Breaking the Capacity Barrier. Multi-Core Fiber Array Unit.
The next-generation optical harness for Space Division Multiplexing (SDM) architectures. By integrating a 4-core structure within a single 125µm cladding, the MCF FAU multiplies transmission capacity, enabling ultra-large capacity networks with exceptionally low crosstalk.
SDM Technology
4 Cores per Fiber
Up to 16 Channels
Low Crosstalk
Main Features
Space Division Multiplexing
Engineered to break through the physical transmission limits of standard single-mode fibers. By utilizing advanced SDM technology, multiple optical signals are transmitted simultaneously across independent cores within the same fiber, radically expanding channel capacity.
Exponential Capacity Growth
Each fiber within the array features an innovative 4-core structure inside a standard 125µm cladding. Supporting up to 16 physical fiber channels, this design exponentially increases the number of available transmission paths without expanding the physical footprint.
Low Crosstalk Performance
Despite the high density of cores within a single cladding, the MCF array is precision-engineered to maintain mutual independence. It ensures low crosstalk during long-distance transmission, guaranteeing high-fidelity signal integrity for demanding telecommunication links.
Tailored to Your Architecture
Highly adaptable to diverse system requirements. Offers a wide selection of substrate materials and supports full customization of polishing angles, core pitches (127µm, 250µm, or custom), and overall unit dimensions to fit bespoke optical modules.
MCF MT Termination Configurations
| Series | Fiber Channels | Max Insertion Loss | Min Return Loss | End-Face Angle |
|---|---|---|---|---|
| Standard Loss MT | 12, 16 | ≤0.75 dB | ≥55 dB | 8° Angle Polish |
| Low Loss MT | 12, 16 | ≤0.55 dB | ≥55 dB | 8° Angle Polish |
Technical Specifications
| Parameter | Specification (4~16CH) |
|---|---|
| Material Composition | Fiber Array + MT/MPO |
| Supported Fiber Types | MCF Fiber (or similar multi-core fiber) |
| Cladding Diameter | 125 µm |
| Core Pitch Options | 127 µm, 250 µm, Custom dimensions available |
| Pitch Tolerance | ±1 µm |
| Array Insertion Loss | ≤0.5 dB |
| Array Return Loss | ≥14 dB (0° Polish) / ≥55 dB (8° Polish) |
| Operating Temperature | -40°C to +85°C |
| Storage Temperature | -40°C to +85°C |
Deployment Scenarios
Ultra-Large Capacity Networks
The ultimate solution for overcoming the capacity crunch in modern optical networks. Ideal for ultra-large capacity optical communication systems and new high-capacity multi-service access networks, multiplying bandwidth delivery over existing or new fiber infrastructures.
Precision Distributed Systems
Beyond telecom, the multi-core architecture unlocks new possibilities in specialized fields. It serves as a vital component for high-resolution distributed optical fiber sensors and advanced medical imaging equipment requiring dense, parallel optical data pathways in constrained spaces.
Reliability Built-In
Multiply Your Network Capacity.
Ready to implement Space Division Multiplexing into your architecture? Discuss your specific multi-core fiber needs, pitch customizations, and MT termination requirements with our advanced photonics engineering team.