Intel Core i5-14500: What Real Users Say on Reddit

That doesn't seem to be related to any recent issues. That looks like your cooling has failed for some reason or is just inadequate for 140W load. I don't think this is enough information to diagnose this.

Maybe I'm wrong but feel like i5 12600k for $130 or less is better value.

I haven't heard any reports of a higher failure rate. And there is a warranty for such situations. The issue is crashes and instability. There is an official page on Intel's website discussing it. The current solution is to set BIOS settings correctly.

No. You have inadequate cooling, a bad cooler, a bad mount, or something else. Your CPU is fine, you're just trying to murder it.

Not wrong. 13th and 14th gen Intel are all jokes so unless they're the same price or cheaper, you should just get the 12th gen equivalent.

The difference between 14500 and 14600 is minimal. The 14600 got slightly higher frequencies and has a slightly higher MSRP. The higher TDP does not affect the idle or near-idle power draw on these 3. They are the same chip and will step down equally when not used. They only differ in how they behave when under heavy load.

In 4-5 years when AV1 (possibly) becomes the standard then you can consider upgrading. Until then H264/H265 is perfectly fine. The same people also bought 3D and 8K TVs.

There's very little difference between the chips, the T variant just enforces a lower max power limit. You can effectively turn an i5-14500 into an i5-14500T by reducing those power limits yourself in the BIOS. At idle, the two chips will be pretty much identical in terms of power consumption. Personally, I'd buy the normal i5-14500 and just down clock it. Then you still have the option to unlock the performance in future if you need to.

Well, it all depends on your goal for the server. I'm running 12th Gen and it far exceeds my requirements.

You can lower TDP on 14500 but you cannot raise it on 14500T. That's the only difference. They are the same. Get 14500.

Just set up your BIOS correctly and all of the stability issues with Raptor Lake evaporate. BIOS will occasionally decide to try and boost ALL Twenty Four Cores To 6GHz. Change this setting and all the thermal instability stops.

Your CPU is not Raptor Lake to begin with, so no — it's not affected by those issues.

Something is wrong with your cooling. I have a power limit set to 175W and my 14700KF doesn't hit 80 degrees in Cinebench.

Intel themselves have a page up about the instability of 13/14 gen and how to mitigate it. Nvidia also blamed Intel because some of the crashes reported vram errors that actually stemmed from unstable CPUs.

Even then you can set a lower power limit by hand. There is no real reason to take a T cpu except you find it cheaper (which they often aren't, or at least not to an amount that's relevant).

Get the 14600K, it actually has the minor Raptor Lake 13th Gen architectural improvement of considerably more L2 cache, which makes quite a bit of difference for gaming and productivity. 14500 is just binned 12th Gen Alder Lake.

Go on eBay and buy a 12500T. Much cheaper yet perfectly adequate for your needs. 14th gen makes very little sense in your use case. If you need a lot of raw performance then go with a 12700K/12900K.

Undervolt and power limit the 13600KF — it will still probably perform better than the 14500.

Isn't the 14500 an Alder Lake refresh? Either way, I've had no instability or weird behaviour from mine. Has a Noctua NH-D15 and Arctic Silver MX-4 paste. Very well ventilated case. Sits at about 30°C idle.

The 14500 should do everything you mentioned perfectly fine, but I wouldn't go with the 14900 if you want to go overkill — a 7950x should be about the same in price and performance but it's more efficient and has an upgrade path.

Intel has failures in 13th and 14th gen — should really buy AMD.

Voltage issues cause slow degradation of the processor — it slowly dies. Has been solved with BIOS updates. Intel expanded warranty to 5 years for boxed ones only.

Intel is not competitive anymore. You can get Intel but I would recommend AMD. Especially for the upgrade path which is just not there with Intel.

Don't consider, get AM5 instead with a 7600 if you worry about power savings.

Heck, you can find a 14600K cheaper than 14500 today. Even if the 14600K has a higher TDP, it likely won't always be at that power draw.

I use an i5-14500T in my setup and it's been running great. There will always be bigger and better things out there. Don't stress it too much. Your 14500 can go a long way. You can run many containers or virtual machines and the iGPU is more than enough for 3+ 4k Streams. AV1 is a great codec but it's not as widespread as H.265.

I'm rocking the same CPU. It runs my Proxmox host with 3 Debian VMs, one of them running a dozen Docker containers. I have it paired with 64gb RAM. Using Plex and few other things, I hardly see the CPU break 15% utilization.

H.264 and H.265 are NOT dead. In fact in my Plex library I've specifically been transcoding my videos to these and not .AV1 because it's just not worth it yet because of how few devices support it in most people's living rooms.

Get the non-T if you have a choice. No real difference, a non-T can be limited to be a T, a T can't be unlocked to perform as a non-T.

You should be fine to use i5 14500. It's not having any Raptor Lake issues. And my CPU is fine — my RAM was bad.

Apart from your temperatures, 14500 has Alder Lake specs with lower L2 Cache vs Raptor Lake 14600. You can check if silicon is B0 or C0 stepping — B0 would be cut down Raptor Lake silicon and C0 Alder Lake Silicon, so B0 could theoretically be affected by silicon defects.

Are these default settings? I thought the PL2 on a 14500 was 154W. Your motherboard has it set to 241W — probably has MultiCore Enhancement on by default and either your VRMs or cooling can't handle that much power.

I would highly recommend 13/14600K with a Peerless Spirit cooler.

i5-14500 has been a favorite over the last 6 months. Bit higher than I'd pay but it's still excellent — prob not worth worrying about compared to Ultra. Gaming builds $900-1200 have gone i5 a lot recently. 12600k, 13500, 13600k, 14400, 14500 have all gone into client builds recently — all impressive performance.

I'd recommend 14500, since 14600 and 14600k both suffer from the instability issue (also 14400). 14500 is safe, at least according to Intel's official spec. According to Intel, 14500 has only C0 stepping, which means it is essentially 12th gen.

14600K makes the most sense with that pricing. But honestly any of them are going to be far overkill for those services. You might consider looking for a 14500 OEM/tray version on eBay for much cheaper. Those are typically brand new, just without the retail box.

I recently bought one to upgrade my 12400F. Hasn't struggled in anything so far, gaming wise — running at 3440x1440, 4080s, 175Hz.

The 14500 may say 65W but when playing games it can use up to 140W.

14th gen is a mess. You'd have to live in a vacuum where AMD doesn't exist to come to a conclusion that a 14500 is a reasonable chip. You should not be mentioning anything about power savings with an Alder Lake chip — on a chart from best to worst efficiency, all the last contenders are Alder Lake chips.

At idle, they'll consume the same amount of power.

T series is generally for OEM builds — where the manufacturer can limit the TDP to use a lower profile/cheaper cooler. If you're self-building and TDP is a concern, you can do that in the UEFI on some motherboards with a normal processor.

I had thermal issues with mine and the AC/DC loadlines on my ASUS PRIME B660-PLUS D4 had them set to 1.7/1.7 while the LLC was on level 1, which led to high voltage and power consumption. I changed it to LLC 3 and adjusted AC/DC LL which reduced the wattage drawn to around 120W with no performance drop.

I currently have a 14600K and might downgrade to a 14500 because of the lower watt usage. I'd like to be reassured that the 14500 is actually an Alder Lake chip because the Intel spec page says otherwise.