Consider your needs and compare features of both options.
Consider your needs and compare features of both options.
Early feedback suggests the 14900k is disappointing, and fans are hoping for lower prices in the 13th generation.
You've seen every review of 14900k already? Even so, they're both powerful and if you're looking to play games, there are much better choices available.
It operates at high temperatures regardless of configuration, built to deliver full power until reaching 100 degrees before reducing speed. Even with a 360mm AIO, most users observe the 14900K (and similar models) maintaining performance near or at 100 degrees under maximum load. Gaming sessions also generate significant heat and power consumption. This is the intended behavior from Intel. For balanced efficiency and performance, consider non-X Ryzen 7000 variants or a 7800X3D for gaming only. If you prefer Intel, opt for 12th or 13th generation chips with discounts.
They should match the 14th generation price, so the remaining 13,900 units are likely to drop in value by a large amount—even top-tier performance won’t make up for the higher cost.
It's an unusual way to describe it. The main change is in handling on-chip voltage control, which means it's not significantly faster than the 13th generation, but it can run at higher speeds while consuming less power within the same total power limit. (Except for the i7 line, which adds four extra cores and doesn't perform as well in benchmark tests since they rely on background processes). That's essentially what it is, but calling it a downside makes it sound worse. However, the big jump in prices between the 13th and 14th generations would definitely impact the value of the 14th generation models.
Are you talking about heat output or energy use? Both 13900k/14900k are extremely power-consuming devices, much more so than the 7800x3D. The CPU temperature is only a reflection of cooling needs; in reality, these chips would require special cooling solutions to keep temperatures within safe limits for normal operation.