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1x64 optical splitter,1x64 PLC Fiber Optic Splitter 64 Port Optical Power Splitter for FTTH PON Passive Optical Network

1x64 optical splitter,1x64 PLC Fiber Optic Splitter 64 Port Optical Power Splitter for FTTH PON Passive Optical Network

Detail Information
Splitting Configuration:
1*64
Operation Type:
Passive Optical
Input Ports:
1
Output Ports:
64
Highlight:

1x64 PLC fiber optic splitter

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64 port optical power splitter

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FTTH PON optical splitter

Product Description
1x64 PLC Fiber Optic Splitter 64 Port Optical Power Splitter for FTTH PON Passive Optical Network
1*64 Fiber Optic Splitter
1. Product Description

The 1*64 Fiber Optic Splitter is a passive optical component designed to distribute one optical input signal into 64 output channels. It provides a high-density splitting solution for optical access networks, fiber distribution systems, and other applications requiring one-to-multiple optical signal distribution.

With one input and 64 output ports, the splitter allows a single optical fiber link to serve multiple downstream connections without requiring electrical power. Its passive structure makes it suitable for integration into fiber distribution frames, optical termination boxes, network cabinets, and other optical network equipment.

The 1*64 configuration is particularly suitable for systems that require a large number of output branches while maintaining a compact and simplified optical distribution architecture.

2. Key Features
  • 1*64 Splitting Configuration
    One optical input is distributed to 64 output channels for high-density fiber network deployment.

  • Passive Optical Operation
    Requires no external electrical power, simplifying installation and system maintenance.

  • High-Port-Count Distribution
    Supports applications that require a large number of downstream optical connections from a single input fiber.

  • Compact Network Integration
    Suitable for integration into optical distribution boxes, fiber frames, cabinets, and communication equipment.

  • Simplified Fiber Distribution
    Helps organize one-to-multiple optical links in access and distribution networks.

  • Flexible System Deployment
    Can be used in different optical network architectures depending on connector, package, and fiber configuration.

3. Main Applications
  • FTTH and FTTx networks

  • PON optical access networks

  • Telecom access systems

  • Optical distribution networks

  • Fiber distribution frames

  • Broadband access networks

  • CATV optical distribution

  • Passive optical network equipment

  • Optical test and monitoring systems

  • High-density fiber distribution applications

1x64 optical splitter,1x64 PLC Fiber Optic Splitter 64 Port Optical Power Splitter for FTTH PON Passive Optical Network

1x64 optical splitter,1x64 PLC Fiber Optic Splitter 64 Port Optical Power Splitter for FTTH PON Passive Optical Network

1x64 optical splitter,1x64 PLC Fiber Optic Splitter 64 Port Optical Power Splitter for FTTH PON Passive Optical Network

4. FAQ
Q1: What does 1*64 mean?

1*64 means the splitter has one optical input and 64 optical outputs. The input optical signal is divided among the 64 output channels.

Q2: Does the splitter require electrical power?

No. It is a passive optical component and does not require an external power supply for signal splitting.

Q3: Where is a 1*64 optical splitter typically used?

It is commonly used in FTTH, FTTx, PON, telecom access networks, optical distribution systems, and other applications that require one optical signal to be distributed to multiple users or devices.

Q4: Why use a 1*64 splitter instead of several smaller splitters?

A 1*64 splitter provides a single high-port-count distribution point, which can simplify optical network architecture in applications that require many output branches. The preferred configuration depends on the network design and optical power budget.

Q5: Can the splitter be installed in an optical distribution box?

Yes. Depending on the package and connector configuration, a 1*64 splitter can be integrated into optical distribution boxes, fiber distribution frames, cabinets, and other passive optical network equipment.

Q6: What parameters should be confirmed before ordering?

Typical parameters to confirm include operating wavelength, insertion loss, uniformity, return loss, directivity, fiber type, connector type, fiber length, package type, and operating temperature.