LC DX 2.0mm Fanout Trunk OM3 Mpo 24 Fiber Cable
LC DX 2.0mm Fanout Trunk OM3 Mpo 24 Fiber Cable
MPO Breakout Patch Cord MPO to LC 2.0mm Fanout Trunk OM3 Cable
Description:
MPO fiber optic patchcord is a multi-core connection patchcord. It has a high density, integrated modular characteristics.
To achieve optical Alignment through a precise positioning of the guide pin and the guide hole .MPO fiber optic patch cords in the fiber optic communication link (transmission), mainly used in the optical path between the equipment and instruments connected, it can be flexible to achieve low-loss high efficiency of the connection between all optical node.
Features:
◆ High Performance in IL & RL
◆ Available in 8,12 and 24 fiber
◆ Precise dimension
◆ 100% in-house tested
◆ Customized furcation length to cater for different installation situations
◆ Single-fiber connector interface available in SC, ST, LC, E2000, MTRJ, in forms of Simplex or Duplex channelling
◆ The choice of the supports higher speed Ethernet and Fibre Channel applications (OM3, OM4 and OS1/OS2 fibers),
and applications with legacy multimode fiber (OM1 or OM2)
Applications:
◆ Data Centre Infrastructure
◆ Storage Area Network-Fiber Channel
◆ Emerging 40 & 100Gps Protocols
Specifications:
| Item | Technical Parameters | |
| Connector Type | UPC | APC |
| Operation Temperature | -40°C ~ +80°C | |
| Storage Temperature | -40°C ~ +85°C | |
| Insertion Loss | Single-mode standard ferrule: 0.35dB (typical value); ≤ 0.50dB (max) | |
| Return Loss | ≥35dB(SM)；≥20dB(MM) | ≥50dB(SM) |
| The MPO end type | Male: with guide pin; Female: without guide pin | |
| Fiber count | 4,8,12＆24 MT fiber | |
| The other end of the connector type | MPO-female* , MPO-male , FC , SC , ST , MU , LC , E2000 | |
| Fiber mode | Single-mode(G652,G655,G657), multi-mode= (50, 62.5, OM2, OM3, OM4) | |
| Fiber cable type | 250um ribbon fiber,ribbon cable,Bundle fiber optic cable | |
Polarity Types:
The jumper configuration shall be polarity type A (this is shown as the first ribbon diagram below) in key-up to key-down. Type B and Type C will not be used.
Assembly Structure Illustration:
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