24F MTPĀ® (Male) -LC Fan-out 0.9mm 30cm cables

This series products are Engineered for next-generation ultra-high-density data centers, this 24F MTPĀ® (Male) to LC Fan-out cable acts as a massive transition hub for MTP-LC LGX module cassettes. Featuring a single 24-fiber MTPĀ® Male connector that efficiently breaks out into individual LC interfaces via 0.9mm tight-buffered legs, it dramatically maximizes port utilization in highly compact rack spaces.

The precisely calibrated 30cm fan-out length is specifically tailored to fit the complex internal architecture of high-capacity LGX cassettes. This exact sizing prevents cable congestion and ensures optimal bend radius management, maintaining a clean and organized cabling environment. Every assembly is factory-terminated and rigorously tested to guarantee minimal insertion loss and exceptional signal integrity.

In practical applications, this plug-and-play solution is extensively deployed to bridge ultra-high-density MTPĀ® trunks with traditional LC patch panels or active equipment. It is widely utilized in 400G parallel optics deployments, enabling seamless connectivity between core switches, high-performance computing clusters, and storage arrays. By eliminating the need for on-site fiber splicing, it significantly accelerates deployment timelines and provides a streamlined, future-proof pathway for migrating legacy LC infrastructure to high-capacity MTPĀ® backbone networks.

Description

24F MTPĀ® (Male) -LCĀ 0.9mm 30cm patch cable’s Optical Specification:

Spec items. Insertion lossĀ (IEC 61300-3-xx) Return loss(IEC 61300-3-6 /TIA/EIA-455-107) Standard
MTP SM Standard MTPļ¼šā‰¤0.75dB(max), ≤0.50dB(Typical)
Elite MTP:≤0.35dB(max), ≤0.20dB(Typical)
APC≄60dB; PC≄50dB IEC 61300-3-4 / TIA/EIA-455-34
MTP MM Standard MTPļ¼šā‰¤0.6dB(max), ≤0.50dB(Typical)
Elite MTP:≤0.35dB(max), ≤0.20dB(Typical)
PC≄50dB IEC 61300-3-34 / TIA/EIA-455-61
LC SM ≤0.3dB APC≄60dB; PC≄50dB IEC 61300-3-4 / TIA/EIA-455-34
LC MM ≤0.3dB PC≄50dB IEC 61300-3-34 / TIA/EIA-455-61

End-Face 3D Interference Index

Parameter MTPĀ® LC Standard
Radius of Curvature, ROC X: ≄ 2000 mm,Y: 50 mm 10 ~ 25 mm (PC)
5 ~ 12 mm (APC)
IEC 61300-3-30
Fiber Height / Protrusion -300 nm ~ +300 nm ± 100 nm IEC 61300-3-30
Apex Offset N/A ≤ 50 μm IEC 61300-3-30
Angle 8.0° ± 0.5° (APC) 8.0° ± 0.5° (APC) IEC 61300-3-30
Core Dip “-200 nm ~ +300 nm (SM)” N/A IEC 61300-3-30

Ā 

LC End-face Quality (SM)

Zone Range (μm) Scratches Defects Reference
A: Core 0 to 25 None None IEC 61300-3-35:2015
B: Cladding 25 to 115 None None
C: Adhesive 115 to 135 None None
D: Contact 135 to 250 None None
E: Rest of ferrule None None

Ā 

LC End-face Quality (MM)

Zone Range (μm) Scratches Defects Reference
A: Core 0 to 65 None None IEC 61300-3-35:2015
B: Cladding 65 to 115 None None
C: Adhesive 115 to 135 None None
D: Contact 135 to 250 None None
E: Rest of ferrule None None

Cable Drawing

Cable Drawing8

MTPĀ® Connector Types

MPO Connector Types

Connector Fiber Channel
Ā Mtp3 24 Fibers Fiber Channel
MTPĀ® Female Connectors 24 Fibers
Note: Female connector need to connect with male connector type.

Ā 

MTPĀ® products’ Details& Standard:

Connector Reference Housing Details
MTPĀ® Singlemode IEC 61754-7 SM APC: Green connectors+black boot (Standard Loss MTP)

SM APC: Yellow connectors+black boot (Elite MTP)

MTPĀ® Multimode IEC 61754-7 OM3 PC: Aqua connectors+black boot (Standard Loss&Elite MTP)

OM4 PC: Magenta connectors+black boot (Standard Loss&Elite MTP)

  • Meets IEC Standard IEC-61754-7; IEC61755, Telcordia GR-1435-CORE, JIS C5982; TIA-604-5(FOCIS5) compliant
  • Structured cabling per TIA-568-C
  • 10G Fiber Channel Compliant
  • 40G and 100G IEEE 802.3

Application

Cassette2Cassette6

  1. Data Center High-Speed Migration:Ā Essential for upgrading legacy 10G networks toĀ 40G (QSFP+) and 100G (QSFP28)Ā architectures. The MPO end connects to the high-speed switch, while the LC ends distribute signals to break-out modules or legacy equipment.
  2. Server Rack Interconnects:Ā TheĀ 30cm lengthĀ is specifically designed for “Top-of-Rack” (ToR) switching environments, connecting patch panels to servers without excess cable clutter, improving airflow and cooling efficiency.
  3. Fiber-to-the-Antenna (FTTA):Ā In telecom infrastructure, these cables connect remote radio heads to baseband units, where space is limited and durability is required.
  4. Test and Measurement:Ā Ideal for lab environments where technicians need to quickly adapt MPO-based test equipment to standard LC interfaces for debugging optical links.

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