Developer79

Here is a another Test with RTX4070 in P870TM:

Here is a comparison of current notebook benchmarks with Cyberpunk in exactly the same settings:

That's right, the card does not run in gen 4 but gen 3! But my board can also Gen 4 / Gen 5! I have developed the board up to Gen 5. If the processor meets the requirements, also goes Gen 4. / Gen. 5 :-) I am currently checking whether this is possible from the processor!:-)

My last Test with RTX4070ti in P870tm Cyberpunk Ultra RT Psycho FHD:

Thanks:-)it is the result of a lot of development work and testing!

Here is little Test Solar Bay with new Ada Card in P870TM:

It's not that simple!:-)

The last Photo from last Test:

Of course, there should also be fun, but a desktop GPU should then work properly in the P870xx. I'm still in the testing phase and will let you know how it goes. Think about where the GPU draws its electrical power from!:-) The P870xx alone is sufficient with the orginal power supply alone to supply the graphics card.

Here is my first test with RTX4090 in P870TM:

Here are 2 pictures from my tests with AMD and Nvidia. The AMD card was just not plugged in correctly, therefore 4 lanes. This sometimes happens with the PCIe port!:-)

That's right:-)

Correct, there are only these connections via the chipset, no direct connections via the CPU! No, there are no PCIe connections over the chipset with me, but only over the CPU!

Yes, I also think since there are no problems with the speed:-) I'll test a current UEFI card soon.

Here is my last test with HD6790-Desktop in P870TM: You can see x16 Lanes!

In this respect, the technologies mentioned cannot be relied upon. Here you have to look for solutions yourself. This requires in-depth knowledge of physics, electrical engineering, electronics and CAD, and you have to know the relevant hardware specifications and standards.

My concept is not like your proposed one. For me it's about full integration!:-) So one GPU for everything, no division of performance resources.....

Exactly, if you have a PCIe 4.0 card then the display would be PCIe 3.0 on older systems. Of course, the CPU and chipset reflect the current generation. The backward compatibility is always there!

You would have to go deeper into the different hardware specifications. In any case, I can say that no controller is necessary. When I've done my tests, I'll show a few things.

Exactly, you need a direct connection to the MXM ports. For this you need an extra development. But you don't need a controller, because a direct connection is the connection itself! All other possibilities are not worthwhile from a physics point of view. A Thunderbolt port still takes time to allocate the PCIe lanes. Every controller needs time to switch and that would then always be a bottleneck from the PCIexpress point of view.

Yes, this is a big disadvantage of the usual adapters! I will soon test an adapter with real 16x connection in the P870TM. Let's see how that works.

I know! I think this heat sink is excellent:-) Only a really good water cooling is better. Even today's standard watercooling are worse than the Vapour...

Here my last Experiment with P870TM / 2x RTX3080 / 9900KS and the big Power supply(780W): And all this with the original Vapourchamber with adapters. The temperatures are very good with the vapour chamber. This is the best heatsink ever built for the P870!!!

The power supply does a good job. My last big test was a P870TM with 2x RTX3080(SLI) and original Vapourchamber...Unfortunately it is hardly possible to modify the new drivers regarding SLI anymore!!!

I mean of course the Vapourchamber for the P870Tm as cooling! This is the best air cooling ever with the RTX3080!!!