They may. But logistically I can’t see it being a problem. Each CPU is like 10mmx10mmx1mm. You could fit a TON in a 1m^3 box.

That’s insane. I would consider a ipv4 -> ipv6 cloud hosted haproxy style setup if this was my only option.

i would just ask for an Ipv4 address. I asked Vodafone for one and they just gave it to me for free.

I was not in fact mislead. I actually went and found that article to help explain the concept of IPC uplift to you.

I was speaking of why new CPUs are a good thing worth being excited by in general. You were the one who said new CPUs aren’t worth being excited about in general.

As a bonus I showed how new CPUs even at the same speed have advantages. This all being said hey if you want to be a downer here go for it.

I am speaking about in general. Newer faster CPUs are something worth being happy about.

This being said there is more to CPUs than raw clock speeds. A major component is IPC uplift. For example if a new cpu has a 20% IPC improvement over an older CPU when they both run at say 3.5Ghz the newer CPU will do things 20% faster. It’s pretty cool stuff.

In the case of the CPUs you mentioned it looks like there was a 16% IPC uplift over last gen and last gen had a 18% uplift over the 5xxx series. I would be happy to have my code compile 16% + 18% faster.

https://www.pcgamer.com/hardware/processors/amd-announces-zen-5-and-the-ryzen-9000-series-with-a-16-ipc-uplift-shipping-in-july/

For me they are. Faster compile times means I can iterate and test things faster.

If you do dev work on a day to day basis a newer faster cpu makes a major difference.