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AMD Radeon 8050s and 8060s IGPU leaks

Marzipan

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so a few MiniPC are in the works with a AI9MAX+ CPU. HP with a Z workstation and paperwork has been spotted for a 395 powered Asus NUC.

there are also articles of AMD claiming the 8060s is up to 68% faster than an RTX 4070 at 1080p resolutions. I take that with a whole box of salt because at 1080p it's usually about the CPU and not the GPU. that said, if it is anything that powerful, I expect to see the cost of that processor being RIDONKULOUS! >.<
 
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here's a tidbit on the spotted Asus NUC.

 
C'mon, brave little boutique mobo makers! Stick that CPU on an ITX board and I'll sing your praises. Give it a heatspreader and standard cpu mounts (instead of proprietary heatsink + fan), and I'll tattoo your company name somewhere haha
 
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C'mon, brave little boutique mobo makers! Stick that CPU on an ITX board and I'll sing your praises. Give it a heatspreader and standard cpu mounts (instead of proprietary heatsink + fan), and I'll tattoo your company name somewhere haha
is it a proprietary mount or is a custom HSF due to the weirdness of socket FP8 and the fact it's non-standard in any sense? being a mobile CPU, the mounting hardware is customized to whatever particulars the laptop it's in requires. 🤔
 
is it a proprietary mount or is a custom HSF due to the weirdness of socket FP8 and the fact it's non-standard in any sense? being a mobile CPU, the mounting hardware is customized to whatever particulars the laptop it's in requires. 🤔
Precisely. Mobile chips on standard boards are almost always proprietary/ one-off designs, which kinds sucks if you want to do anything custom with them or OC. Often times the fan won't even be standard or itll be like a thin 60mm one, so forget about things like RGB fans or using a standard -thickness 60mm unless you have a huge collection of metric bolts (I do and I'm still stuck sometimes) to use in place of the bolts for the thin fan.

I remember, only Once (I think), someone made an embedded/soldered movle chip on an regular board that was mounted at the correct height and used standard cpu mounting holes. Once. And that was a delidded chip raised to the height where a heatspreader would normally be for a regular cpu. Scary to mount, you sure as heck don't want to over -tighten the cooler, but it did work, and worked well. Was much cooler than any laptop or one-off heatsink, and I think that was just with an old Arctic $40-50 heatsink.

So yeah, if a mobo makers would give us that, or add a custom heatspeader to emulated the regular height and position of a reg cpu, I'd be one happy builder! I'm pretty certain I'd buy at least 2-3 such boards right away (if they're not to expensive) because I know of a couple friends that would probably want one, and I'd for sure want at least one too haha
 
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Precisely. Mobile chips on standard boards are almost always proprietary/ one-off designs, which kinds sucks if you want to do anything custom with them or OC. Often times the fan won't even be standard or itll be like a thin 60mm one, so forget about things like RGB fans or using a standard -thickness 60mm unless you have a huge collection of metric bolts (I do and I'm still stuck sometimes) to use in place of the bolts for the thin fan.

I remember, only Once (I think), someone made an embedded/soldered movle chip on an regular board that was mounted at the correct height and used standard cpu mounting holes. Once. And that was a delidded chip raised to the height where a heatspreader would normally be for a regular cpu. Scary to mount, you sure as heck don't want to over -tighten the cooler, but it did work, and worked well. Was much cooler than any laptop or one-off heatsink, and I think that was just with an old Arctic $40-50 heatsink.

So yeah, if a mobo makers would give us that, or add a custom heatspeader to emulated the regular height and position of a reg cpu, I'd be one happy builder! I'm pretty certain I'd buy at least 2-3 such boards right away (if they're not to expensive) because I know of a couple friends that would probably want one, and I'd for sure want at least one too haha
I dunno if I'm off, thinking this...but if they add holes for some sort of screw / bolt to secure whatever cooler they put on it, there is potential to make a new bracket to fit the space and adapt so you can use a better HSF.

...or if not, thermal adhesive FTW?
 
I dunno if I'm off, thinking this...but if they add holes for some sort of screw / bolt to secure whatever cooler they put on it, there is potential to make a new bracket to fit the space and adapt so you can use a better HSF.

...or if not, thermal adhesive FTW?
You mean custom building your own retention system or building your own heatsink from scratch? That's a bit above my pay grade haha. There are heatsink "kits" out there, some of which even have heat pipes, but I haven't gone that far in a long time. And generic, tiny heatsinks that attach with adhesive thermal tape likely aren't anywhere big enough, even for a 15w CPU. Maybe a giant generic copper heatsink could be drilled to match any strange bolt pattern, but again, I haven't gone that far in years, so possible but scary haha.
 
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You mean custom building your own retention system or building your own heatsink from scratch? That's a bit above my pay grade haha. There are heatsink "kits" out there, some of which even have heat pipes, but I haven't gone that far in a long time. And generic, tiny heatsinks that attach with adhesive thermal tape likely aren't anywhere big enough, even for a 15w CPU. Maybe a giant generic copper heatsink could be drilled to match any strange bolt pattern, but again, I haven't gone that far in years, so possible but scary haha.
I was meaning retention system and hopefully someone else with more smarts than me or you makes one.

the 395 is going to need something BIG as the TDP for it can go as high as 120w. I suspect we will mostly see ones with power limits cause there's no way a laptop would be able to cool a CPU and maintain that level of power long enough to see any real benefit in a game. :P
 

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