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LF104 High-Density MPO Patch Cable

Q: Can MPO patch cables be customized for project requirements?

Yes. MPO patch cables can be customized by fiber count, length, polarity, connector type, jacket material, color, pulling eye, label and packing. Samples and project-specific configurations can be arranged before bulk production.

Q: What insertion loss is suitable for MPO single-mode and multimode links?

Standard MPO patch cables are suitable for many general links, while low-loss MPO cables are recommended for data centers, 40G/100G/400G links or networks with tight optical budgets. Buyers should confirm the acceptable insertion loss according to the total link budget.

Q: What should B2B buyers confirm before ordering MPO patch cables in bulk?

Confirm fiber count, fiber type, connector gender, polarity, length, jacket material, cable diameter, insertion loss grade, package label and test report requirements. These details prevent wrong polarity, high link loss or installation delays after the shipment arrives.

Q: How do I choose Type A, Type B or Type C polarity for MPO patch cables?

Polarity depends on the network design and the connected equipment. Type A is straight-through, Type B is crossed, and Type C is pair-flipped. For bulk orders, buyers should confirm the required polarity with the patch panel, cassette and transceiver layout before production.

Q: What is an MPO patch cable used for in data center cabling?

MPO patch cables are used for high-density fiber connections between patch panels, cassettes, switches and optical modules. They help reduce installation time, save rack space and support fast network expansion in data centers, telecom rooms and enterprise fiber links.

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Product Description

LinkFiber MPO trunk cables are engineered for high-capacity fiber environments. They are widely utilized in optical communication systems, CATV networks, telecommunication networks, LAN, WAN, data center cabling, and optical link interconnections for active equipment. By deploying high-density trunk cables, network installation time and overall costs are significantly reduced, making it an ideal solution for modern data centers and enterprise networks.

Key Features

Fast Engineering Deployment: Multi-core plug-and-play capability eliminates tedious field terminations, significantly boosting construction and installation efficiency.
Space-Saving Design: The high-density, compact MPO connector design maximizes space utilization in racks and cable trays.
Easy Expansion: Seamless network upgrades and cabling expansions are easily achieved when paired with LiknFiber MPO patch panels and module cassettes.
Flexible Cabling: Highly customizable. Customers can specify exact lengths, polarities, and specifications tailored to their specific application requirements.

Standards Compliance

Our products strictly comply with international industry standards, including: YD/T 1272.5-2019, Telcordia GR-1435-CORE Issue, IEC 61300-3-30, IEC 61754-7, IEC 61755-3-31, and IEC 60332.

Technical Specifications

Product Performance

Parameter	Single-mode (SM)	Multi-mode (MM)
Test Wavelength (nm)	1310 & 1550	850 & 1300
Insertion Loss (IL, dB)	≤ 0.75 (Standard); ≤ 0.35 (Low Loss)	≤ 0.6 (Standard); ≤ 0.35 (Low Loss)*
Return Loss (RL, dB)	≥ 60 (APC); ≥ 50 (PC)	≥ 25
Mechanical Durability	> 50 matings, IL change < 0.2dB	> 50 matings, IL change < 0.2dB
Bend Radius	10D (Static); 20D (Dynamic)	10D (Static); 20D (Dynamic)
Tensile Strength	150N	150N
Storage Temperature (℃)	-40 ~ 80	-40 ~ 80
Operating Temperature (℃)	-25 ~ 70	-25 ~ 70
*Note: LiknFiber standard multi-mode MPO products utilize low-loss ferrules (IL ≤ 0.35dB).

Ferrule End-Face Geometry (3D Interference)

Item	Minimum	Maximum
X-axis Tilt Angle (SX, °)	-0.2	0.2
Y-axis Tilt Angle (SY, °)	-0.2	0.2
Fiber Protrusion Height (H, nm)	1000	3500
Adjacent Fiber Height Diff (HA, nm)	0	300
Fiber Center Undercut (CD, nm)	0	100
X-axis Radius of Curvature (RX, mm)	2000	—
Y-axis Radius of Curvature (RY, mm)	5	—

Polarity Options

Please specify the required polarity when ordering. LiknFiber's standard MPO cables default to Type B (Cross). We also fully support customization for Type A (Straight), Type C (Pair Cross), or other specific polarities upon request.

FAQ

Q：

Can MPO patch cables be customized for project requirements?

A：

Yes. MPO patch cables can be customized by fiber count, length, polarity, connector type, jacket material, color, pulling eye, label and packing. Samples and project-specific configurations can be arranged before bulk production.

Q：

What insertion loss is suitable for MPO single-mode and multimode links?

A：

Standard MPO patch cables are suitable for many general links, while low-loss MPO cables are recommended for data centers, 40G/100G/400G links or networks with tight optical budgets. Buyers should confirm the acceptable insertion loss according to the total link budget.

Q：

What should B2B buyers confirm before ordering MPO patch cables in bulk?

A：

Confirm fiber count, fiber type, connector gender, polarity, length, jacket material, cable diameter, insertion loss grade, package label and test report requirements. These details prevent wrong polarity, high link loss or installation delays after the shipment arrives.

Q：

How do I choose Type A, Type B or Type C polarity for MPO patch cables?

A：

Polarity depends on the network design and the connected equipment. Type A is straight-through, Type B is crossed, and Type C is pair-flipped. For bulk orders, buyers should confirm the required polarity with the patch panel, cassette and transceiver layout before production.

Q：

What is an MPO patch cable used for in data center cabling?

A：

MPO patch cables are used for high-density fiber connections between patch panels, cassettes, switches and optical modules. They help reduce installation time, save rack space and support fast network expansion in data centers, telecom rooms and enterprise fiber links.

Inquiry

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