Split and budget
Start with PON class, topology, splitter stages, route attenuation, connector pairs, splices, equipment limits, engineering reserve, and acceptance margin.
Focused product range
PLC splitters specified from the PON loss budget outward.
The split ratio is only one input. Package format, connector count, polish, pigtail length, module size, enclosure route, insertion loss, uniformity, return loss, directivity, labeling, and reserve must be agreed together.
System role
Passive optical distribution for FTTH/PON cabinets, ODFs, terminal boxes, closures, centralized split points, and modular telecom shelves.
- Published models
- 02
- Buyer route
- Distributor / Project / OEM
- Next step
- Configuration review
Available directions
PLC Fiber Splitter
Configuration reference1x8 ABS Box PLC Fiber SplitterFS-PLC-1X8A · PLC / 1x8 / ABS Box
Fiber / PLC Splitter
1x8 ABS Box PLC Fiber Splitter
FS-PLC-1X8AConfiguration reference1x16 LGX PLC Splitter ModuleFS-PLC-16LGX · PLC / 1x16 / LGX Module
Fiber / Modular PLC Splitter
1x16 LGX PLC Splitter Module
FS-PLC-16LGXSelection framework
Four decisions to settle before the quotation.
Package format
Choose ABS box or LGX module around enclosure space, mounting, port access, replacement, routing, pigtail protection, and service method.
Optical interface
Confirm bare fiber or connectorized leads, SC or LC, UPC or APC, pigtail diameter and length, adapter layout, and patch-cord polish.
Port control
Define input/output labels, subscriber mapping, spare ports, dust caps, individual results, serial linkage, packaging, and handover schedule.
Buyer questions
Resolve the details that change the order.
These answers help define the requirement. Final limits and evidence still depend on the exact quoted construction.
How should a PLC splitter ratio be selected?
Use the network topology, equipment budget, route attenuation, connector and splice count, required reserve, service plan, and measured acceptance—not subscriber count alone.
When is an LGX splitter useful?
A modular LGX format can improve front access, labeling, and replacement when the shelf dimensions, latch, port polish, patch-cord route, and loss budget are compatible.
What should a splitter test record include?
Agree wavelengths, insertion loss, uniformity, return loss, directivity, port numbering, connector polish, serial or label linkage, and acceptance limits for the exact model.
Technical resources
Use the matching specification checklist.
01 / Procurement guide
How to Build a Better Structured Cabling BOQ
Turn a product list into a usable structured-cabling BOQ with exact models, configuration fields, quantities, relationships, documents, packaging, and revision control.
6 min read · Read guide →02 / Quality guideAsk for Compliance Evidence by Exact Product Model
Evaluate cabling certificates, declarations, test reports, and quality records by model, construction, standard, scope, revision, and issuing body.
6 min read · Read guide →03 / Fiber guideHow to Size a Fiber Enclosure, Adapter Panel, and Pigtail Set
Size rack and wall fiber enclosures from incoming cable, splice method, fiber count, adapter density, connector polish, slack storage, labeling, and future capacity.
7 min read · Read guide →Quotation input
Send a configuration, not only a product name.
Attach a BOQ, drawing, schedule, reference datasheet, network diagram, or approval sample whenever available.
- 01PON class, topology, and optical budget
- 02Split ratio and package format
- 03Connector, polish, and pigtail length
- 04Enclosure fit and port-label schedule
- 05Performance criteria, report, quantity, and destination