Comparing the two codes: 13400F and 12400F.
Comparing the two codes: 13400F and 12400F.
Hello, comparing the options: the 13400F for 220€ versus the 12400F for 150€. The extra 70€ for the 13th gen seems justified if you want the latest performance, especially with your 3060ti. The 12th gen might be a better value if you prioritize cost over the newest specs. Consider what matters most for your needs.
The 12400F represents the older Alderlake design, whereas the 13400F is essentially Raptorlake—many 13th generation chips are based on Alderlake. According to Intel’s documentation, a significant portion of these chips end up as Alderlake.
Whether it’s a good investment depends on your specific needs. Consider these points:
2. How long do you intend to use it?
3. What’s your financial situation? If you’re managing high-interest debt, prioritize paying it off before investing in a system. This applies to the 12400F as well, especially if it’s your only option. If you have a stable income and no pressing obligations, you might be able to proceed. Ultimately, it comes down to your personal circumstances.
I plan to use it mainly for engineering projects and gaming. It’s a student budget, so I might hold off until the 13th if there’s a noticeable performance difference.
I wouldn't suggest the 13400F. For current generation Intel, my suggestions would be 12100/13100, 12400, 12600K, 13500, 13600K, 13700K and non-K models like the 13900K or other non-K variants. The relevant F SKUs are 13900K and the non-K versions, depending on whether you need an iGPU or if the price gap is significant. If you can use the E-cores, the 12600K often outperforms the 12400 by 30-50% on multi-core tasks, and it's also about 10-15% faster overall thanks to higher clock speeds. At around 200EUR, it's a solid choice. The 13400 is essentially the rebranded 12600K with lower clocks and usually higher cost, making it less appealing unless you need specific features. Above 13600K you get Raptor Lake chips; the 13400F is just a rebranded 12600K, and the 13500 uses a faulty 12900K die, which limits its cache compared to the 13600K despite having the same core count.
From the 12th to 13th, performance per core jumps about 12%. For gaming, this is significant since many titles are constrained by single-threaded CPU speed. Looking at the $13,600k market, gaming options start at a solid 12,100 at just $92 USD. If you prefer higher-end, I’d consider the 13,400 or 13,500 models. Beyond that, you’re in the K tier.
Regarding MT speed, it's approximately 30-50% quicker thanks to the inclusion of four E-cores—smaller, less powerful cores—on top of the standard six P cores. For ST performance, it's about a 10% improvement since it utilizes a more recent or enhanced version of the P cores. Benchmarks should be reviewed based on your specific needs; these numbers are general and depend on the scenario you're focusing on. The next upgrade mentioned is the 13500, which adds another four E cores on top of the 13400.
The 13400 isn't a 10% improvement over the 12400; it's just slightly better than a 5% gap, mainly due to minor clock adjustments. I verified further and found the 13400 comes from both Alder Lake and Raptor Lake chips, all matching the same specifications and behaving like the 12400. In this scenario, it's an underclocked 12600K model.