| Model Number: | 953115130-08 |
The 12-Core MTP/APC Male to 12CH FC/APC Breakout Cable is a single-mode multi-fiber assembly that converts one 12-fiber MTP/APC male interface into twelve individual FC/APC connections.
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Optical performance can be tested according to the agreed specification. Key parameters are verified before shipment when included in the approved inspection criteria. Test reports can be provided upon request. Customized inspection requirements can be discussed, including channel mapping, polarity verification, connector inspection, ribbonised-section length, branch identification, cable length, and optical performance testing.
It converts one 12-fiber MTP/APC connection into twelve individual FC/APC channels for multi-channel optical equipment, testing systems, and OEM fiber assemblies.
This configuration uses a 12-core MTP/APC male connector.
The specified fiber is Corning SMF-28e single-mode fiber.
The supplied requirement specifies that the fiber section nearest the MTP connector is ribbonised for at least approximately 20 cm. The exact length and transition point should be defined in the final drawing.
The MTP trunk side uses a 3.0 mm yellow PVC tube, while the twelve FC/APC breakout branches use 2.0 mm yellow PVC tubing.
No. Type A, Type B, Type C, key orientation, and channel mapping have not yet been provided and should be confirmed before production.
Yes. Optical performance can be tested according to the agreed specification, and test reports can be provided upon request.
Please provide the operating wavelength, fiber type, MTP gender, polarity, key orientation, channel mapping, connector type, cable length, breakout length, package requirement, target optical specifications, and estimated quantity.
For a technical review or quotation, please provide the required operating wavelength, channel count, fiber type, connector type, fiber length, package requirement, target optical specifications, and estimated quantity. For this MTP breakout assembly, please also specify the MTP polarity, key orientation, channel-to-branch mapping, ribbonised length, breakout length, and CH1–CH12 identification method.