Intel is moving away from its traditional naming scheme with the Core Ultra 200 series. Previously, we had the Core i5, Core i7, and Core i9 and now we have the Core Ultra 5, Core Ultra 7, and Core Ultra 9. Within each of these families are processors with suffixes, but what does an Intel Core i9-14900F mean? Is a Core Ultra 7 265KF better than the Core Ultra 7 265K? I'll explain what all these suffixes and SKUs mean and how to pick the right chip for your system.

K vs. F: Which Intel processor is best?

That depends on what you need

An Intel processor with a specific suffix doesn't necessarily mean it's better than another. For comparing K vs. F, I'll explain what these two processor SKU suffixes mean.

The Intel Core Ultra 5 245K can be manually overclocked, so long as our CPU cooler can keep up with the additional waste heat. The Core i9-14900F wouldn't be able to achieve this due to being locked by Intel, and you would also require a GPU to see anything on your monitor. Combining the two would be the Core Ultra 5 245KF, which has no GPU but can be overclocked and pushed harder than what Intel designed. The "F" suffix renders the motherboard video ports useless.

There's not a major difference in performance without overclocking. I'll compare the older Intel Core i9-14900F specifications against the i9-14900F to demonstrate. The 14900K has a slight edge in clock speeds, but it's not something to write home about, especially the base clock speeds. Cache, cores, RAM, and PCIe 5.0 support are all matched between the two processors.

• Intel Core i9-14900K

  Socket

  LGA 1700

  Cores

  8 P-cores, 16 E-cores

  Threads

  32

  Base Clock Speed

  3.2 GHz, 2.4 GHz

  Boost Clock Speed

  6.0 GHz, 4.4 GHz

  PCIe

  5.0

  Cache

  36 MB L3

  RAM support

  DDR5-5600, DDR4-3200

  Architecture

  Raptor Lake Refresh

  Process

  Intel 7 (10 nm)

  TDP

  125 W

  Power Draw

  ~253 W

• Intel Core i9-14900F

  Socket

  LGA 1700

  Cores

  8 P-cores, 16 E-cores

  Threads

  32

  Base Clock Speed

  2.0 GHz, 1.5 GHz

  Boost Clock Speed

  5.8 GHz, 4.3 GHz

  PCIe

  5.0

  Cache

  36 MB

  RAM support

  DDR5-5600, DDR4-3200

  Architecture

  Raptor Lake Refresh

  Process

  Intel 7 (10 nm)

  TDP

  65 W

  Power Draw

  ~219 W

An area where the 14900F does win is the power draw. Because of the slightly lower clock speed and lack of any integrated GPU, Intel was able to reduce the TDP rating and it should draw approximately 40W less than the 14900K when running heavier loads. When shopping around for a part, price is usually the deciding factor, which is something to consider when looking between Intel processors with the same SKU but different suffixes.

Differences in pricing

F is the cheapest, K costs a premium

An unlocked (or "K") Intel processor usually costs more than one without the suffix. An Intel Core i9-14900F has the most affordable MSRP. This is followed by the i9-14900 with graphics and then the i9-14900K with overclocking capabilities. Stripping the CPU of its integrated graphics allows Intel to bring down costs and offer processors to those who do not rely on the component for any task. This is particularly useful for systems such as gaming PCs where a dedicated GPU is almost always present.

It's a similar story with newer Intel Core Ultra processors. An Intel Core Ultra 7 265KF will be more affordable than a Core Ultra 7 265K. Though actual pricing depends on available stock, discounts, and demand, so your mileage will always vary. The Intel Core Ultra 9 285K is the most powerful 200 series processor available at the time of writing.

Why having integrated graphics is better

Even if you plan to use an expensive graphics card

The "F" variant of an Intel processor may be alluring because you don't plan on using the integrated graphics for playing games or other tasks, but having an integrated GPU is a good shout even if you don't plan to use it. Should you encounter an issue with a specific component of the PC, being able to troubleshoot it without everything connected is a quick and easy way to determine what's causing the issue. If you have a CPU without integrated graphics, a GPU will always need to be connected for video output.

Then there's the case of a multi-screen setup. Hooking up a monitor to your GPU may seem like a good idea with the array of video ports available, but you're sucking resources from the component that can be used for gaming. That's where integrated GPU comes into play with the motherboard HDMI and DisplayPort connections. Use one of these instead and the second monitor will be controlled by the Intel GPU, allowing the discrete graphics card to focus entirely on the task at hand.

Lastly, Intel adds Quick Sync Video capabilities with its GPU, allowing for better encoding and decoding performance of video content. Even if you don't do any such task on your PC, this is a handy feature to have at the ready.

Always buy a "K" CPU, if possible

If all the processors are similarly priced, the "K" version is the one to buy. It has the most features, the graphics, and is fully unlocked for overclocking. The "F" CPU and one without a suffix can make sense if they can be found at a considerable discount to the more powerful "K." There's no bad Intel CPU to buy, at least in terms of K, KF, and F suffixes. They're all equally good processors with a few features, power draw, and specification differences.