PhantasmPhi CPU Phase II - PHC17b - datacenter trio, 150,000 QIC parts - 162 Y-OPS (guaranteed 30 Z-OPS)

A chip should not care which building it is in. PHC17b takes that seriously: one hundred and fifty thousand QIC-105 parts spread over three datacenters, all on one QBeam chain, a photonic fleet. Each part is an 858 square millimeter full-reticle die in a 40 by 40 millimeter BGA-1536 package, eighteen chiplets stacked 1,500 CFET layers deep, QBeam send and receive on the package. QBeam is the wireless chain from building to building - a Bell measurement sent as two classical bits over the CoolBeam phased array, corrected on arrival, carried on a 48-channel nanophotonic transceiver. It moves bytes, never compute.

The compute is the credited chain, receipts unchanged: iverilog-verified RTL, the measured clock under EM cooling, the Color-ISA pin, the three strands of photon, electron and atom, the QEC gate, with power netted for LED recycling. Across the three datacenters that is 162 yotta probability-OPS and 3.78 billion logical qubits at 252 megawatts net - 5,384 times the guaranteed floor of 30 Z-OPS. Probability-OPS is the bronze unit; FLOPS equivalents are gold framing, labeled. QBeam rates stay design targets until tape-out.

It is for a US datacenter operator with three buildings to put on one chain, or the engineering buyer planning them. You walk away with a non-exclusive source license - RTL and photonic HDL in one zip, the seventeen-section license, the Licensed-IP schedule and the PHC01 SKY130 tape-out anchor evidence - after a countersigned NDA and a wire or online-check settlement. You buy the use of the blueprint; the blueprint stays with CRI-ONE.