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CommScope Propel PPL-CM-12U-16AP-4X3-OM4-BEU Fiber Conversion Module

Quick guide and technical specifications for the CommScope Propel PPL-CM-12U-16AP-4X3-OM4-BEU fiber conversion module. Includes port configuration, polarity, and physical dimensions.

Table of contents

Quick guide from the manual

This document provides the technical specifications for the CommScope Propel PPL-CM-12U-16AP-4X3-OM4-BEU fiber conversion module. This component is designed for high-density fiber management and requires 4 of the 12 lanes on a Propel Panel blade.

Product Overview

The Propel ULL (Ultra-low loss) Multimode OM4 Conversion Module is designed for efficient fiber breakout. It features a modular design that allows for installation and removal from either the front or the rear of the panel. Each module includes a serialized QR code for quick access to factory optical test results.

CommScope Propel Multimode OM4 Conversion Module
CommScope Propel Multimode OM4 Conversion Module

Technical Specifications

  • Functionality: Breakout
  • Total Fibers: 48
  • Front Ports: 3 (MPO-16/APC pinned)
  • Rear Ports: 4 (MPO-12/UPC non-pinned)
  • Polarity: Method B Enhanced (ULL)
  • Dimensions: 11 mm (H) x 131 mm (W) x 170 mm (D)

Optical and Environmental Standards

  • Fiber Type: G.657.A2 | OM4
  • Maximum Insertion Loss: 0.4 dB
  • Qualification Standards: IEC 61753-1, TIA-568.3-D
  • Safety Standard: UL 62368

Manufacturer information

CommScope Holding Company, Inc.

Brand profile

Practical help

Before use

  • Verify the Propel panel blade has available lanes (requires 4 of 12 lanes).
  • Ensure compatibility with MPO-12/UPC non-pinned rear connections.
  • Ensure compatibility with MPO-16/APC pinned front connections.
  • Check that the environment meets UL 62368 safety standards.

Specs in practice

MPO-16/APC pinned
Front interface type with angled physical contact and alignment pins.
MPO-12/UPC non-pinned
Rear interface type with ultra-physical contact and no alignment pins.
Method B Enhanced (ULL)
Polarity configuration for ultra-low loss performance.

Manual page author

Michael Turner

Technical manual editor

Reviews PDF manuals for structure, safety notes, and practical product details so readers can find the right information quickly.