TEN ARCHITECTURES.
ONE PROOF DISCIPLINE.
A controlled portfolio of ten architecture records, with a shared proof language and architecture-specific physical bindings. Candidate designs are being compared, mitigated and optimized.
EACH SYSTEM
HAS ITS OWN
RULES.
A formal invariant system provides a common method for reasoning about different photonic systems without claiming equal ratios or cyclic symmetries mean identical optical circuits.
Governing axioms
Architectural identity, typed-resource conservation, authority separation and the boundary between mathematical proof and physical evidence.
Architecture-level theorems
Permutation, matching, capacity and graph arguments are invoked only where the physical model satisfies their assumptions.
Source-of-record traceability
Each design retains its exact version, source pages, typed resource counts, routing tables and unresolved assumptions.
Qualification gates
Electrical compatibility, PDK elements, optical loss, switching time, thermal limits, optical packaging and workload behavior require independent evidence.
Proof is a discipline.Model results and projected performance are not represented as fabricated-device measurements.
Qualification is evidence.
DESIGN
FAMILIES.
A collection of source-controlled candidate systems across twin-wafer, multi-wafer, dual 4×4, ring, nonagon, NVL4, and layered-integration topologies. Detailed netlists and routing plates are not publicly distributed.
Rack and cluster distribution
Variants study distinct external network and photonic service roles rather than replacing NVIDIA’s native NVLink fabric.
Fault-aware routing
Priority paths, spare capacity, occupancy accounting and collision avoidance are checked against architecture-specific constraints.
Multilayer integration
Candidate 3D electronic/photonic structures are evaluated with explicit vertical interface, sensing, packaging and fabrication holds.
MATH.
MAPS.
MOTION.
Public pages provide an overview of the program. Formal architecture books and proprietary routing schematics are shared only under suitable review and confidentiality arrangements.
Technical exchange ↗