PLC optical splitter, also known as a planar waveguide optical splitter, is a passive device with multiple input and output ports. It can split one or two input optical signals into two or more output optical signals. It is particularly suitable for connecting central office equipment and end devices in passive optical networks such as FTTX, EPON, GPONQ, and BPON, achieving optical signal splitting. The advantages of a PLC optical splitter are as follows:
1. It offers uniform optical splitting and multiple channels, distributing optical signals evenly to multiple end users, with up to 64 channels.
2. Its compact design and small size eliminate the need for large installation spaces, making it commonly used in various junction boxes.
3. The greater the number of channels, the greater the cost advantage, making it ideal for passive optical networks.
In short, a PLC optical splitter offers a low-cost, highly stable, and reliable solution. Its optical splitting ratio is as high as 1:64, far exceeding that of the more common FBT optical splitter.
Cassette Type PLC Splitter are for the construction of optical network. Low requirements of placing position and environment, compact cassette type design, can easily be placed into optical fiber distribution box, optical fiber junction box or any kind of box, which can reserve some space. It can be easily applied in FTTx construction, optical network construction, CATV networks and etc.
Fiber To The Home Network (FTTH)
In FTTH networks, pluggable LGX PLC splitters are commonly used in modular distribution systems within optical distribution frames (ODFs), fiber distribution box, or equipment rooms. They distribute optical signals from the central office (OLT) to multiple user terminals (ONUs/ONTs), facilitating rapid deployment and maintenance.
Passive Optical Network (PON)
Cassette PLC splitter are widely used in passive optical networks such as EPON, GPON, and XG-PON, these splitters are installed in cabinets or racks to efficiently distribute optical signals and meet broadband access needs.
Data Centers
In data center optical interconnect systems(DCI), LGX box PLC splitters are used to divide and manage optical signals, supporting high-density cabling and modular expansion, facilitating upgrades and maintenance of data center fiber networks.
Telecom Equipment Rooms and Central Offices
The pluggable design makes it suitable for use in optical fiber distribution frames (ODFs) or fiber optic patch panels (PDFs) in telecom equipment rooms, facilitating rapid configuration, expansion, and troubleshooting of fiber networks, improving operational efficiency.
Modular and pluggable design: Easy to install, remove. and replace, ideal for scenarios requiring frequent maintenance or expansion.
High compatibility: The LGX standard box is compatible with a variety of racks and wiring systems, adapting to equipment from different manufacturers.
Wide wavalength range(1260-1650nm): Support multiple network protocols(such as EPON and GPON's 1310nm, 1490nm and 1550nm)
High density and compactness: Ideal for space-constrained equipment rooms or data centers, optimizing cabling management.
Reliability and environmental adaptability: Stable operation in environments such as equipment rooms and outdoor cabinets, withstanding temperature and humidity fluctuations.
PLC optical splitter, also known as a planar waveguide optical splitter, is a passive device with multiple input and output ports. It can split one or two input optical signals into two or more output optical signals. It is particularly suitable for connecting central office equipment and end devices in passive optical networks such as FTTX, EPON, GPONQ, and BPON, achieving optical signal splitting. The advantages of a PLC optical splitter are as follows:
1. It offers uniform optical splitting and multiple channels, distributing optical signals evenly to multiple end users, with up to 64 channels.
2. Its compact design and small size eliminate the need for large installation spaces, making it commonly used in various junction boxes.
3. The greater the number of channels, the greater the cost advantage, making it ideal for passive optical networks.
In short, a PLC optical splitter offers a low-cost, highly stable, and reliable solution. Its optical splitting ratio is as high as 1:64, far exceeding that of the more common FBT optical splitter.
Cassette Type PLC Splitter are for the construction of optical network. Low requirements of placing position and environment, compact cassette type design, can easily be placed into optical fiber distribution box, optical fiber junction box or any kind of box, which can reserve some space. It can be easily applied in FTTx construction, optical network construction, CATV networks and etc.
Fiber To The Home Network (FTTH)
In FTTH networks, pluggable LGX PLC splitters are commonly used in modular distribution systems within optical distribution frames (ODFs), fiber distribution box, or equipment rooms. They distribute optical signals from the central office (OLT) to multiple user terminals (ONUs/ONTs), facilitating rapid deployment and maintenance.
Passive Optical Network (PON)
Cassette PLC splitter are widely used in passive optical networks such as EPON, GPON, and XG-PON, these splitters are installed in cabinets or racks to efficiently distribute optical signals and meet broadband access needs.
Data Centers
In data center optical interconnect systems(DCI), LGX box PLC splitters are used to divide and manage optical signals, supporting high-density cabling and modular expansion, facilitating upgrades and maintenance of data center fiber networks.
Telecom Equipment Rooms and Central Offices
The pluggable design makes it suitable for use in optical fiber distribution frames (ODFs) or fiber optic patch panels (PDFs) in telecom equipment rooms, facilitating rapid configuration, expansion, and troubleshooting of fiber networks, improving operational efficiency.
Modular and pluggable design: Easy to install, remove. and replace, ideal for scenarios requiring frequent maintenance or expansion.
High compatibility: The LGX standard box is compatible with a variety of racks and wiring systems, adapting to equipment from different manufacturers.
Wide wavalength range(1260-1650nm): Support multiple network protocols(such as EPON and GPON's 1310nm, 1490nm and 1550nm)
High density and compactness: Ideal for space-constrained equipment rooms or data centers, optimizing cabling management.
Reliability and environmental adaptability: Stable operation in environments such as equipment rooms and outdoor cabinets, withstanding temperature and humidity fluctuations.