01DISPLAYS
Augmented reality
A compact optical path from micro-emitter to optical waveguide, designed around precise facet coupling and a minimal module footprint.
SEMICONDUCTORS60.1699° N, 24.9384° E × 1.3521° N, 103.8198° EPHOTONICS
We bridge
with light.
BUILDING OPTICAL BRIDGES IN AR, CPO AND QUANTUM
THE PLATFORM
A physical bridge for optical I/O.
01
EMIT
Light begins at a compact source integrated close to the electronics.
02
GUIDE
A freestanding optical structure carries channels across the system.
03
RECEIVE
A matched detector returns the optical signal to the destination package.
APPLICATIONS
One bridge.
Three frontiers.
A common optical architecture adapted to different scales, environments, and computing systems.
02DATA
Co-packaged optics
Optical links between chips, advanced packages, boards, switches, and racks.
03QUANTUM
Quantum
Optical routing across quantum-chip interposer architectures, opening a path for structured links within tightly constrained systems.
OPTICAL BRIDGE PRINCIPLE
Keep the optics close. Keep the architecture open.
Emitters sit with the electronics. A separate waveguide plate carries the light to wherever it is received, whether by a detector or the human eye, allowing the bridge to span packages, system boundaries and the interface to the viewer.
OPTICAL BRIDGE
SOURCE
RECEIVE
RECEIVE
SOURCE
RECEIVE
RECEIVE
NEXT CONNECTION