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Multimode Optical Splitter Chip
The multimode optical splitter chip is a high-performance passive optical device developed based on ion exchange technology. It is mainly used for efficient distribution and transmission of optical signals. The product adopts an integrated optical waveguide design and offers advantages such as small size, high integration, low insertion loss, good directivity, and stable performance. It is suitable for short-distance optical transmission systems within 2000 m. The product supports multiple splitting configurations, is compatible with multimode fibers such as OM1, OM3, OM4, and OM5, and can customize chip structure, operating wavelength, and fiber specifications according to customer requirements. It is widely used in data centers, industrial control, optical monitoring, medical equipment, communication systems, and other fields.
Product features:Miniaturized, high integration;Low loss, high stability;Wide wavelength, multi-specification compatibility;Flexible customization, cost optimization
Part Number:MP-MM-OSC
Application area:Data centers and optical communications | Industrial control and automation | Optical monitoring and detection | Medical equipment and scientific research instruments
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Splitting Configuration Operating Wavelength
Customized according to customer requirements 400–1550 nm

Parameter | StandardMultimodeChip | CustomizedChip |
Splitting configuration | 1×2, 1×3, 1×4, 1×6, 1×8, 1×16, 2×2, 2×4, 2×8, 3×8 | Customized according to customer requirements |
Core diameter | 50/62.5 μm | 18.5–400 μm |
Compatible fiber | OM1/OM3/OM4/OM5 | Specialty fiber |
Compatible light source | LED/VCSEL/DFB/LD | Customer-provided |
Operating wavelength | 850/1300 nm | 400–1550 nm |
Manufacturing process | Manufacturing process | Customized according to requirements |
Transmission distance | Within 2000 m | Determined according to actual application |
Insertion loss | Low-loss design | Determined according to splitting configuration and design requirements |
Directivity | Good | Determined according to design requirements |
Temperature-dependent loss | Relatively small | Determined according to design requirements |
Splitting uniformity | Determined according to specific model | Can be optimized according to requirements |
Optical path structure | Standard multimode splitting structure | Special optical path structures can be customized |
Environmental requirements | Complies with RoHS requirements | Confirmed according to customer requirements |
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