Make the cable.Build the connection.

Confirm fiber identity, specification, coating compatibility, material lots and the incoming optical baseline.

Fiber pay-off → configured preparation → buffer extrusion → cooling → dimensional monitoring → traction and take-up. Identify each finished reel.

Follow the approved cable drawing and feeding order. This reference forms a bundled core, not a flat ribbon. Confirm the gathering-cage interface.

Match the yarn packages, guides and controlled tension to the approved construction.

Common-jacket extrusion → cooling → diameter monitoring → capstan and take-up. Link the finished reel to fiber, yarn and polymer lots.

Verify construction, dimensions, identification, continuity and the agreed optical results against the cable control plan.

Scope tensile, crush, bend and temperature checks with the agreed methods and sampling plan. Cable-laboratory instruments are separate from online gauges and MPO testers.

Retain cable-stage acceptance records. Carry the source-reel identity into every measured and cut assembly length.

Check the selected ferrule, adhesive, process liquids, shelf life, preparation and working time. The work instruction determines the adhesive-and-fiber loading sequence.

Use centrifugal degassing only when required by the material instruction. Link the batch, usable-life status and preparation cycle to the ferrules.

The quoted suction unit is not a universal filling method. Confirm its use, settings and verification with the connector and material instructions.

Confirm ferrule lot, orientation and loaded-array order. This is a required operation; the reference equipment list does not establish a separate powered loader.

Use the qualified adhesive recipe. Record holder, batch, load, time-temperature evidence and post-cure inspection. Oven quantity alone does not prove capacity.

Perform at the connector-defined point, which may differ from this overview order. Prove matched jaws and tooling with the actual housing and aramid arrangement.

Use the connector-approved preparation method and revision. Check the identified ferrule before it enters the polishing route.

Define the removal boundary and whether scraping is normal production or permitted rework. Keep before/after evidence and a damage check.

Match ferrule and polish geometry. The referenced 24-position fixture counts holding positions, not fibers or guaranteed output.

Control load, time, films, pads, cloths, liquids and the cleaning sequence. Retain recipe revision, consumable lots and permitted rework history.

Include only after confirming the processed object, liquid, timing and compatibility. It is not an automatic cleaning step for every MPO assembly.

Use the approved cleaning method and handling controls. Protect the finished surface and pass the identified assembly to inspection.

Use a qualified MPO adapter. Retain identified full-array images and the clean → re-inspect → disposition record. Visual inspection does not replace geometry or optical tests.

Apply the agreed attributes, limits and inspection plan. Retain raw reports, adapter/reference identity and repeatability evidence.

Check both ends against the signed channel map, gender and key orientation. The tester detects mapping errors; it does not correct them.

Match wavelengths, metrics, directions, references and limits to the product. The quoted system is a multimode reference; single-mode and return-loss needs require separate scope review.

Link the final assembly to its source reel, component lots and channel-level results. Fit protective caps and retain the release and packaging record.