High-Density 72-Core MPO/MTP Breakout Trunk Cable

Revolutionize your high-density network infrastructure with MEFiberOptic’s 72-Core MPO/MTP Trunk Cables, available as direct MPO/MTP connections or as “converted” breakout/fanout assemblies. These cables are engineered to provide an unparalleled concentration of fiber connections in a compact footprint, making them essential for modern data centers, enterprise backbones, and any environment demanding efficient space utilization and rapid deployment.

A single 72-fiber MPO/MTP trunk cable can replace up to 36 traditional duplex fiber patch cords when configured as a breakout assembly (e.g., MPO to 36x Duplex LC connectors), drastically reducing cable congestion, improving airflow, and simplifying cable management. Whether you need a high-density MPO-to-MPO backbone link or a robust MPO-to-simplex/duplex fanout to connect to diverse equipment, our customizable solutions are factory terminated and 100% tested to ensure optimal performance and reliability right out of the box.

Key Features (Leveraging your existing “Features” and “Technical Specifications”):

• Ultra-High Fiber Count: 72 fibers in a single cable assembly for maximum density.
• Connector Flexibility:
  • MPO/MTP Connectors: Available with Male or Female MPO/MTP connectors (with or without pins).
  • Breakout/Converted Ends: Fanout to a wide range of simplex or duplex connectors including LC, SC, FC, ST, MTRJ (Uniboot LC and other compact options available).
• Fiber Type Options: (Based on your “Fiber type” in Technical Specifications)
  • Single-mode: G652D (Standard SMF), G657A1, G657A2 (Bend-Insensitive SMF) – OS2
  • Multi-mode: OM1 (62.5/125μm), OM2 (50/125μm), OM3 (50/125μm Laser Optimized), OM4 (50/125μm Bend Insensitive), OM5 (50/125μm Wideband)
• Customizable Lengths: Tailor cable lengths to your exact requirements, minimizing slack and optimizing pathways.
• Polarity Options: Standard Type A, Type B, or Type C, or custom polarity configurations available to meet specific network architectures (e.g., for 40G/100G/400G parallel optics).
• Jacket Material Options: (Based on your “Cable jacket” in Technical Specifications)
  • LSZH (Low Smoke Zero Halogen)
  • OFNP (Plenum)
  • OFNR (Riser)
  • TPU (Thermoplastic Polyurethane) for ruggedized applications
• Cable Diameter: Optimized for density (e.g., 72F typically around 5.4mm to 7.8mm depending on jacket, refer to your specs).
• Low Insertion Loss: Factory-terminated and polished for minimal signal degradation (e.g., MPO ≤0.6dB, LC ≤0.3dB typical – verify with your datasheet).
• High Return Loss: Ensuring signal integrity (e.g., SMF UPC >50dB, APC >60dB; MMF PC >35dB – verify with your datasheet).
• Durability & Reliability: Designed for long-term performance with specified tensile strength, crush resistance, and operating temperature range (-20°C to +70°C as per your specs).
• Factory Terminated & Tested: 100% inspected for insertion loss, return loss, and end-face geometry. Test reports available.
• Compliance: Meets relevant IEC, TIA/EIA standards. RoHS compliant.

Benefits:

• Space Optimization: Drastically reduces cable volume and pathway congestion compared to individual patch cords.
• Rapid Deployment: Pre-terminated assemblies simplify installation, reducing time and labor costs.
• Improved Airflow & Cooling: Less cable clutter allows for better airflow, enhancing equipment cooling and efficiency.
• Simplified Cable Management: Easier to organize, trace, and manage high-density connections.
• Cost Savings: Lower overall cost of installation and maintenance in high-density environments.
• Scalability & Future-Proofing: Provides a robust infrastructure for current needs and future upgrades to higher data rates (e.g., 40G, 100G, 400G breakouts from MPO).
• Guaranteed Performance: Factory testing ensures reliable connectivity and minimizes troubleshooting.
• Customization: Tailored solutions to perfectly match specific network design requirements.

