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High Density MPO/MTP Cable Manufacturer

As a leading MPO/MTP cable assembly manufacturer, Yingda specializes in producing various MPO MTP connectors and patch cords, and can provide high-density integrated MPO/MTP cassette modules and MPO patch panels that assembled adapters, patch cords to meet the requirements of high-density and flexible wiring.

At present, Yingda can provide SENKO, USCONEC, OptoNest, NISSIN and connectors MADE IN CHINA. If customers have specific requirements, please inform the salesperson in advance.

MPO (Multi-fiber Push On) cables are widely used in the following core scenarios due to their high density, high speed and flexible wiring advantages: Data center cabling, Communication network, Enterprise network and campus network, Industrial automation, Medical and scientific research equipment, Military and aerospace, High performance computing (HPC), Broadcasting and media, CPO (co-packaged optics), 40G, 100G, 400G,800G network upgrading.

MPO/MTP Cable Industry Standards & Compliance

To ensure high performance and seamless intermateability in high-density data centers, all our MPO/MTP fiber optic cables are manufactured and tested in strict compliance with the following international standards:

  • Mechanical & Interface Standards:Fully compliant with IEC 61754-7 and TIA-604-5 (FOCIS 5), ensuring 100% compatibility with standard MPO/MTP brand interfaces and transceivers.
  • Wiring & Polarity Control:Supports Type A, Type B, and Type C wiring configurations based on the ANSI/TIA-568-C.3 standard to maintain proper signal routing.
  • Optical Performance & Cleanliness:100% factory tested. End-face quality meets IEC 61300-3-35  Available in standard and Elite Low-Loss (≤0.35dB) specifications according to IEC 61753-1.
  • Fire Safety & Cable Jackets:Offered in various fire-retardant materials, including OFNP (Plenum),OFNR (Riser)for North America, and LSZH with Euroclass CPR (B2ca/Cca) ratings for European markets.

Strict Testing Process Ensure High Performance MPO Cable

Quality is the First Priority!  In order to keep stable quality for long term, Yingda adopt following testing processes involved during mass production: end-face inspection (cleaning and geometry verification), 3D interferometry analysis, IL/RL testing (Insertion Loss and Return Loss), and polarity testing. These procedures ensure that the end faces of these high-density, multi-fiber connectors are clean and that their geometric parameters meet the required standards, thereby guaranteeing high-quality optical signal transmission and correct signal mapping. Typically, checks are also conducted on the installation status of the guide pins, followed by a final comprehensive factory-wide test, to ensure connection stability.

fiber end face inspection (mpo mtp)

Fiber End-face Inspection

Inspecting the end face of the MT ferrule for stains, scratches, or pits is the first step in ensuring connection quality.

3d interferometer test (mpo mtp)

3D Interferometer Test

Measure the geometric parameters of the MT ferrule end face—including fiber height, radius of curvature, and apex offset—to ensure that the polishing process meets the specified requirements, thereby enhancing product quality and reliability.

ilrl test (mpo mtp)

IL/RL Test

Each optical fiber's Insertion Loss (IL) and Return Loss (RL)—key transmission performance metrics—are measured using a high-precision optical power meter, and the resulting test data reports are automatically saved.

polarity test (mpo mtp)

Fiber Polarity Test

Verify that the transmit (Tx) and receive (Rx) fiber mapping within the MPO patch cables (Type A/B/C) is correct to ensure proper network connectivity.

How to Choose Between 12-Core and 24-Core MPO/MTP Cables for Data Center Architecture?

When designing a high-density data center cabling system, choosing between 12-core MPO and 24-core MPO infrastructure is a critical decision. This choice impacts not only your current networking speed but also future migration paths, overall fiber utilization, and initial deployment costs.

To help network engineers optimize their optical budget and cable management, here is a detailed breakdown of 12-core vs. 24-core MPO/MTP cable architectures:

Feature / Metric

12-Core MPO/MTP Architecture

24-Core MPO/MTP Architecture

Fiber Utilization (40G/100G SR4)

67% (8 fibers used, 4 fibers wasted per link)

100% (One 24-core MPO supports three 100G links)

Cabling Density

Standard high-density.

Double the density of 12-core in the same pathway.

Future Upgrade Path

Ideal for standard 40G/100G/400G (Base-8/Base-12).

Perfect for 400G/800G breakout & ultra-dense backbone.

Installation Complexity

More individual cables to manage and plug.

