Ortronics M4S2132SA092M M4 2x32 Splitter Cassette

Product Description

The ORTRONICS M4S2132SA092M is an M4-format fiber optic splitter cassette designed for high-density patching and distribution applications. This 2x32 splitter cassette provides passive optical splitting in a compact, rack-mountable form factor, making it suitable for structured cabling installations in commercial and data center environments. With a 2-meter pigtail configuration, it integrates into existing fiber infrastructure without requiring additional jumpers at the input side. Licensed low-voltage cabling technicians and network infrastructure installers are the primary trades that work with this component.

This cassette is intended for use in fiber optic distribution frames, high-density patch enclosures, and passive optical network (PON) deployments. The 2x32 split ratio supports downstream distribution to up to 32 endpoints from two input feeds, making it applicable in FTTx, enterprise LAN, and campus backbone scenarios where passive splitting is required. The M4 form factor is sized for compatibility with modular cassette-style enclosures that accept this chassis type.

Key Features

• 2x32 split ratio supports up to 32 downstream fiber connections per input pair
• M4 cassette form factor for modular, high-density enclosure integration
• 2-meter factory-terminated pigtail eliminates a field splice on the input side
• Passive optical design with no active components or power requirements
• Sold as individual unit (each) for flexible quantity ordering

Compatibility

Designed as an OEM-style replacement or direct-install cassette for M4-format fiber optic enclosures and distribution frames that accept modular splitter cassettes.

Installation Notes

Installation should be performed by a qualified low-voltage cabling technician familiar with fiber optic handling procedures. Clean all fiber end-faces before mating connectors, and avoid bending pigtails below the minimum bend radius specified for the cable type. Handle the cassette by its housing and avoid touching exposed ferrule end-faces. Follow TIA-568 and local low-voltage cabling codes when routing and securing fiber within the enclosure.