I'll bet AMD and IBM will sell a few more CPUs to host these, in the meantime. As long as you don't need Optane memory and just want to use the PCIe card form factor (i.e. no UPI), Epyc is now the go-to for PCIe.PCIe Gen4 support raises the question how this will be leveraged because Intel does not have any CPUs yet that support it
So, it's a tile? Or just conflicts in other ways? I was thinking it must annoy Intel to see those ARM cores in there, but their customers probably wouldn't have it if Intel tried to swap them for, say, Tremont cores. However, if they're demoted to a tile, that would let Intel start edging them out.the ARM subsystem and HBM2 memory aren’t available simultaneously in any of the three configurations
Well, that is an embedded SoC, and they note that PCIe can be used to link multiple EyeQ5's. So, it lacks the incongruity of a PCIe 4-enabled server add-in.I believe the intel/mobileye eyeq5 chip also has pcie4 interface. Perhaps it was their first sampled chip with that.
Mobileye’s proprietary EyeQ® is a highly efficient, scalable, and proven System-on-Chip that is driving the mobility revolution.www.mobileye.com
Also, the EyeQ5 is slated to for a 2020 launch, according to that.EyeQ®5 implements two PCIe Gen4 ports for inter-processor communication, which could enable system expansion with multiple EyeQ®5 devices or for connectivity with an application processor.
But that's the point - it is the same. The point is that you could put one (or more) of these FPGAs on a server board and link it to the CPU(s) via UPI. Furthermore, that's the only way to make it cache-coherent, in this generation.It isn't clear to me how this UPI is different from UPI already used for the multi-socket server boards.