Four product lines — OCS, MEMS switches & circulators; high-density connectivity; coherent & optical amplifier components; and active access modules. Full-parametric datasheets for every model, custom options on request.
MEMS-based, non-blocking OCS platforms — the topology-reconfigurable core of AI-cluster optical interconnects. Direct all-optical port-to-port connections, transparent to bit rate and wavelength, from 64×64 to 512×512 ports. Our 300×300 and 512×512 OCS are in volume production, evolving toward 1,000×1,000 and beyond.
Optical switching and routing devices built on our MEMS and free-space optical platforms — from large-port OCS chassis to miniaturized circulator arrays.
Non-blocking MEMS all-optical switching with direct port-to-port connections, transparent to bit rate and wavelength — serving AI data center spine layers, DCI and automated optical network management.
Software-controlled optical path switching without manual patching — single-mode and polarization-maintaining options, from 1×N up to N×N matrices, for automated testing, link protection and OTDR monitoring.
Fast line-side path protection and low-cost channel selection — keeps traffic alive when a span fails, without touching the transceivers.
Separates forward and backward light so one fiber carries both directions — the arrayed 8-in-1 package halves the port count an OCS has to switch.
Standalone circulator chassis paired with OCS — single-fiber bidirectional operation that doubles the effective port count of the OCS.
Miniaturized hybrid devices and high-power components for coherent optical modules, EDFA integration and fiber-laser systems.
For closed-loop gain and output-power control in amplifiers — tap sampling or direct monitoring by photodiode for real-time link-power reading; ITPD variants further integrate an isolator in the same package.
Signal/pump combining, isolation and gain flattening, integrated as needed in a single device — fewer discrete parts and up to three splice points saved.
Blocks back-reflection and backward ASE between amplifier stages to keep pump lasers stable — full range from 1×1 and 2×2 to 4-in-1 arrays and Mini formats, up to four isolators in one package, polarization-insensitive and high-power rated.
VOAs handle per-channel power trimming and gain-tilt correction in DWDM links, while the TOF suppresses ASE noise through tunable filtering — alongside PM components (PMTC / PBS, PM circulators) for coherent and polarization-sensitive optics.
Ultra-mini WDM, isolator, tap PD, GFF, VOA and PMTC passives that build a compact EDFA inside coherent 400G ZR/ZR+ pluggable modules.
A complete 1064 nm laser chain: back-reflection protection from 300 mW seed to 500 W output, plus beam delivery, pump coupling and delay control.
Protects eye-safe 1550 nm sources and amplifier stages against back-reflection, in mini packages that fit a crowded optical bench.
Isolation for 2 µm thulium sources in medical and sensing systems — in-line up to 60 W, collimated free-space output up to 100 W.
Polarization-maintaining routing and switching for coherent terminals where transmit and receive share one aperture — crosstalk up to 65 dB, 10⁹-cycle switching.
IWDM handles pump combining and isolation, while WITP adds tap monitoring — hybrid integration that shrinks the optical bench of vehicle-LiDAR and sensing transceivers.
Fiber management and interconnect hardware for high-density cabling, CPO architectures and multi-core fiber systems.
Factory-fixed cross-connect mapping for thousands of fibers — purpose-built for fiber management, multi-plane architectures and multi-chip switch designs. Plug in both ends on site, no manual patching or misplugging; chassis and flexible-board formats to fit any rack space.
Couples fiber arrays to silicon-photonics and MEMS chip waveguides at micrometer-scale pitch, and holds that alignment over temperature and vibration.
Breaks a multi-core fiber out into standard single-mode paths, so MCF spans can terminate on ordinary transceivers and patch panels.
Parallel interconnect for CPO and high-density cabling — built from the MT ferrule up, so the same assembly can be tuned for loss or for density.
Optical sub-assemblies for access networks, from 10G/25G TOSA/ROSA/BOSA to hermetically sealed platforms.
The transmit engine of an access module — laser, lens and LC receptacle aligned and sealed as one sub-assembly ready for board mounting.
The receive engine of an access module — PIN for standard spans, APD when the link budget runs short.
Transmit and receive on one fiber, halving the fiber count in PON and access drops — supplied in matched wavelength pairs.
Keeps moisture off the optical path through a 20-year outdoor life — sealed assemblies, feedthroughs and butterfly laser platforms.
Full-parametric PDF datasheets for every model — also available in the Download Center. Custom wavelength, power and package options on request.
Custom wavelength, power handling, package size — nearly two decades of optical design experience, from evaluation to mass production.
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