HANGZHOU ZION COMMUNICATION CO., LTD
Our Purpose To provide better signal transmission products and solutions in the world. Our Mission Focusing on customer needs, we provide customers with more competitive signal transmission products,
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Zion Code: ZCM16157X
Zion Description: 24F MPO (Male) - LC Fan-out 0.9mm 30-35cm Patch Cable
The 24F MPO-LC Fan-out Patch Cable is designed to connect 24-fiber MPO connectors to LC connectors,
which is ideal for high-density data center environments. This high-performance cable is optimized for 10G, 40G,
and 100G applications, such as 100GBASE-SR10 CXP/CFP interconnect solutions and 100GBASE-LR4 optical
links. It is a short patch cable, with lengths ranging from 30 to 35 cm, offering compactness and flexibility in
space-constrained environments.
MPO Connector: Male (IEC 61754-7 compliant).
LC Connector: Single-fiber connectors on the other end.
Available with various configurations like LC/SC/FC/ST terminations.
IEC 61754-7, IEC 61755, Telcordia GR-1435-CORE, JIS C5982
TIA-604-5 (FOCIS5) compliant (Structured cabling per TIA-568-C).
10G Fiber Channel Compliant.
IEEE 802.3 (40G and 100G compliant).
Low Insertion Loss & High Return Loss:
Ensures stable and efficient signal transmission, minimizing signal loss.
Multi-Fiber MPO Connector:
24-fiber MPO connectors support high-speed transmission and enable space-saving in high-density installations.
Optimized for High-Speed Applications:
Durability & Reliability:
Tested for 200 matings with less than 0.3dB insertion loss change.
High-Quality Fiber Materials:
Fiber types available for various applications, such as OM1, OM2, OM3, OM4, OM5, and G657A/B fibers.
Data Centers:
Designed to handle the high-density cabling requirements of data centers.
Fiber Optic to Building (FTTB):
Used for connecting fiber optic infrastructure to buildings.
Transceiver Equipment:
Internal fiber connections for high-speed optical devices (e.g., QSFP+, 100G optical transceivers).
High-Density Networks:
Ideal for networks requiring optimized, low-profile, high-bandwidth connections.
Fiber Count: 8 fibers (MPO to LC)
Connector Types: MPO (Male) on one end, LC connectors on the other end.
Cable Type: 0.9mm, high-density fan-out patch cable.
Length: 30-35 cm, designed for short patch connections.
Application: Suitable for high-density data centers and network environments requiring compact, reliable
fiber connections.
Fiber Count: 12 fibers (MPO to LC)
Connector Types: MPO (Male) and LC connectors.
Cable Type: 0.9mm fan-out cable, designed for compact patching solutions.
Length: 30-35 cm.
Application: Ideal for high-speed applications, including 40G and 100G networks in data centers.
Fiber Count: 24 fibers (MPO to LC)
Connector Types: MPO (Male) and LC connectors.
Cable Type: 0.9mm patch cable, offering high-density, space-efficient connectivity.
Length: 30-35 cm.
Application: Optimized for use in 100G and 40G data center connections and high-speed fiber optic networks.
Fiber Count: 8 fibers (MTP to LC)
Connector Types: MTP (Male) on one end, LC connectors on the other.
Cable Type: 0.9mm fan-out cable.
Length: 30-35 cm.
Application: Used in high-density data center environments for interconnects between MTP and LC-based
network devices.
Fiber Count: 12 fibers (MTP to LC)
Connector Types: MTP (Male) to LC connectors.
Cable Type: 0.9mm cable for efficient fiber management.
Length: 30-35 cm.
Application: Suited for 40G and 100G networks, ideal for high-density environments like data centers.
Fiber Count: 24 fibers (MTP to LC)
Connector Types: MTP (Male) and LC connectors.
Cable Type: 0.9mm high-density fan-out cable.
Length: 30-35 cm.
Application: Perfect for 100G, 40G, and high-density data center applications requiring space-efficient patching.
Naming Rules&Order Confirmation Information:
Connector Fiber Channel
Material’s details
This easily taken and well-protected fiber optical cable package has been labelled and marked by OMC as default .
Standard carton size : 34*22*15 cm; 44*34*24 cm ; 54*39*34 cm . Which carton to be used depends on goods Qty .
Packing can be customized.