AddOn Networks ADD-MPO-4LC3M9SMF fiber optic cable 118.1" (3 m) MPO/MTP LC OS1 Yellow

AddOn Networks ADD-MPO-4LC3M9SMF. Cable length: 118.1" (3 m), Fiber optic type: OS1, Connector 1: MPO/MTP, Connector 2: LC, Core diameter: 9 µm, Full duplex
Manufacturer: AddOn Networks
SKU: 4070895
Manufacturer part number: ADD-MPO-4LC3M9SMF
UPC: 0821455142202
MSRP: $133.84
$92.30
This is a 3m single-mode fiber (SMF) MPO/4xLC duplex fanout yellow patch cable. This cable utilizes a female (no pins) MPO connector on one end, and 8 LC (4 LC duplex) male plugs on the other end. This SMF 9/125 cable provides high-density connection for network equipment. Our MPO to 4xLC duplex cable provides savings in circuit card and rack space. In addition, it accomodates speeds up to 40 gigabits, commonly used in QSFP applications. This patch cable is recommended for connections between fiber patch panels, hubs, switches, media converters and routers, etc. Our patch cables are 100% compliant for all of your networking needs. They provide higher speeds and increased bandwidth, compared to conventional twisted-pair copper cable. Each cable is 100% optically tested for insertion loss before you take ownership. Now you have a cost effective solution to your network upgrade needs.
This is a 3m single-mode fiber (SMF) MPO/4xLC duplex fanout yellow patch cable. This cable utilizes a female (no pins) MPO connector on one end, and 8 LC (4 LC duplex) male plugs on the other end. This SMF 9/125 cable provides high-density connection for network equipment. Our MPO to 4xLC duplex cable provides savings in circuit card and rack space. In addition, it accomodates speeds up to 40 gigabits, commonly used in QSFP applications. This patch cable is recommended for connections between fiber patch panels, hubs, switches, media converters and routers, etc. Our patch cables are 100% compliant for all of your networking needs. They provide higher speeds and increased bandwidth, compared to conventional twisted-pair copper cable. Each cable is 100% optically tested for insertion loss before you take ownership. Now you have a cost effective solution to your network upgrade needs.
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