Applications (Expanding on your existing list):

• Data Center Interconnects & Cross-Connects: Backbone cabling between racks, rows, and zones.
• High-Density SAN (Storage Area Networks): Connecting servers to storage arrays.
• Telecommunication Networks: Central office and distribution points.
• Enterprise Networks: Core network backbones and distribution areas.
• Parallel Optics Applications: Breakout for 40GbE (QSFP+ using 8 fibers), 100GbE (QSFP28 using 8 or 24 fibers depending on SR4/SR10/PSM4), and emerging 400GbE deployments.
• Modular Patch Panel Systems: Connecting MPO cassettes or MPO adapter panels to active equipment.
• Testing & Lab Environments: High-density, flexible connectivity solutions.

Technical Specifications :

Alternative Names & Keyword Variations:

Customers might search for this product using terms like:

• 72 Fiber MPO Trunk Cable,
• 72 Core MTP Trunk Cable,
• MPO to LC Breakout Cable 72 Fiber,
• MTP to SC Fanout Cable 72 Core,
• 72 Fiber MPO Harness Cable,
• High Density Fiber Optic Trunk,
• 72 Strand MPO Cable,
• MPO Converted Cable 72F,
• Custom MPO Breakout Assembly,
• Data Center MPO Trunk,
• Plenum MPO Trunk Cable 72 Fiber,
• LSZH MTP Breakout Cable 72 Core,
• OS2 MPO Trunk 72F,
• OM4 MTP Breakout 72F

Ordering Information & Customization:

Our 72-Core MPO/MTP Trunk and Breakout Cables are fully customizable to meet your precise networking requirements. When ordering or requesting a quote, please specify:

1. Overall Cable Length: (e.g., 10 meters, 50 feet)
2. Fiber Type: (OS2, OM3, OM4, OM5, etc.)
3. Connector End A:
   • Type: MPO or MTP
   • Gender: Male (Pinned) or Female (Unpinned)
   • Polish: APC (for Single-mode) or UPC/PC (for Multi-mode/Single-mode)
4. Connector End B:
   • Type: MPO/MTP (specify gender/polish) OR Breakout Connectors (e.g., 36x Duplex LC, 72x Simplex SC)
   • Breakout Connector Polish: UPC or APC
   • Breakout Style: (e.g., even length fanout, staggered fanout)
   • Breakout Leg Length: (e.g., 0.5m, 1m)
   • Breakout Leg Diameter: (e.g., 0.9mm, 2.0mm)
5. Polarity: (e.g., Type A, Type B, Type C, Custom for trunks; Standard fanout or custom mapping for breakouts)
6. Jacket Material: (LSZH, OFNP Plenum, OFNR Riser, etc.)
7. Pulling Eyes: (Optional, specify if needed for installation)

4. FAQ Section

• Q1: What is the difference between an MPO and an MTP® connector?A1: MTP® is a brand name for a high-performance MPO connector developed by US Conec. MTP connectors are designed with improved mechanical and optical performance features but are fully compatible and intermateable with generic MPO connectors that meet IEC-61754-7 and TIA-604-5 standards. Our cables can be supplied with either standard MPO or premium MTP® connectors.
• Q2: What does “72 Core” or “72 Fiber” mean for this cable?A2: It means the main trunk cable contains 72 individual optical fibers. In an MPO/MTP context, these are often grouped into 6 x 12-fiber MPO/MTP connectors if it’s a multi-MPO trunk, or a single high-density MPO connector designed for 72 fibers (less common, usually 72F MPO uses multiple 12F or 24F MPOs on each end for trunks, or one MPO breaking out to many duplex connectors). For a 72F breakout from a single MPO (e.g., a 72F MPO connector or multiple 12/24F MPOs bundled) to LC, it means up to 36 duplex LC connections. Clarify based on your actual 72F MPO connector configuration if it’s a single MPO head or multiple.
• Q3: What is a “converted” or “breakout/fanout” MPO cable?A3: This refers to a cable that has an MPO/MTP connector on one end and multiple simplex (e.g., SC, ST, FC) or duplex (e.g., LC) connectors on the other end. For example, a 72-fiber MPO cable could break out to 36 Duplex LC connectors, allowing connection from a high-density MPO port to 36 individual device ports.
• Q4: What polarity do I need for my MPO trunk cable?A4: The polarity (Type A, B, or C) defines the fiber mapping from one end of the cable to the other.
  • Type A (Straight-through): Fiber 1 on one end connects to Fiber 1 on the other. Requires a flipped patch cord or cassette at one end for a proper Tx-Rx link.
  • Type B (Reversed/Flipped): Fiber 1 on one end connects to Fiber 12 on the other (for 12F MPO). This is common for direct QSFP+ to QSFP+ connections.
  • Type C (Paired Flip): Adjacent fiber pairs are flipped.

