Co-packaged optics
Pilot deploymentsOptical engines are being moved closer to switching and compute silicon.
AI networks are pulling photonics into switch packages and rack-scale fabrics.
Industry detail
The field connects co-packaged optics, silicon photonics, coherent transport, lasers, and packaging ecosystems.
Industry system
Dependencies, demand, capabilities, companies, milestones, and evidence in one workspace.
Select a node to update the detail panel.
Stage
Infrastructure Buildout
Companies
7
Milestones
3
No records in this sample.
Global axes
Full records
Capabilities, milestones, participants, evidence, and live source checks remain available after the connected view.
Capability map
The main technical capabilities that define progress in this industry.
Optical engines are being moved closer to switching and compute silicon.
AI networks are pulling photonics into switch packages and rack-scale fabrics.
Silicon photonics platforms integrate optical links with semiconductor manufacturing flows.
Foundry and research programs are shifting from prototypes toward manufacturable photonic platforms.
Coherent DSP and optics increase fiber capacity across metro, long-haul, and data-center links.
Coherent technology is moving into shorter-reach and pluggable network roles.
Integrated lasers and amplifiers are key to dense photonic systems.
Heterogeneous integration programs target manufacturable on-chip optical gain.
Free API layer
Public APIs expand the research graph while preserving neutral analytical framing.
Recent milestones
Observable events tied to capabilities, companies, and sources.
AI clusters are pushing optical links closer to switch silicon to reduce power and bandwidth bottlenecks.
Evidence
Higher coherent line rates increase fiber capacity across metro, long-haul, and data-center networks.
Evidence
Integrated lasers and amplifiers are a key bottleneck for dense photonic systems.
Evidence
| Date | Milestone | Capability | Related | Evidence |
|---|---|---|---|---|
| Mar 18, 2025 | Silicon photonics moves into AI network switching roadmapsAI clusters are pushing optical links closer to switch silicon to reduce power and bandwidth bottlenecks. Optical Interconnects | Co-packaged optics | ||
| Mar 26, 2024 | Coherent optics platforms reach 1.6T-class wavelength capacityHigher coherent line rates increase fiber capacity across metro, long-haul, and data-center networks. Optical Interconnects | Coherent optics | ||
| Dec 17, 2020 | DARPA LUMOS program targets manufacturable integrated photonicsIntegrated lasers and amplifiers are a key bottleneck for dense photonic systems. Optical Interconnects | Laser integration |
Related participants
Public companies, smaller public companies, private/startup participants, and research institutions.
Companies directly tied to the sector's capabilities, products, or supply stack.
Switch silicon and optical networking supplier
Optical I/O chiplet developer
Coherent optics and optical transport vendor
Optical network equipment and research
Large platforms, customers, or infrastructure players that explain why the field matters.
Institutions and programs that support the technology path.
Companies entering through connected sectors, not the core field itself.
Quantum systems and cloud platform
Orbital servicing prime
Photonic quantum hardware
Space infrastructure supplier
Launch and spacecraft platform
Photonic quantum platform
Public
Compute and simulation platform
Public
Switch silicon and optical networking supplier
Public
Coherent optics and optical transport vendor
Public
Optical network equipment and research
No companies in this sample.
Research
Silicon photonics research platform
Research
Photonics research program
Evidence
Signals and milestones remain traceable as provider data expands the research graph.