MPO Fiber Optic Connector & Cable Assemblies
Configure 4, 8, 12 or 24 fibers, SM/MM fiber, male/female ends, Type A/B polarity and loss grade. Compare MPO trunks and MPO-to-LC fanout structures.
View MPO SpecificationsCustom Passive Fiber Optic Components & Connectors
OpticLumos supplies custom passive fiber optic components and connectorized assemblies for sensing, telecom, laser and photonics systems. Compare our hollow-core fiber patch cord, Panda PM fiber jumper and 7-core multicore fan-in/fan-out device, then send wavelength, connector, fiber length and optical-performance requirements for engineering review.
Advanced Optical Components for High-Speed & Low-Loss Transmission
Hollow-Core Anti-Resonant Fiber Patch Cord | 1310nm Low Loss Fiber Cable
Hollow-core anti-resonant fiber patch cord is designed for ultra-low latency optical transmission, reducing nonlinear effects and improving signal speed in advanced photonic systems.
Panda PM Fiber Jumper | Polarization Maintaining Fiber Patch Cord FC/UPC
Panda-type polarization maintaining (PM) fiber jumper is designed for stable polarization transmission in high-precision optical systems such as interferometers, sensors, and laser modules.
7-CORE MCF FAN-IN FAN-OUT DEVICE | MULTICORE FIBER FIFO COUPLER FC/APC
7-core fan-in fan-out (FIFO) device couples a 7-core multicore fiber (MCF) to seven individual single-mode fibers, delivering low-loss, low-crosstalk signal transfer for space-division multiplexing (SDM) networks, multicore fiber sensing, and next-generation optical interconnects.
MPO High-Density Fiber Interconnects
Why Choose Our Optical Components
Engineered for ultra-low loss, high stability, and precision optical performance, our fiber optic components are designed for mission-critical telecom and photonics applications.
Ultra-Low Insertion Loss
Insertion loss as low as ≤1.0 dB ensures stable and efficient optical transmission.
High Return Loss Performance
Precision polishing achieves return loss ≥50 dB for superior signal integrity.
Industrial Reliability
Stable performance in telecom, sensing, aerospace, and laser environments.
OEM / ODM Customization
Flexible fiber length, connector type, and optical configuration available.
Applications Across Industries
Our optical components are widely used in high-performance fiber optic systems across global industries.
Custom Passive Fiber Optic Components: RFQ Checklist
Start with the function your assembly must perform, then define its optical interfaces and acceptance criteria. A connector name alone is not enough to specify a custom optical component.
| Information to provide | What to specify |
|---|---|
| Optical configuration | PM jumper, hollow-core patch cord or multicore fan-in/fan-out; operating wavelength and fiber type. |
| Interfaces and dimensions | Connector and polish at each end, length, jacket, bend constraints and an interface drawing if available. |
| Performance and testing | Insertion loss and return loss; PER and key-to-axis alignment for PM assemblies; channel mapping and crosstalk for multicore devices. |
| Project requirements | Operating environment, sample and production quantities, required documentation and target delivery date. |
Confirm product-specific limits and test conditions during engineering review. Values shown for one assembly should not be applied to all components in this category.
Submit your specifications for a custom component quotation →
Need help with PM assemblies? Read our PM fiber jumper selection guide.
Frequently Asked Questions (FAQ)
What is a hollow-core anti-resonant fiber patch cord?
It transmits light through an air core, reducing latency and nonlinear optical effects.
What is PM fiber used for?
Polarization-maintaining fiber preserves a defined polarization state for precision sensing, interferometry, gyroscopes and laser systems.
Which connectors are available?
FC/UPC, FC/APC, LC/UPC, SC/APC and project-specific connector configurations are supported.
Can specifications be customized?
Yes. Fiber type, wavelength, length, connector, polish, axis alignment and optical-performance requirements can be reviewed for custom assemblies.