  The correct polarity depends on your overall network design, the type of transceivers, and any MPO cassettes or adapter panels used. Please consult your network design or contact us for assistance.

• Q5: Which fiber type (OS2, OM3, OM4, OM5) is right for me?A5:
  • OS2 (Single-mode): For long-distance transmission (kilometers) and higher bandwidth applications, typically used with 1310nm or 1550nm lasers.
  • OM3 (Multi-mode): Laser-optimized for 10 Gbps up to 300m, 40/100 Gbps up to 100m. Aqua jacket.
  • OM4 (Multi-mode): Higher bandwidth than OM3. For 10 Gbps up to 550m, 40/100 Gbps up to 150m. Aqua or Erika Violet jacket.
  • OM5 (Multi-mode): Wideband multi-mode fiber, supports SWDM (Shortwave Wavelength Division Multiplexing) for multiple signals over one fiber. Lime Green jacket. Optimized for 40-400Gbps over short to medium distances.

  Choose based on your distance requirements, data rate, and existing infrastructure.

• Q6: Are these cables factory tested?A6: Yes, all our MPO/MTP trunk and breakout cables are 100% factory tested for insertion loss, return loss, and end-face geometry to ensure they meet stringent quality and performance standards. Test reports can be provided with your order.

5. Installation Steps (Handling & Connection Best Practices)

Installing Your 72-Core MPO/MTP Trunk/Breakout Cable:

1. Inspect Packaging: Before unpacking, check the packaging for any signs of damage during transit.
2. Careful Unpacking & Handling: Unpack the cable carefully, avoiding any sharp bends, twists, or excessive pulling force. If a pulling eye is provided, use it for routing through conduits or pathways.
3. Observe Bend Radius: Do not exceed the cable’s minimum bend radius (dynamic when pulling, static when installed – refer to Technical Specifications). Exceeding this can damage fibers and degrade performance.
4. Clean Connectors: Before mating, always inspect and clean all MPO/MTP and breakout (LC, SC, etc.) connector end-faces using appropriate fiber optic cleaning tools (e.g., one-click cleaners, lint-free wipes with fiber optic grade alcohol). Dust and contaminants are a primary cause of link failure. Keep dust caps on when not connected.
5. Align MPO/MTP Connectors: MPO/MTP connectors have a keying mechanism. Align the key on the male connector with the keyway on the female connector or adapter port. Push gently until it clicks and latches securely. Do not force.
6. Connect Breakout Legs: For breakout cables, connect the individual LC, SC, etc., connectors to the respective equipment ports, ensuring proper alignment and secure latching.
7. Secure Cable & Manage Slack: Route the cable through designated pathways (trays, conduits). Secure it gently using Velcro straps or appropriate fiber management accessories, avoiding overtightening which can pinch fibers. Manage any slack neatly to prevent kinking and maintain good airflow.
8. Verify Connections: After installation, use a fiber optic light source and power meter, or an OTDR (for longer trunks), to verify link integrity and check insertion loss. For critical applications, verify polarity.
9. Labeling: Clearly label both ends of the cable and any breakout legs according to your network documentation plan for easier identification and troubleshooting.

Removal:

1. Release Latch: For MPO/MTP, gently pull back on the outer housing (sleeve) of the connector to release the latching mechanism before pulling it out. For LC/SC connectors, depress the latch.
2. Pull Straight: Pull the connector straight out from the port. Do not twist or angle.
3. Install Dust Caps: Immediately place protective dust caps on all disconnected fiber optic connectors and ports.

6. Yoast SEO Optimization Elements

72 Core MPO/MTP Trunk Multi core Cable

72 Core MPO/MTP Trunk Multi core Cable Structure