Passive optical split for GPON
PLC splitters in common ratios and formats.
One fiber serves many customers. Compact PLC splitters for closures, cassettes, boxes, and rack mounts, connectorized or bare.
Fittings and hardware
Ratios, form factors, and connector options for GPON distribution.
PLC splitters
Planar lightwave circuit splitters providing even signal division.
Common split ratios
Such as 1:2, 1:4, 1:8, 1:16, 1:32, and 1:64.
Bare-fiber and tube-type
Compact units for fitting inside closures and trays.
Box and cassette splitters
Housed units for easy mounting.
Rack-mount splitters
For equipment rooms and ODF frames.
Connectorized options
With connectors fitted or fiber left bare for splicing.
Why purpose-made fittings matter.
No power required, even division, and flexible formats for every enclosure type.
of this product range
One fiber, many customers
Reduces cable and cost across the network.
No power needed
Passive operation means few failure points.
Even division
Even signal division across outputs.
Compact formats
Flexible for different enclosures.
Cascaded designs
Supports cascaded designs that scale with coverage.
Where these products are used.
- 01First and second-level splitting in GPON networks
- 02Inside FDT cabinets, FATs, and distribution boxes
- 03Building distribution in high-rise deployments
- 04ODN expansion for new customer areas
Match to equipment and site.
Split ratio
Higher ratios serve more customers but add more signal loss.
Cascading
Networks may use two splitting stages; total loss must stay within system limits.
Connectors
Match connector and polish type, commonly APC in GPON.
Enclosures
Choose a format that fits the FDT, FAT, or ODF.
Fiber type
Single-mode for GPON.
Decisions that get the choice right.
Customer count
Pick a ratio that serves your target customers.
Loss budget
Total splitter plus cable and connector loss must stay within equipment limits.
Form factor
Match to the enclosure.
Connector type
Match to your network standard.
Common questions
Why does a higher split ratio mean weaker signal?
The light is divided among more outputs, so each receives less. Loss rises roughly with each doubling of the ratio.
Can I use more than one splitter in a path?
Yes. Many networks use two stages, but total loss must be planned carefully.
Do splitters need power?
No. They are passive.