Wouldn't he use production rejected pascal not working dies then. This fake was more obvious than the wooden screw. If he had any pascal, not even functional one, he would use it. He hadn't, lest draw our own conclusions each...
nVidia might have Pascal silicon kicking around either functional or not, but the inclusion of GM204 in the Drive PX2 doesn't really shed much light on that. They might have functional silicon in smaller test dies, they could have functional GP100 dies. They may or may not have GP106, or whatever the PX2 will use. They may or may not have that silicon mounted onto GPUs and running software. They may or may not have Pascal silicon mounted onto an MXM card already.
The PX2 uses a couple MXM cards for the GPUs. You can't really just FunTack the die down into the spot where the module would go. The fact that they don't have an MXM module finished and assembled for GP106 doesn't even tell us whether GP106 is taped out or out of the foundry and brought up yet, let alone whether
any Pascal silicon is finished.
In regards to Charlie's point, he's partially right but his conclusions are a stretch. The Zaruba manifest doesn't indicate anything about working silicon and it's obvious that it's test and bringup hardware, as was mentioned several times here. You definitely would want to have all that stuff in place prior to having silicon arrive in the lab, so it's not improbable that the Zaruba manifest indicates that the 37.5mmx37.5mm BGA package will arrive after the test hardware. A 37.5mmx37.5mm BGA package is almost certainly not GP100 though, and is likely either GP104 or GP106.
tl;dr, we still have very little idea about the status of Pascal, either positive or negative. The only solid information is from ISSCC where the nVidia rep said Pascal was in the lab, which is at least a bit of a positive even if it gives no indication what is in the lab or when that will translate into a commercial product.