Yeah.
FWIW I think it would be rare for somebody to build that kind of node. Applications that fully utilize two CPU sockets while simultaneously maxing 10x V100s are super rare. Usually for GPGPU applications the CPU is mostly idle, and only "orchestrates" the GPU usage.
If one needs to support both GPGPU-only and CPU-only applications in a cluster, one would usually just build two separate partitions. One with e.g. 4-8 V100s per node, but way weaker and cheaper CPUs, and the other one with 2 beefy CPU sockets but no GPUs.
Also, if you are going for that kind of interconnects, you are probably building a system with >100 nodes. For your price, that's 160 million dollars, which is on the ballpark of what these systems costs. You usually get a cheaper price per node at that scale (although not much cheaper), but there are many costs (installation, maintenance, training, etc.) that are not covered there. In particular, those nodes will be running quite hot (just add the watts that those V100s and the CPUs use!), so the cooling infrastructure required to held those in a relatively small space can also end up costing quite a bit. You don't want a water pipe breaking and destroying a rack containing 10 of these nodes costing 1.6 million dollars, right?