It’s hard to take you seriously if you’re going to claim equivalent AMD processors cost double or more.
Your example of tossing your motherboard away is not a very good one here. That was your choice to act illogically. My AMD AM4 motherboard started with a Ryzen 1600, 3600, and now runs a 5600X3D.
Basically I’ve had this same motherboard for something like 6 or 7 years and the performance difference between a Ryzen 1600 and 5600X3D is completely wild. I’ve had no need to buy a new board for the better part of a decade. If you’re buying a new board with every processor purchase that’s a huge cost difference.
When I say that generic benchmarks are bad I mean that cpu benchmarks like the one you are just now linking are bad. You need more practical benchmarks like in-game FPS, how long a turn takes in Stellaris, how long it takes to encode a video or open an ZIP file, etc.
That is where the X3D chips play in as well. You might be able to buy an Intel chip with more cores and better productivity performance, but if you’re eyeing gaming performance like I imagine most desktop DIY builders are, you’d rather get better gaming oriented performance and sacrifice some productivity performance.
If you are gaming and buy a 9800X3D, Intel literally doesn’t not make anything faster at any price. You can offer Intel $5,000 and they won’t have anything to sell you that goes faster at playing games.
At lower price points, AMD still ends up making a lot of sense for their long-supported sockets, low cost boards, better power/heat efficiency, and X3D chips performing well in gaming applications.
Your example of tossing your motherboard away is not a very good one here. That was your choice to act illogically. My AMD AM4 motherboard started with a Ryzen 1600, 3600, and now runs a 5600X3D.
Basically I’ve had this same motherboard for something like 6 or 7 years and the performance difference between a Ryzen 1600 and 5600X3D is completely wild. I’ve had no need to buy a new board for the better part of a decade. If you’re buying a new board with every processor purchase that’s a huge cost difference.
When I say that generic benchmarks are bad I mean that cpu benchmarks like the one you are just now linking are bad. You need more practical benchmarks like in-game FPS, how long a turn takes in Stellaris, how long it takes to encode a video or open an ZIP file, etc.
That is where the X3D chips play in as well. You might be able to buy an Intel chip with more cores and better productivity performance, but if you’re eyeing gaming performance like I imagine most desktop DIY builders are, you’d rather get better gaming oriented performance and sacrifice some productivity performance.
If you are gaming and buy a 9800X3D, Intel literally doesn’t not make anything faster at any price. You can offer Intel $5,000 and they won’t have anything to sell you that goes faster at playing games.
At lower price points, AMD still ends up making a lot of sense for their long-supported sockets, low cost boards, better power/heat efficiency, and X3D chips performing well in gaming applications.