With the growing demand for multi-channel, high-density, and highly stable polarization state transmission in cutting-edge fields such as quantum communication, silicon photonics chip testing, and fiber optic sensing arrays, a gap has emerged between traditional single-channel polarization-maintaining patch cords and large-scale parallel MPO structures. The multicore polarization-maintaining MPO-FC fiber patch cord features an MPO multi-core high-density interface on one end and branches into several single-core FC polarization-maintaining interfaces on the other end, effectively bridging the gap between high-density device access and external single-channel testing/device connections.
What is a Multicore Polarization-Maintaining MPO-FC Fiber Patch Cord?
The multicore polarization-maintaining MPO-FC fiber patch cord has an MPO multi-fiber connector (8/12/24 fibers, etc.) on one end and branched single-core FC polarization-maintaining connectors on the other end, with the fiber core made of polarization-maintaining fiber. It allows for high-density aggregation while maintaining polarization stability across channels as much as possible, meeting the requirements for polarization extinction ratio (PER) and polarization axis consistency.
Product Features:
• Low insertion loss
• High return loss
• High extinction ratio
• High stability and reliability
Main Application Scenarios
1. Quantum Communication and Quantum Computing
Applications such as quantum key distribution and quantum teleportation often require simultaneous processing of single-photon signals across multiple channels with extremely high polarization stability. The multicore polarization-maintaining MPO-FC fiber patch cord enables consistency and stability of polarization states across multiple channels, making it an ideal choice for quantum experimental systems.
2. Wafer-Level Testing of Silicon Photonics Chips
Silicon photonic chips typically integrate dozens of input/output ports, making traditional single-channel testing inefficient. Using MPO polarization-maintaining interfaces on probes or patch cords significantly increases throughput in wafer-level testing and reduces testing costs.
3. Fiber Optic Sensing Arrays
Interferometric sensing systems based on polarization-maintaining fibers (such as fiber optic hydrophones and fiber optic gyroscope arrays) require multi-channel phase-coherent signal transmission. The multicore polarization-maintaining MPO-FC fiber patch cord ensures consistency of polarization states across array channels, improving overall system performance.
4. Space-Constrained High-Density Equipment
In applications with strict space and weight limitations, such as aerospace and airborne equipment, the multicore polarization-maintaining MPO-FC fiber patch cord enables reliable transmission of multiple polarization-maintaining signals while occupying less space.