Reduced cable count, cleaner airflow, but requires precise polarity control.

1. When to Choose 12-Core MPO/MTP?

  • Base-8 & Base-12 Legacy Infrastructure: If your data center already uses standard 12-fiber cassette modules or transceivers that rely on the Base-12routing method, continuing with 12-core MPO trunk cables maintains system continuity.
  • Direct QSFP+ / QSFP28 Connections: For standard 40G Base-SR4 and 100G Base-SR4 optical modules, they only require 8 fibers (4 Tx and 4 Rx). A 12-core MPO cableis the traditional choice for point-to-point connections.

2. When to Choose 24-Core MPO/MTP?

  • Maximizing 40G/100G Fiber Efficiency: Using 12-core MPO for 40G/100G SR4 leaves 4 fibers wasted per cable (33% waste). A 24-core MPO cablecan be split via standard cassettes into three separate 8-fiber links (3 x 8 = 24), achieving 100% fiber utilization with zero wasted channels.
  • Ultra-High Density Backbones: For backbone cabling between MDA (Main Distribution Area) and EDA (Equipment Distribution Area), 24-core cables slash total cable mass by 50%. This improves rack airflow and cooling efficiency inside enterprise server rooms.
  • Next-Gen 400G / 800G Data Centers: High-speed networks increasingly use parallel optics. A single 24-core MPO/MTP can seamlessly support upcoming architectures or be easily broken down into multiple 100G/200G paths using specialized breakout cable.s
MPO Cable Buying FAQ

MPO (Multi-fiber Push On) is the generic industry standard for multi-fiber connectors. MTP® is a registered trademark of US Conec and represents a premium, brand-name MPO connector. Mechanically, MTP® connectors are fully compatible with standard MPO interfaces but feature mechanical enhancements, such as a floating ferrule and elliptical guide pins. These design improvements reduce insertion loss, enhance durability, and ensure more stable optical performance in high-density data centers.

The choice depends on your data center's transmission distance and optical transceiver type.

Single-mode (OS2) MPO cables (typically yellow) are designed for long-reach networks (up to 10km or 40km) using wavelengths like 1310nm, perfectly matching QSFP28 LR4 transceivers.

Multi-mode (OM3/OM4) MPO cables (typically aqua or erika violet) are optimized for short-range high-speed applications (up to 100m or 400m) inside server rooms, widely used with 40G/100G Base-SR4 optics.

MPO/MTP connectors are divided into Male (with alignment pins) and Female (without alignment pins). To establish a valid optical connection, one connector must be Male and the other must be Female. Connecting two male connectors will damage the delicate guide pins, while connecting two female connectors will cause severe alignment failure and high insertion loss. Typically, MPO trunk cables are Female on both ends, while MPO Cassettes/Patch Panels inside distribution boxes feature Male adapters.

Yes, as a leading fiber optic manufacturer, we provide comprehensive OEM and ODM customization services for all MPO/MTP cable assemblies. You can customize the cable length (from 1m to 300m+), outer jacket fire-rating (LSZH, OFNP, OFNR), color-coding standards, fiber counts (8, 12, 24, 48, or 72 cores), and strict polarity mapping (Type A, B, or C) to match your custom data center architecture.

MPO cable is a patch cord or pigtail with MPO connectors at both ends of the optical cable, which can play an important role of high-density connection.

MPO is a multi-core fiber connector, and LC is a single-core fiber connector. Choose the one that suits you according to your respective usage scenarios, and both can also be used together.

MPO is a multi-core fiber connector, which is particularly suitable for high-density wiring and saves wiring space. It is a good choice for high-speed transmission and high-density wiring.

Yingda provides conventional neutral packaging bags and supports customization of customers' own labels and marks.

Ordinary MPO cables are in stock and can be shipped after labeling. If no stock, will start production and the delivery time is also very fast, usually 3-5 days. If need to assembly with module or patch panels, the delivery time will be appropriately extended.

Yingda is a MPO cable manufacturer, deeply rooted in the optical fiber industry for 15 years, with refined production and good cost control, so we will definitely give you the most competitive price.

Timely Delivery

High productivity efficiency, skilled front-line operators and strict production control ensure timely delivery.

Quality Assurance

High-precision testing equipment and top industry quality control system ensure high quality standards.

Competitive Price

Long-term stable supply chain and cost control that changes in line with market trends ensure the best price

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