PhantasmPhi CPU Phase II - PHC11b - one 2 nm QIC die (single chiplet) - 59.8 E-OPS (guaranteed 30 P-OPS)
One 858 mm² QIC die on 2 nm, 1,500 CFET layers — 59.8 exa probability-OPS, 1,994× its guaranteed 30 P-OPS floor; 1,400 logical qubits. 93 W net.
Think of a chip the way you think of one good engine on a test stand: before anyone talks about fleets, you want to see a single unit run on its own and know what it does. PHC11b is that unit. It is one QIC-105 die - 858 square millimetres, full reticle, built on 2 nm with 1,500 CFET layers - in a real 40 by 40 mm BGA-1536 package, with the QBeam send and receive stages on the package. Its native work is probability-OPS, the bronze unit this family is measured in. The credited chain on this part comes to 59.8 exa probability-OPS, 1,994 times the guaranteed floor of 30 P-OPS, with 1,400 logical qubits, and it draws 93 W net once the LED power recycling is counted. Any FLOPS figure beside it is gold framing, labeled as such. QBeam carries bytes between parts, never compute, and its rates stay design targets until tape-out.
This is for the engineering buyer at a datacenter operator or a chip house who wants the smallest honest slice of PhantasmPhi Phase II: one die, one package, the whole credited chain traceable clock by clock to iverilog-verified RTL. You walk away with a non-exclusive source license to the RTL and photonic HDL as one zip, with the 17-section license, the licensed-IP schedule and the PHC01 SKY130 tape-out anchor evidence inside, delivered after a countersigned NDA and wire settlement, to USA companies only. You buy the use of the blueprint; the blueprint itself stays with the inventor.
Description
Phase II of PhantasmPhi CPU — PhantasmPhi CPU Phase II - PHC11b - 3-rack - 30 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.
One 858 mm² QIC die on 2 nm, 1,500 CFET layers — 59.8 exa probability-OPS, 1,994× its guaranteed 30 P-OPS floor; 1,400 logical qubits. 93 W 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.
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Footnotes
- Product number 10365.
- Family: phantasmphi.
- Purchase: When you buy, you buy the use of that blueprint only.