BWN-PLC-MMST 1×2 Unequal 75/25 Bare Fiber PLC Splitter

BWN-PLC-MMST-1X2-NA-0.25-U7525

Proposed model: BWN-PLC-MMST-1X2-NA-0.25-U7525
Configuration: 1 input × 2 outputs, nominal 75% / 25% split
Lead format: 250 µm, unterminated — TBC — model drawing and BOM required
Primary next step: Request the model datasheet, port map, test record, and quotation.

This proposed 1×2 unequal bare PLC splitter is intended for protected integration where one optical input must be divided into two unequal paths. The supplied serialized test sheet identifies a 75% path and a 25% path, G.657A1 fiber, no connectors, a 40 × 4 × 4 mm package, and three-wavelength measurements for one photographed unit. Before design release, match the physical leads to the approved port map and confirm every model-level limit on the controlled datasheet.

Key Configuration

Optical Limits Shown on the Supplied Serialized Test Sheet

Do not calculate a route budget from the nominal 75/25 percentages alone. Use the approved maximum input-to-output loss for each identified physical path, then add every connector, splice, fiber segment, passive element, design allowance, and required operating condition.

Serialized Measurement Example

S/N: 25120100004
Inspection date shown: 2025/12/1
Connector state: N/A / unterminated

Measured values vary by unit. Approve the project against the current model limits and use the test record for the serial number supplied to the order.

Confirm the Port Map Before Design Release

The labels 75% and 25% identify nominal optical distribution, but they do not, by themselves, prove which physical lead is the continuing path or the local branch in your design. Require a controlled drawing that maps:

• common input;
• physical 75% output;
• physical 25% output;
• lead colors or labels;
• fiber-exit direction;
• drawing and product revision.

If the approved topology uses the 75% output as a continuing path and the 25% output as a local branch, record that project assignment in the route matrix and field labels. Do not infer it from draft marketing text.

Host and Application Conditions

Use this compact unterminated component only inside a host assembly that provides the required fixation, fiber routing, transition protection, bend control, service slack, splice storage, cover clearance, and environmental protection. The project owner must approve the topology, optical budget, host enclosure, installation method, and acceptance criteria.

Potential fit includes protected splice trays, optical distribution modules, closures, or custom assemblies when the approved drawing and budget match. The product name alone does not establish GPON, XGS-PON, outdoor, or operator-specific compatibility.

For broader package selection, compare bare fiber PLC splitter packages. If the network architecture is still open, use the fiber splitter selection guide. For an approved unequal route, follow the unbalanced tap-chain design and acceptance guide and calculate the complete optical path budget. Those pages own family selection and network design; this page remains limited to the exact product configuration.

How to Specify This Configuration

Before comparing a quotation with the design, confirm:

1. exact BWNFiber SKU and factory P/N mapping;
2. 1×2 ratio convention and physical port identities;
3. controlled package drawing and available host clearance;
4. fiber grade, lead diameter, input/output lengths, labels, and exit direction;
5. approved maximum and minimum path-loss requirements by wavelength and direction;
6. test method, acceptance revision, and serial-level report format;
7. quantity, packaging, target schedule, and any project document requirements.

What to Include in the RFQ

• model or reference configuration;
• required 75%/25% port assignment;
• topology drawing and the role of each output;
• maximum/minimum optical loss window for each route;
• host tray/enclosure drawing and fixation method;
• fiber construction, lead lengths, labels, and termination;
• wavelength/direction cases and test-document requirements;
• quantity, packaging, destination, and target schedule.

Primary CTA: Send the topology, host drawing, optical budget, quantity, and required test documents for a model-matched quotation.
Secondary CTA: Request the controlled datasheet, dimensional/port-map drawing, and a redacted sample test-report format.

Downloads

• Model datasheet: TBC — source required
• Dimensional and port-map drawing: TBC — source required
• Test method / acceptance revision: TBC — source required
• Redacted serial-level test report: TBC — rights and compliance approval required