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    01x MXC – 01x MXC 32F RIBBON JUMPER

    • Datasheet
    • Drawing
    • Cable assemblies with MXC connectors use optical interconnect technology adopted by the open compute consortium, targeting high-broadband data centre interconnection. The expanded beam PRIZM MT ferrule used in the MXC connector offers higher resistance to dust and dirt contamination. MXC to MXC trunks are designed for short-distance, high-broadband connections within a rack or cabinet.
    • The 32 fibres, which are grouped into two 16-fiber bare ribbons terminated on both sides by MXC connectors, are carried in the new PRIZM® MT ferrule – the type with the highest number of lenses: 2 rows, each with 16 lenses. PRIZM® MT ferrules greatly reduce sensitivity to debris, and MXC connectors take up less space in comparison to standard MPO/MTP connectors.
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    Temperature range
    		 Indoor controlled environment (-10°C/+60°C)
    Cable parameters
    Jacket material
    N/A
    Cable construction
    		 Bare ribbon
    Outer dimension
    		 approx. 4,3mm x 0,34mm (one ribbon)
    Fiber count
    		 2×16
    Fiber type
    MMF OM3/OM4
    Temperature range
    operation: -20°C to +70°C
    storage: -20°C to +70°C
    installion: 0°C to +70°C
    Connector parameters
    		MXC
    Compliance
    US CONEC standard
    Colour of housing
    Aqua
    Colour of boot
    		 Black
    Polish
    		 N/A
    Insertion Loss (acc. IEC 61300-3-4 method B) <0,8dB (@850nm)
    Return Loss (GUARANTEED VALUE) >25dB (@850nm)
    Identification Marking sleeve with unique serial number.
    Packaging
    Each assembly in sealed PE bag, bulk pack in cardboard box.
    Description
    Partnumber/Ordering code
    01x MXC PLUG – 01x MXC PLUG 32F OM3 JUMPER (RIBBON PEELABLE)
    B323-QQX-xxxx-1X
    01x MXC PLUG – 01x MXC PLUG 32F OM3 JUMPER (RIBBON NON-PEELABLE)
    B323-QQX-xxxx-2X
    01x MXC RECEPTACLE – 01x MXC RECEPTACLE 32F OM3 JUMPER (RIBBON PEELABLE)
    B323-11X-xxxx-1X
    01x MXC RECEPTACLE – 01x MXC RECEPTACLE 32F OM3 JUMPER (RIBBON NON-PEELABLE)
    B323-11X-xxxx-2X
    *also available with PRIZM MT and MXC PLUG PROTRUDED connector. For more information see the drawing.
    *also available in OM4 mode.

    Related products

    • Cable assemblies with MXC connectors use optical interconnect technology adopted by the open compute consortium, targeting high-broadband data centre interconnection. The expanded beam PRIZM MT ferrule used in the MXC connector offers higher resistance to dust and dirt contamination.
    • The 12 fibres bare ribbon terminated on one side with an MTP connector and on the other side with an MXC connector. The MXC connector carries the new PRIZM® MT ferrule with lenses, which makes it impervious to dust and dirt contamination. The PRIZM® MT ferrule’s hermaphroditic functionality eliminates the need for costly stainless steel guide pins, while the MXC connector takes up less space in comparison to a standard MPO/MTP connector.
    • Cable assemblies with MXC connectors use optical interconnect technology adopted by the open compute consortium, targeting high-broadband data centre interconnection. The expanded beam PRIZM MT ferrule used in the MXC connector offers higher resistance to dust and dirt contamination.
    • The 48 fibres are grouped into four 12-fibre bare ribbons terminated on one side with an MTP connector and on the other side with an MXC connector. The MXC connector carries the new PRIZM® MT ferrule with lenses, which makes it impervious to dust and dirt contamination. The PRIZM® MT ferrule’s hermaphroditic functionality eliminates the need for costly stainless steel guide pins, while the MXC connector takes up less space in comparison to a standard MPO/MTP connector.
    • The fanout solution is designed for the testing of individual channels of MXC assemblies in the design stage. Fibres are separated into individual fibres, protected by 900um tubings and terminated by LC connectors with high-precision zirconia ferrules.
    • Individual channels terminated by LC connectors are identified by marking sleeves for easy identification of each channel.
    01x MXC – 12x LC/PC 2.0mm 12F ROUND FANOUT
    • The fanout solution is designed for the testing of individual channels of MXC assemblies in the design stage. Fibres are separated into individual fibres, protected by 2.0mm tubings and terminated by LC connectors with high-precision zirconia ferrules.
    • Individual channels terminated by LC connectors are identified by marking sleeves for easy identification of each channel.
    01x MXC RECEPTACLE – 02x PRIZM LT 32F RIBBON JUMPER
    • A “backplane” solution for high-speed optical connections directly from PCB to card edge, the MXC receptacle on the card edge offers a compact design with a small footprint and a ruggedised interface using an expanded beam PRIZM MT ferrule. The PRIZM LT connector offers the possibility of using AVAGO MiniPODs/MicroPODs or US CONEC MOI for direct PCB connection.
    • On one side, the assembly carries 32 fibres with MXC receptacle connector on the other side, it is equipped with two PRIZM® LightTurn connectors. The MXC connector carries the new PRIZM® MT ferrule with two rows of lenses. This combination brings a perfect card edge solution with a small connection footprint and increased resistance against debris. PRIZM® LightTurn® miniature detachable connectors provide for perpendicular connection to printed circuit boards, and are very often used for connection to AVAGO MiniPOD / MicroPOD parallel optic modules.
    • Cable assemblies with MXC connectors use optical interconnect technology adopted by the open compute consortium, targeting high-broadband data centre interconnection. The expanded beam PRIZM MT ferrule used in the MXC connector offers higher resistance to dust and dirt contamination. MXC to MXC trunks are designed for short-distance, high-broadband connections within a rack or cabinet.
    • The thin 16-fibre round cable is terminated on both sides with MXC connectors which carry the basic type of PRIZM® MT ferrules with one row of lenses. PRIZM® MT ferrules greatly reduce sensitivity to debris, and MXC connectors take up less space in comparison to standard MPO/MTP connectors. With a lower spring force, this assembly is suitable for applications which demand the repeated mating of connectors. The round cable structure imparts sufficient flexibility to the assembly.
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