PhantasmPhi CPU Phase II - PHC19 - multi-DC fleet, 4.71M QIC parts - 5.07 R-OPS (guaranteed 1 Y-OPS)

Imagine a fleet of chips spread across several datacenters that behaves like one machine, every part talking to the others over light. That is PHC19, the multi-datacenter generation of PhantasmPhi CPU Phase II: 4.71 million QIC-105 parts in one QBeam fleet. Each part is an 858 mm² full-reticle die, an 18-chiplet stack of 1,500 CFET layers each, 27,000 voxel-layers, with QBeam send and receive on the package. QBeam is a wireless send-and-receive chain: a Bell-measure transmit, two classical bits over the CoolBeam phased array, an I/X/Y/Z correction at the receiver. It carries bytes between parts; it never does the computing.

The computing is the credited chain: iverilog-verified RTL, 786.7 MHz measured at 7 nm and 2.75 GHz at 2 nm under the EM Cooling credit, the ×10 Color-ISA pin, three strands and a 99.998% QEC gate. The fleet comes to 5.07 ronna probability-OPS, 5,068 times the guaranteed floor of 1 Y-OPS, with 119 billion logical qubits, 7.9 GW net after 42% LED power recycling and a quantum-battery burst on every part. The floor is what is guaranteed; the credited chain is what is delivered. QBeam rates are design targets until tape-out, interconnect only.

This is for multi-site datacenter operators and their engineering teams, sold as a photonic-only, non-exclusive substrate license. A US company walks away with the source-licensed RTL plus photonic-HDL zip, the 17-section LICENSE, the Licensed-IP schedule and the PHC01 SKY130 tape-out anchor evidence, delivered after a countersigned NDA and wire settlement. You buy the use of the blueprint; the invention stays with CRI-ONE.