Green MPO Adapter - Standard Footprint - Opposed Key - Reduced Flange

Fibertronics offers MPO bulkhead adapters in a variety of single port and ganged configurations. This green MPO connector adapter has a standard footprint, reduced flange and comes with two dust-caps. Debris can affect the performance of fiber optic connectors in many ways. The MPO adapter body is made of polyetherimide with a stainless-steel spring clip and a dust-cap made of polycarbonate to reduce the potential for debris generation. Our MPO connectors are less susceptible to debris through repeated matings, making it less likely that debris will affect performance. The latch beam and interface are designed to minimize debris generation too.

This adapter works for any MPO connector from a four fiber to a 72 fiber. They are widely used in trunk cabling and cassettes. This green MPO adapter meets appropriate standards and is perfect for your parallel optics and MPO adapter needs. The MPO adapter exceeds TIA and IEC dimensional requirements for optimal TWAL performance.

MPO Adapter Features & Specifications

• A one-piece adapter design that maximizes coupling strength while minimizing debris generation
• All adapters are compatible with MPO Low Loss brand connectors and standard grade MPO brand connectors
• Durable polyetherimide body with stainless-steel spring clip
• Fast and easy connection
• Card edge connectivity for on-board optic applications
• FTTx distribution hubs
• High density patch panels for data center, MSO and CO applications
• MPO to single fiber breakout cassettes
• Standards Compliance IEC 61754-7-1; 61754-7-2
• Standards Compliance TIA 604-5
• Compatible with all MPO brand connectors in fiber counts ranging from four to 72
• Available in Standard and SC Footprints for both full and reduced flange, and for both an aligned or opposed key
• Available in multiple colors, black, beige, green, blue, aqua, magenta, and gray
• Specialty MPO Adapters: Full Flange Angled, Shuttered Adapter, SC Duplex Footprint Full Flange, EMI Adapter, and SC Duplex Footprint Reduced Flange