BGP

product

24 Fibers MTPMPO to 12x LCUPC Duplex Cassette, Type A

Short Description:

Product Name: 24 Fibers MTP/MPO to 12x LC/UPC Duplex Single Mode/Multimode Cassette, Type A

Using Life: 20 Years

MOQ: 1 PCS

Lead Time: 3 days

Country of Origin: China


Product Detail

Product Tags

Product Description

The RaiseFiber MTP/MPO Breakout Cassette is a pre-terminated, factory tested, modular system that provides simplified installations in the field. Breakout cassettes offer a reliable access point for MTP/MPO backbone cables to convert over to individual duplex LC connectors. Utilizing pre-terminated cable assemblies and patch cables in conjunction with breakout cassettes allow for simplified cable management, fast deployment, and easy access during network upgrades.

When deploying an MTP/MPO Breakout Cassette in a network, it is critical to match the connectivity type of the module to the other components (breakout cassettes, patch cables, and trunk cable) that are used within the link. Common connectivity methods are referred to as Type A, Type B, and Type C and each require a pair-wise flip at some point in the link. RaiseFiber MTP/MPO Breakout Cassettes are built with Type A connectivity methods unless otherwise noted.

MTP/MPO Breakout Cassettes feature an LGX mounting footprint and are compatible with RaiseFiber rack and wall mount patch panels and interconnects.

Product Specification

Fiber Count 12 Fibers Fiber Mode Single Mode/ Multimode
Front Connector Type LC UPC Duplex (Blue) No. of LC Port 6 Ports
Rear Connector Type MTP/MPO Male No. of MTP/MPO Port 1 Port
MTP/MPO Adapter Key up to Key down Housing Type Cassette
Material of Sleeve Zirconia Ceramic Material of Cassette Body ABS Plastic
Polarity Type A (A and AF used as a Pair) Dimensions (HxWxD) 97.49mm*32.8mm*123.41mm
Standard RoHS Compliant Application Matching for Rack Mount Enclosures

Optical Performance

MPO/MTP Connector MM Standard MM Low Loss SM Standard SM Low Loss
Insertion Loss Typical ≤0.35dB ≤0.20dB ≤0.35dB ≤0.20dB
Max ≤0.65dB ≤0.35dB ≤0.75dB ≤0.35dB
Return Loss ≧25dB ≧35dB APC≧55dB
Durability ≤0.3dB (change 1000matings) ≤0.3dB (change 500matings)
Exchangeability ≤0.3dB (Connector randomly) ≤0.3dB (Connector randomly)
Tensile Strength ≤0.3dB (Max 66N) ≤0.3dB (Max 66N)
Vibration ≤0.3dB (10~55Hz) ≤0.3dB (10~55Hz)
Operation Temperature -40℃ ~ +75℃ -40℃ ~ +75℃

Generic Connector Performance

LC, SC, FC, ST Connector Singlemode Multimode
UPC APC PC
Maximum Insertion Loss ≤ 0.3 dB ≤ 0.3 dB ≤ 0.3 dB
Typical Insertion Loss ≤ 0.2 dB ≤ 0.2 dB ≤ 0.2 dB
Return Loss ≧ 50 dB ≧ 60 dB ≧ 25 dB
Operating Temperature -40℃ ~ +75℃ -40℃ ~ +75℃
Test Wavelength 1310/1550nm 850/1300nm

Product Features

● Customized Fiber Type and Connector Port;

● Customized MPO MTP connector, with pin or without pin optional

● Each box can hold 12port or 24port LC adapters;

● MTP/MPO Adapter, LC Multimode Adapter, and MTP/MPO to LC multimode Optical Patch Cord

● Multimode OM1/OM2/OM3/OM4/OM5 fiber cable

● Cassettes can be easily mounted on the patch panel, designed for MPO/MTP ultra high-density panel system

● 100% tested for low insertion loss performance and high return loss

● Simplifies cable management and allows for higher density

● Tool-less Installation for Fast Wiring

● Labeled to Identify Channel, Wiring, and Polarity

● RoHS compliant

12 Fibers MTP/MPO to 6x LC/UPC Duplex Single Mode Cassette, Type A

24 Fibers MTPMPO to 12x LC Duplex Single Mode Cassette, Type A-1
24 Fibers MTPMPO to 12x LC Duplex Single Mode Cassette, Type A-2

24 Fibers MTP/MPO to 12x LC Duplex Multimode Cassette, Type A

24 Fibers MTPMPO to 12x LCUPC Duplex Cassette, Type A (1)
24 Fibers MTPMPO to 12x LCUPC Duplex Cassette, Type A (2)

Veratile Solutions for Different Patching System

Veratile Solutions for Different Patching System

Rapid Deployment and Tool-less Installation

For additional flexibility, you can mount the cassettes in our rack mount or wall mount enclosures, and this scalable designs can grow with your network system.

Rapid Deployment and Tool-less Installation

  • Previous:
  • Next:

  • Write your message here and send it to us