The OPU
The Optoelectronic Processing Unit (OPU) is a bidirectional architectural primitive that defines the boundary between digital system fabrics and optical interconnects. Complementary OPU-TX and OPU-RX units respectively generate and terminate spatial optical signals, consolidating optical modulation, detection, aggregation, and conditioning into dedicated processing units. By decoupling optical fabric handling from compute silicon, OPU enables optical-native scale-up architectures with higher bandwidth density, lower energy per bit, and greater system modularity.
2DLink Architecture
2DLink is a spatially interleaved, geometry-preserving communication architecture that expresses bandwidth through spatial parallelism rather than temporal acceleration. By removing the requirement for serialization, clock recovery, and high-speed analog frontends, 2DLink repositions communication as a fabric property rather than a specialized subsystem.
PhotonWeave: Pursuing the right Holy Grail
The industry’s fixation on speed as the singular path to bandwidth has created cascading crises in power, water, land, and public health. PhotonWeave challenges this one‑dimensional strategy, showing that optimizing velocity alone concentrates heat and cost while eroding trust in and support for AI infrastructure. Our multi‑dimensional architecture distributes bandwidth across density, phase, space, and wavelength, replacing hot, high‑speed solutions with cool, CMOS‑native microLED arrays in massive parallelism. By refusing to chase speed as the Grail, PhotonWeave bends the power curve, reduces environmental burden, and enables scalable AI growth rooted in architectural choice rather than unavoidable sacrifice.