Intel processor model i5-14600
Intel processor model i5-14600
Hello everyone. I purchased several components to assemble a PC. I bought an ASUS TUF GAMING Z690-PLUS with the Lexar ARES RGB 32GB (2x16GB) DDR5 6000, a CL30 SSD drive from Seagate FireCuda 530 1TB M.2 PCIe MSI, and a GeForce GTX 1660 (used). I also acquired a case and power supply. Some items were discounted or offered as cashback, which influenced my decision to go for an overclocked build. My goal was not to create a very powerful or overclocked system, but I was targeting the top 14th generation Intel i5 (14600). However, when the 14th generation was released, the 14600 wasn't listed on the Intel website, even though it was advertised as available. It hasn't been released yet, and I've been waiting almost a month. I have two questions: 1) Is there any information about when the 14600 will be available? I don’t closely follow Intel announcements, so maybe there’s a pattern from previous years I’m unaware of. 2) The 14500 model seems to have a noticeable difference—about 2GHz higher turbo frequency and roughly 1GB more base cache at 8.5, with up to DDR5 5600MT/s compared to 4800MT/s. Considering the price should be minimal, should I wait for it? Will the existing parts still provide noticeable improvements? Thank you in advance for your help.
Why not opt for the 14500? Intel Core i5-14500 – Core i5 14th Gen Raptor Lake 14-Core (6P+8E) LGA 1700 65W Intel UHD Graphics 770 Processor – BX8071514500 on Newegg.com Your budget will likely cap you at the GTX 1660, meaning you could even go down to an i3 14100F depending on the rest of your setup. The 14500 offers a good balance between cost and performance. I believe it’s worth the extra $30 or so compared to the 14400F, while the 14100F remains a viable option. However, it might restrict future upgrades to a GPU. Concerning the details, the L2 cache is per-core and varies by CPU model. Higher L2 means more cores working together, but it’s less critical than the shared L3 cache. Each active P-core and E-core cluster adds another 3MB of L3, though clock speed on fixed parts still matters more. For the upcoming i5 14600 release—expected soon, possibly early 2024—it’s likely already available. The additional E-cores probably won’t justify the extra $30–40, as they’d add another $30–$40. The current market price for 14th-gen chips is very tight, so choosing between the 14500 and 14600 feels like a tough call unless you want future flexibility.
Hi, thanks for your response. The graphics card is only needed in the system because it was a very affordable purchase (from an old machine). The main purpose of this PC isn’t for gaming—maybe some indie games, but that’s the least. I’m thinking of getting a locked model since I don’t mind an unlocked one. No plans to overclock or hunt for a specific CPU cooler; I know it sounds silly, but I prefer integrated graphics. You never know when the GPU might fail and I’ll need to rely on the built-in one. As you mentioned, since you’re not an expert, I just want to ask if my RAMs will perform similarly compared to another key difference I notice (5600 vs 4800). My RAMs are around 6000, but I’m pretty sure something’s off with the numbers. Thanks!
RAM rates listed for motherboards often seem underwhelming, especially when considering CPU compatibility. Memory controllers used to reside on the motherboard but now sit within the CPU die (or the I/O die for Ryzen MCM chips), making their performance more relevant. If you're using a DDR5 motherboard and RAM, an LGA 1700 CPU should handle 6000MHz memory without issues. This configuration has consistently proven reliable for DDR5 since its introduction. Generally, when people run at similar speeds, it tends to work well—just ensure you're not dealing with unusually bad hardware luck.
With a 1660 I doubt you'll notice the difference between a 12400 and 14600. The non-K CPUs with 13th gen are rather awkward, because the 13400, 13500 and 13600 are, so far as I know, not really Raptor Lake CPUs, since they share the older cache configuration (1.25 MB per P-core and 2MB per E-core cluster) with 12th gen CPUs. The 13600K is the first real Raptor Lake, since it has 2MB per P-core and 4MB per E-core cluster. The main difference between the 13400 and 13500/13600 is that the 13400 has a lower spec integrated graphics and is not enabled for VPro. With 14th gen, I believe the 14400 and 14500 still use the old cache configuration (1.25MB and 2MB), which is perhaps also why their memory spec is still 12th gen (4800), but the 14600 reports a higher L2 cache, a higher base memory spec and the same IGP device ID as the 14600K. I suspect this CPU is, unlike with 13th gen, actually a raptor lake CPU with the upgraded cache config. FYI: this motherboard does not have USB flashback and you're looking at a CPU that is 2 gens (arguably if they're actually a gen, but anyway) newer than what it was originally released for. There have been some decent discounts on the 12600K and 12700, so given the motherboard, I'd take a look before you buy. If you don't want to overclock, you need to use your memory at the rated speed for the CPU's memory controller, but practically everyone (except the likes of Dell & HP) uses XMP to overclock their memory. I don't know if the 4800 CPUs use older dies (and hence, are likely to be a lower bin and not capable of the same speeds), or not, but it is a possibility. As said above though, 6000 is usually alright with a recent CPU. Intel CPUs start having issues @ 7200, from what I'm aware.
The prices are similar, just a slight adjustment in naming. The 13600 is essentially the same as the 14600, with only minor updates. The 14700k stands out. Your Z690 board won’t work with 13th or 14th gen chips because it lacks the necessary BIOS updates. I suggest going for the 12600k or 12700k—they’re affordable and perform well. The K-series chips are distinct and offer more cores, so opt for them if you need extra processing power. For cooling, the ASUS RAVP-H120 is a top choice for performance and price. RAM speeds are decent but not exceptional, with most units reaching around 6000MHz.
It's challenging to gather accurate details about this chip. However, looking at the cache settings, memory speed, and IDs suggested by Intel Ark, it seems the 13600 is likely a Raptor Lake CPU. Its cache configuration includes 1.25MB per P-Core and 2MB per E-Core cluster, totaling 11.5. The 14600 shows a higher L2 value, indicating it probably has a 13th-gen K cache (true Raptor Lake) with 2MB per P-Core and 4MB per E-Core, summing to 20.
Hello. I purchased it according to the information provided, which confirms compatibility with the specified ASUS motherboard model.
If you have the latest bios, make sure they're installed. They weren't included by default, so you'll need to add them. In practical terms, the impact hasn't been significant—typically around a 1% boost in gaming performance, which isn't enough to justify the cost when comparing similar models.
Yeah, I'm aware of that, the 13600K and 14600K have the same (raptor lake) cache config. The OP is looking at the 14600 non-K though, not the 14600K. What Intel ark suggests is that unlike the 13th gen 13600 Non-K CPU, the 14600 Non-K has the K's (raptor lake) cache config. If this can be confirmed (CPU-Z screenshots are consistent with this), the performance difference between the 13600 Non-K, 14500 Non-K and 14600 Non-K would be rather large, much larger than between other 13th and 14th gen CPUs and the 13400/13500 and 13600 CPUs.