PLC Splitter 1×8, SC/APC, 1m Mini Steel Tube

PLC Splitter 1×8 with SC/APC connectors and 1m fiber leads in a compact steel tube for passive optical distribution in FTTH networks.

€7.30

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PLC Splitter 1×8 with SC/APC Connectors for FTTH Distribution

The PLC Splitter 1×8 is a compact, passive optical distribution component built around a mini steel-tube module. One fiber input is divided into eight output paths, allowing a shared optical feeder to serve multiple downstream connections in fiber-to-the-home access networks. This version is supplied with green SC/APC connector ends and a listed 1m lead length.

The slim metal housing is suited to placement in a compatible optical distribution box, splice enclosure, or fiber management tray where space is limited. Pre-connectorized ends simplify connection to matching SC/APC interfaces, while the 1-to-8 configuration makes the unit suitable for passive optical network distribution points. The metal housing is a compact package format, not a weatherproof enclosure by itself.

Before ordering, match the connector polish, available installation space, planned cable routing, and optical power budget to the network design. SC/APC and SC/UPC should not be treated as interchangeable mating interfaces. Where a project specifies maximum insertion loss, return loss, or operating wavelength, request the confirmed values for the supplied batch rather than relying on generic splitter specifications.

PLC Splitter 1x8 SC/APC connector detail showing the green optical connector ends

PLC Splitter 1x8 one-input eight-output connection diagram with SC/APC ends

A PLC Splitter 1×8 works without electrical power and is generally used where one optical path must be distributed to eight branches. For purchasing accuracy, note that this listing is for the specified SC/APC, 1m mini steel-tube configuration, not an ABS box, rack module, or bare-fiber alternative.

Product Type	Mini PLC fiber optic splitter	Split Configuration	1 input / 8 outputs (1×8)
Connector Polish	SC/APC	Connector Format	Pre-connectorized
Module Package	Mini steel tube	Fiber Lead Length	1m (supplier listing)
Operating Principle	Passive planar lightwave circuit splitting	Typical Application	FTTH / passive fiber distribution
Optical Test Values	Confirm against supplied batch test data	Power Requirement	None (passive device)

How PLC Fiber Splitters Work

Planar lightwave circuit splitters use integrated optical waveguides to distribute light from an input fiber into multiple paths. Unlike powered switching devices, they require no external electricity. The correct split ratio and optical budget depend on the access-network design.

Illustration of light traveling through a passive planar lightwave circuit fiber splitter

PLC Splitters in FTTH Networks

In fiber-to-the-home networks, splitters allow an optical distribution point to fan out service toward multiple subscriber connections. Placement is determined by the network topology, available fiber management space, and the loss budget.

Illustrated fiber-to-the-home neighborhood network using passive optical splitter distribution

Planning Passive Fiber Connectivity

Select PLC splitters by output count, connector interface, pigtail length, and installation format. Matching connector polish and allowing enough routing space helps prevent unnecessary connection issues. For acceptance-critical optical performance, use verified measurements for the actual supplied unit.

Fiber optic network connectivity illustration showing compact passive fiber distribution

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FAQ

What does a 1×8 PLC fiber splitter do?

A 1×8 PLC splitter divides one incoming optical path into eight outgoing paths without external power. It is used where a passive optical network needs multiple downstream fiber connections from a shared feeder.

Can this splitter connect to SC/UPC equipment?

This model uses SC/APC connector ends. Use matching SC/APC ports or approved mating arrangements; do not directly mate APC and UPC polish types as though they were equivalent.

Where can the mini steel-tube version be installed?

The compact steel-tube module can be placed inside a compatible fiber distribution enclosure, splice box, or protected fiber management tray. The tube itself is not a waterproof outdoor enclosure.

What insertion loss should be allowed for this 1×8 splitter?

Professional 1×8 PLC splitter listings commonly give maximum insertion-loss figures around 10.5 dB, but limits differ by manufacturer and connector configuration. The source listing for this item does not provide a confirmed maximum. For a specified optical budget, obtain the delivered unit’s tested values before acceptance.

Is this listing for a bare-fiber, ABS-box, or rack-mounted splitter?

No. The selected product is a pre-connectorized 1×8 mini steel-tube splitter with SC/APC ends and a 1m lead length as listed. Other housing or end configurations are separate products and are not included.