Optical Circuit Switches (OCS)

Microlens Arrays for Low-Loss Beam Steering, Reliable Port-to-Port Coupling, and Scalable OCS Architectures

Optical Circuit Switching (OCS) represents a network architecture in which data is transmitted and switched via optical signals. Instead of relying on conventional electronic forwarding mechanisms, a direct physical connection between network endpoints is established by selectively steering light beams, thereby creating a dedicated optical path.

OCS enables very high data rates and supports transmission speeds of up to 10 Gbit/s—significantly exceeding those of traditional Ethernet-based networks. This technology is particularly advantageous in data center environments, where it enhances data communication speed and efficiency while simultaneously reducing operational costs and energy consumption.

Optical Requirements for Optical Circuit Switches

Optical circuit switches impose stringent requirements on the optical components used, as they must ensure precise beam control, low loss, and stable port-to-port coupling across large port counts.

Precisely collimated and stably directed light beams are essential to ensure reliable and reproducible port-to-port coupling.
Insertion loss and stray light must be minimized to enable transparent line-rate transmission across all channels within fully optical signal paths.
All optical paths must remain stable, low-drift, and reproducibly aligned over time—even in OCS matrices with dozens to hundreds of ports.
Beam steering via MEMS micromirrors or LCoS-based phase modulators requires micro-optics with high thermal stability and precise optical matching.
OUR SOLUTION

Custom Micro-Optics and Lens Arrays for Optical Circuit Switches

INGENERIC optical components are engineered to meet the requirements of modern optical circuit switches, supporting the realization of stable, low-loss, and reproducible beam paths in MEMS- and LCoS-based switching architectures. They ensure precise port-to-port coupling, minimize insertion loss, and maintain optical stability – even in large-scale OCS matrices under data center operating conditions.

A precisely defined beam size and divergence, optimally matched to MEMS mirror footprints or LCoS pixel grids—for precise wavelength- or fiber-level routing.

Controlled beam shaping reduces unwanted scattering and coupling losses into adjacent ports, improving overall signal-to-noise ratio within the switch

Optics with tight form tolerances and high reproducibility reduce active alignment effort and accelerate OCS module production

Stable beam propagation under temperature drift, vibration, and long-term operation ensures reliable switching performance in data center environments

Get in Touch!

INGENERIC – Your Partner for Precision Optical Solutions

Do you have suggestions, specific requirements, or a concrete enquiry? We can help you select the right micro-optics for your application—from standard components to customised solutions. Please feel free to contact us for personal advice or an individual quotation.

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