Description
1 64 Splitter Features
- Applicable in the termination and 19” standard structure
- Cold rolled steel sheet SPCC, with electrostatic spraying, steel thickness 1.0mm,
- Front adapter plate with number mark, easy for operation
- Suitable for all kinds of interface like FC,SC,ST,LC,E2000, etc.
- Black, gray or white color available.
1 64 Splitter Order Information
| Model | Split ratio | Dimension (mm) |
| FSM-102/SC | 1PC 1X2 SC | 482*250*1U |
| FSM-202/SC | 1PC 2X2 SC | 482*250*1U |
| FSM-104/SC | 1PC 1X4 SC | 482*250*1U |
| FSM-204/SC | 1PC 2X4 SC | 482*250*1U |
| FSM-108/SC | 1PC 1X8 SC | 482*250*1U |
| FSM-208/SC | 1PC 2X8 SC | 482*250*1U |
| FSM-116/SC | 1PC 1X16 SC | 482*250*1U |
| FSM-216/SC | 1PC 2X16 SC | 482*250*1U |
| FSM-132/SC | 1PC 1X32 SC | 482*250*1U |
| FSM-232/SC | 1PC 2X32 SC | 482*250*1U |
| FSM-164/SC | 1PC 1X64 SC | 482*250*2U |
| FSM-264/SC | 1PC 2X64 SC | 482*250*2U |
Details of 1 64 Splitter
The product 1 64 Splitter is in a black, sturdy metal casing, which ensures good protection for internal components and facilitates heat dissipation. The front panel is equipped with multiple green LC connectors. These connectors are used to connect outgoing optical fibers, and their green color indicates the APC polish type, which helps reduce back reflection and improve signal quality.
There is a label mark on the metal casing, including the following key information: Product Name, PN (Part Number), SN (Serial Number).
Inside the splitter, there are colorful optical fibers neatly arranged. These fibers are responsible for transmitting and splitting optical signals. The numbering on the optical fibers typically serves as an identification system. It helps in distinguishing different output channels, making installation, maintenance, and troubleshooting easier. For example, each number corresponds to a specific output port, allowing technicians to quickly identify which fiber is connected to which user or device. The internal PLC (Planar Lightwave Circuit) chip is the core component that performs the precise splitting of the optical signal into 64 separate paths with minimal signal loss.
