Customizable Singe Multi-Mode 100M-2KM Fiber Launch Cable

• Model: BWN-OTDR-LC2
• Name: Customizable Singe Multi-Mode 100M-2KM Fiber Launch Cable
• Dimensions: 216×180 x 103mm
• Material: PP Alloy
• Fiber Length (m): 100 up to 1200

• Polish: PC,UPC,APC
• Connector: LC/SC/FC/ST/MU/D4/DIN Connector
• Fiber Type: SM(G652D,G657A1/G657A2); MM(OM1,OM2,0M3,OM4)
• Return Loss: UPC>=50dB,APC>=60dB,PC>=35dB
• Repeatability(dB): <=0.2(1000 times)
• Exchangeability(dB): <=0.2

Customizable Singe Multi-Mode 100M-2KM Fiber Launch Cable

Description:

BWN-OTDR-LC2 Fiber Launch Cable is used to measure the near-end connection’s reflectivity and loss as well as to make sure the optical fiber line’s remote insertion is free of corruption. In order to eliminate blind areas when measuring the optical fiber’s total line loss using an OTDR, each OTDR launch cable has two functions: sending and receiving.

Specification:

Customizable Singe Multi-Mode 100M-2KM Fiber Launch Cable More Views

Customizable Singe Multi-Mode 100M-2KM Fiber Launch Cable

Purpose and Use
Network Testing: They are primarily used as “launch cables” or “launch fibers” for testing the insertion loss and return loss of fiber optic links in a network.
Calibration: They help in calibrating optical time-domain reflectometers (OTDRs), which are devices used to detect faults, measure loss, and identify the reflection characteristics of fiber optic cables.

Characteristics and Features
Singlemode Fiber: Singlemode fibers are designed to carry light directly down the fiber, allowing for a higher transmission rate and longer distance coverage compared to multimode fibers. They are optimal for long-distance communication.
Customizable Length: The length of these cables can be customized from 150 meters to 1 kilometer, depending on the requirements of the network being tested. The length affects how the OTDR measurements are conducted and interpreted.
Connectors: These cables come with various types of connectors (e.g., LC, SC, ST, FC) to ensure compatibility with different equipment and network configurations.

High Precision: They are manufactured to have low insertion loss and high return loss, which is crucial for accurate measurement and testing of fiber optic networks.

Applications
Telecommunications: Used by telecom operators to ensure the integrity of their fiber optic infrastructure.
Data Centers: Essential for testing the fiber optic links that connect servers and storage units.
Research and Development: Used in R&D facilities for developing new optical technologies.
Quality Control: Employed during the manufacturing process of fiber optic cables and components to ensure quality and performance standards are met.

Advantages
Accuracy: Enhances the accuracy of OTDR testing by providing a known, consistent launch condition.
Flexibility: The customizable length allows technicians to select the optimal cable for specific testing scenarios, making it versatile for various network layouts and distances.
Efficiency: Facilitates quicker and more efficient network testing and troubleshooting, reducing downtime and maintenance costs.

In conclusion, Customizable Singe Multi-Mode 100M-2KM Fiber Launch Cables  are essential tools for the maintenance, testing, and development of fiber optic networks. Their customization options, coupled with the inherent advantages of singlemode fiber, make them a valuable asset for ensuring the reliability and performance of optical communication systems.

Package of Fiber Optic Testing Equipment and Fiber Tools

Bwnfiber has our own standard package for our fiber optic testing device and tools, if you don’t have special package requirements, we will package the fiber optic product as below. For customized package, we also support this service, please contact us quickly before shipment, so that we can arrange the customized package in advance.