more voltage, and you get a feedback loop until it kills itself. Anything 600k, 700, 700k, or 900/900k could be affected. Higher boost clock CPUs tend to be affected more often.

I've built Intel my entire life but most recent build is AMD 7800x3d and basically it's the same smooth sailing as Intel. I would suggest going AMD right now even as an Intel fanboy because they are in a better place right now.

i7 14700 is on dead platform with small chance to die/damage itself. Ultra 200 series performs worse in gaming compared to 13th/14th gen.

My 13700k works and is among the current failure-prone. It's nice when it works. I just can't OC it (which is why I bought it) and it's a major headache when I get an error now.

So yes a 14700 should be safer than a 14700k or a 14900k because of the lower clocks. But it's still a crapshoot. My first 14700k died in one month. My second is going on 10 months.

Currently running this for my work pc. It's been spiffy for CPU tasks.

For pure gaming, a 7800X3D is clearly faster and far more efficient than an i7-14700, but if you can reuse a good DDR4 kit and board, the i7 can be the better value play right now despite the dead-end platform.

14700k is still a good cpu and even if its deadend, it will be good for years to come. So if this means you have a good gaming rig sooner, cheaper - I'd say its a reasonable option. Sure going am5 is a better option, but the cost difference is going to be your big factor.

I ended up going with a 14700k, applying all known AND available fixes via bios & it still fried it (MSI mobo), so the cpu & mobo got returned for full price & I now have a Ryzen 7800x3d.

If you can make it work and find a cheap mobo, go with the i7. I got a i7-14700f and purely use my system for gaming and I have no issues at all. The price of ram is absolutely insane right now and who knows how long it'll be like this.

i7 14700 owner here, I have no issues. With liquid cooler 280mm I set pl1 and pl2 at 180w, 0.1v offset in b660 and clock is always above 5ghz with temps below 75 degrees.

The problems were with both Intel and the motherboard manufacturers. Intel has published voltage limits for their CPUs, but the microcode didn't stop motherboard manufacturers from supplying more voltage — in some cases nearly double Intel's published safety limit.

I went from a Q9650 to a 14700k. If I run it with Intel power limits it doesn't go above like 70C running anything. Idles at 28C. This is with an EK Nucleus CR360 AIO. Really amazing how they've advanced.