i3-1115G4

48 EU so the first one. https://ark.intel.com/content/www/us/en/ark/products/208652/intel-core-i31115g4-processor-6m-cache-up-to-4-10-ghz.html

6700K gang here. I passed on the PC to a family friend for them to use in their office :D

The i5-14600K costs 1/4 at $327 and is still way faster than the w5-3425.

You would be a fool to buy the KF, it’s even in the name!

The igpu does a lot more than just hang out as a backup. It can use its efficient encoders and decoders to playback videos or video editing scrubbing.

Also the sweet spot CPU is now the 14700K. It also supports the Intel Game Boost.

It won’t hurt you if you try. Windows comes with all the drivers for the basic functionality. Just backup your data before trying. If it boots, then go in and uninstall all the AMD stuff. If it doesn’t or you see horrible performance issues then you’ll need to reinstall windows.

Windows naturally has the basic drivers ready to use any CPU. For example, I have an Intel system and never had AMD, yet the AMD K8 processor driver and AMD processor drivers among other AMD drivers by Microsoft are there and ready to go when needed.

six generations is a good time.

Well… this is going to suck to ask but… did you try disabling the e-cores? (On the bright side the p cores alone will do better than your Ryzen 2600.)

And have you uninstalled background bloatware, especially motherboard software?

You never had the flagship. The 13900KS was the flagship.

That’s weird that it shows you two adapters. What CPU do you have?

This is the driver download page btw: https://www.intel.com/content/www/us/en/download/762755/intel-6th-10th-gen-processor-graphics-windows.html

See here and scroll down to Frequently Asked Questions: https://www.intel.com/content/www/us/en/products/details/processors/core.html

Raptor Lake Refresh will be the last processor family to use the old brand scheme – officially known as 14th Gen Intel Core processors. The new brand scheme with Intel Core/Core Ultra will begin with Meteor Lake.

Hyperthreading sounds like you’re splitting a core into two and run two tasks in parallel but actually they are taking turns.

If we look more closely, the case is that if we said a core has 100 time slots to execute a task per second, and the task only takes up 60 time slots per second, that’s 40 time slots wasted when the core is doing nothing at all. Hyperthreading lets a second task fill up those empty time slots to make more efficient use of the core.

The two tasks are taking turns executing on that one core in very tiny time frames, but it brings more performance because otherwise the core would be left doing nothing most of the time. This happens as naturally tasks often require waiting on data from other threads or even external sources to become available for the next calculations.

Okay just grab the 14900K so you have the maximum amount of cores then.