These are Intel's K series processors, known for their strong performance and efficiency in various applications.
These are Intel's K series processors, known for their strong performance and efficiency in various applications.
It's accurate that with a premium air cooler or an AIO, if you don’t use a conversion bracket, the AM3 setup remains the only viable option. I don’t understand why they didn’t maintain the AM3 configuration for cooling—only the original AM3 coolers work reliably.
I own an i7700K built on an H motherboard (no overclocking possible). You can hit the advertised 4.2–4.5 GHz without any extra chipset support. In fact, with Handbrake it runs all four cores at 4.4 GHz—more than expected since the base frequency is 4.2. However, there’s a downside: it generates a lot of heat and will start throttling. Initially, using a Cryorig 92mm cooler in a well-ventilated case allowed it to stay between 4.0 and 4.2 GHz during Handbrake use. Switching to a Cryorig 120mm cooler improved that to 4.4 GHz. Clearly, if you go overclock, you’ll need significantly more cooling or risk throttling. The newer K-series chips draw even more power (up to 250W?), so you’ll need robust cooling or face performance drops. I’m not criticizing Intel’s approach—just highlighting what matters if you want full performance. I was a bit frustrated buying a new cooler and wish I’d known earlier. It seems the comment started as a fanboy post, but competition has changed things for everyone. I’m more focused on performance and value now. My first PCs were Pentium I (original 586), Athlon 1400, Core2Duo, then dual i3 up to today’s i7. Each was fine in its day. If I could buy today, I’d probably go for a Ryzen 5 3600 or similar; next year? Who knows.