PhantasmPhi CPU Phase II - PHC12b - QBeam pair, 2 QIC parts - 2.15 Z-OPS (guaranteed 300 P-OPS)
Two QIC-105 parts, point-to-point QBeam send/receive — 2.15 zetta probability-OPS, 7,179× the guaranteed 300 P-OPS floor; 50,400 logical qubits. 3.4 kW net.
Imagine two of the same die in two packages, and between them a link that needs no cable: one side takes a Bell measurement, two ordinary classical bits ride across the CoolBeam phased array, and the other side applies its I, X, Y or Z correction. That is a QBeam pair, and PHC12b is PhantasmPhi Phase II built on exactly that, point to point. Each part is a QIC-105: an 858-square-millimetre full-reticle die on 2 nm, an 18-chiplet stack of 1,500 CFET layers each, 27,000 voxel-layers in all, in a real 40 by 40 mm BGA-1536 package with QBeam send and receive on the package itself and 48 channels of nanophotonic transceive. Counted in the native bronze unit, probability-OPS, the credited chain on the pair comes to 2.15 zetta, 7,179 times the guaranteed floor of 300 P-OPS, with 50,400 logical qubits, at 3.4 kW net after LED power recycling. QBeam moves bytes between the two parts; it never counts as compute, and its rates stay design targets until tape-out.
This is for the datacenter operator or engineering buyer who wants to see two parts talk before committing to a rack of them. You walk away with a non-exclusive source license to the RTL and photonic HDL in one zip - the 17-section license, the licensed-IP schedule, the PHC01 SKY130 tape-out anchor evidence - delivered after a countersigned NDA and wire settlement, USA companies only. You buy the use of the blueprint; the inventor keeps the blueprint.
Description
Phase II of PhantasmPhi CPU — PhantasmPhi CPU Phase II - PHC12b - multi-rack pod - 300 PFLOPS. Non-exclusive source-licensed RTL + photonic-HDL zip (full 17-section LICENSE, Licensed-IP schedule, PHC01 SKY130 tape-out anchor evidence). Delivered after countersigned NDA + wire settlement. USA companies only, USD only, email + postal mail only.
Two QIC-105 parts, point-to-point QBeam send/receive — 2.15 zetta probability-OPS, 7,179× the guaranteed 300 P-OPS floor; 50,400 logical qubits. 3.4 kW net.
The part is QIC-105: an 858 mm² full-reticle die in the real 40×40 mm BGA-1536 die-side package, 18-chiplet stack × 1,500 CFET layers = 27,000 voxel-layers, with QBeam SEND and RECEIVE integrated on-package (ExitPhi, USPTO App 19/722,805): Bell-measure transmit → 2 classical bits over the CoolBeam phased array → I/X/Y/Z receive correction; 4-lane chain + PipeBeam ordering + 48-channel nanophotonic transceive. QBeam carries bytes, never compute OPS.
Credited chain (unchanged receipts): 0.004625 depositions/clock (iverilog-verified RTL) × 4.9 ops/deposition × 786.7 MHz measured at 7 nm / 2.75 GHz at 2 nm (#5 EM Cooling, Pat 1096-1098) × ×10 Color-ISA pin (#8) × ×3 photon/electron/atomic strands × 99.998% QEC gate (#4); power net of #1 LED Power Recycling (42%).
The decade/3× figure is the guaranteed floor; the delivered figure is the credited chain on the QIC-105 part. Native unit is probability-OPS (bronze); FLOPS-equivalents are GOLD framing, labeled. QBeam rates are design targets until tape-out and are quoted as interconnect only. Settles by wire or online check.
Photo
Footnotes
- Product number 10366.
- Family: phantasmphi.
- Purchase: When you buy, you buy the use of that blueprint only.