Model: BWN-MMST-PLC-1SCPC-2FMPO+2SCPC-OM4-0.9mm
Evidence note: This model string is the current product record. Connector mapping, PLC topology, MPO geometry and finished-path limits require an approved drawing or BOM.
MPO PLC Splitter
OM4 MPO PLC Splitter Assembly
This product record describes a custom OM4 MPO PLC splitter assembly under model BWN-MMST-PLC-1SCPC-2FMPO+2SCPC-OM4-0.9mm. The record confirms the model’s OM4, PLC, MPO and 0.9 mm designations; it does not independently confirm the connector map, split ratio, MPO fiber count, gender, key orientation, polarity or finished-path optical limits. Before quotation or production, provide the approved drawing or BOM and confirm the splitter topology, interface types and polish, active fiber positions, cable lengths, labeling and acceptance criteria.
OM4 MPO PLC Splitter Assembly Configuration Record
This page is assigned to one specific product record rather than the broad MPO PLC splitter topic.
| Record field | Current evidence status |
|---|---|
| Model | BWN-MMST-PLC-1SCPC-2FMPO+2SCPC-OM4-0.9mm |
| Product role | Connectorized PLC splitter assembly, based on the current model and category record |
| Fiber designation | OM4 appears in the model record; the approved construction and operating wavelengths still require confirmation |
| Interface codes | 1SCPC, 2FMPO and 2SCPC are internal model codes; use an approved drawing to interpret the connector map |
| Cable designation | 0.9 mm appears in the model record; confirm the finished cable construction |
| Release status | Engineering verification required before quotation or production |
PLC Splitter or MPO Breakout Cable?
These product types are not interchangeable. A PLC splitter divides or combines optical power according to an approved topology and ratio. An MPO breakout or harness cable maps fibers between connector formats without a PLC power-splitting function. Because the current model carries a PLC designation, do not market this item as a conventional MPO-to-LC breakout cable unless the approved optical schematic changes that classification.
| Decision point | PLC splitter assembly | MPO breakout or harness |
|---|---|---|
| Optical role | Power division or combination | Fiber-to-fiber mapping |
| Required evidence | Optical schematic, split ratio and path limits | Fiber map, polarity and connector geometry |
| This product record | PLC appears in the model code | Do not assume from MPO or LC wording alone |
Configuration Details to Confirm
- Approved optical schematic, path direction and PLC split topology
- Split count and ratio for every optical path
- Connector map, including whether the existing LC wording is correct; the model record currently uses SCPC codes
- MPO fiber count, male or female geometry, key orientation and polarity
- OM4 fiber construction, active positions and application wavelengths
- Cable diameter, jacket, branch lengths and total assembly length
- Connector-level and complete-path acceptance limits, with test wavelengths and method
- Labeling, packaging, quantity and document revision
Engineering Notes
OM4 and G.657A1 identify different fiber classes and should not be combined in one specification table without a documented hybrid design. The previous single-mode wavelength, connector-loss, temperature, mating-cycle, material and standards claims have therefore been removed from this product draft until configuration-level evidence is approved.
How to Request a Configuration Review
- Send the approved drawing or BOM.
- Identify the connected equipment and required interfaces.
- Provide the fiber map, polarity and PLC path direction.
- Define test wavelengths and acceptance limits for the complete assembly.
- Confirm lengths, labels, quantity and target delivery requirements.
For broader options, review the MPO PLC splitter range and MPO cabling solutions. Send the controlled drawing through the BWNFiber contact page for engineering review.
FAQ
FAQ About This OM4 MPO PLC Splitter Assembly
Is this product an MPO-to-LC breakout cable?
Do not treat it as a conventional one-to-one breakout cable while the current model carries a PLC designation. Confirm the approved optical schematic before selecting or quoting it.
Does the current product record confirm LC connectors?
No. The existing page wording mentions LC, but the model string contains SCPC interface codes. The approved drawing or BOM must determine the final connector map.
Is this an OM4 multimode assembly?
OM4 appears in the current model string. The previous G.657A1 single-mode table conflicts with that record and has been removed. Confirm the actual fiber construction and application wavelengths in the approved datasheet.
What does 2FMPO mean in the model?
It is an internal model designation. By itself it does not prove the MPO connector count, gender, fiber count, key orientation or polarity.
Is the PLC split ratio 1×2?
Not from the available evidence. Confirm the optical schematic, split count, ratio and signal direction before quotation or production.
What information should a buyer send for review?
Send the drawing or BOM, connector map, MPO geometry, fiber mapping, polarity, PLC topology, cable lengths, test wavelengths, acceptance limits, labels and quantity.
How should optical acceptance limits be defined?
Set connector-level and complete-path limits only after the topology, interfaces, fiber construction, test wavelengths and measurement method are approved.
Where can I compare other MPO PLC splitter configurations?
Use the MPO PLC splitter category for the product family, then confirm the exact model against a controlled drawing.
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