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MPO-MPO Multimode Fiber Patch Cord – 8/12/16/24 Core, 40G/100G/200G/400G
Equipped with an 8 - core female B - polar MPO/MTP connector for reliable and high - density connections.
Incorporates multimode fiber engineered for 40G optical modules and high - speed data transmission.
Exhibits low insertion loss and high return loss, ensuring excellent signal integrity.
Compatible with standard MTP/MPO interfaces, enabling easy integration into network infrastructure.
Features a high - density design, facilitating space - saving and efficient use in data centers and telecom systems.
What is an MPO Fiber Jumper Cable?
An MPO fiber jumper cable, or MTP jumper, is a cable designed for high - speed data transmission in high - performance applications. It has an 8 - core multimode fiber with a female B - polar connector, commonly used in 40G optical modules and data center networks.
MPO-MPO Fiber Jumper Cable Specification parameters
- Specification parameters
- OPTICAL CHARACTERISTICS
| Fiber Count | 8/12/16/24/32/48 Fibers | Fiber Mode | G657A1/OM3/OM4/OM5 |
| Polish Type | UPC/APC, UPC/UPC | Polarity | A/B/C or Customized |
| Connector Gender | Male/Female | Cable Color | SM: Yellow, OM3: Aqua, OM4: Violet, OM5: Lime Green |
| Cable Outside Diameter (OD) | 2.0/3.0/4.5mm or Customized | Cable Jacket | PVC/LSZH/OFNP |
| Min. Bend Radius (Optical Fiber) | 7.5mm | Min. Bend Radius (Fiber Cable) | 20/10D (Dynamic/Static) |
| Connector Durability | 500 times | Tensile Strength (Long/Short Term) | 80/240N |
| Insertion Loss | Standard: 0.7dB Max, Low loss: 0.35dB Max | Return Loss | SM ≥60dB, MM ≥25dB |
| Attenuation at 850nm | ≤2.3dB/km | Attenuation at 1300nm | ≤0.6dB/km |
| Operating Temperature | -10 to 70°C (14 to 158℉) | Storage Temperature | -40 to 85°C (-40 to 185℉) |
Product Structure & Composition
Fiber Core: Consists of an 8 - core multimode fiber, optimized for high - speed data transfer in 40G optical module applications.
MPO Connector: The 8 - core female B - polar MPO/MTP connector provides high - density connections. It has a precision alignment mechanism for accurate fiber - to - fiber coupling.
Outer Jacket: Protects the inner fibers and connectors, usually made of durable materials suitable for various installation environments.
Benefits of MPO-MPO Fiber Jumper Cable
High - density and Reliable Connections
The 8 - core female B - polar MPO/MTP connector enables high - density cabling, allowing for a large number of fibers to be terminated in a small space. This design also ensures reliable connections, crucial for high - speed data transmission in data centers and telecom systems.
High - speed Data Transmission
Designed for 40G optical modules, the MPO fiber jumper cable can handle high - speed data transmission efficiently. The multimode fiber is optimized to support rapid data transfer, making it suitable for high - performance applications.
Excellent Signal Integrity
With low insertion loss and high return loss, the jumper cable ensures excellent signal integrity. This minimizes signal degradation, allowing for accurate data transfer over long distances within the network.
Easy Integration
Compatibility with standard MTP/MPO interfaces makes it easy to integrate the MPO fiber jumper cable into existing network infrastructure. This reduces installation complexity and ensures seamless connectivity with other MTP/MPO - enabled devices.
Engineering Applications MPO-MPO Fiber Jumper Cable
Data Centers
In data centers, the MPO fiber jumper cable is used to connect servers, switches, and storage devices. Its high - density design and support for high - speed data transmission make it ideal for enabling fast and reliable communication within the data center network.
Telecom Systems
Telecom systems benefit from the MPO fiber jumper cable's ability to support high - speed data transfer. It can be used to connect different network nodes, ensuring efficient signal transmission in the telecom infrastructure.
Shipping & Packaging
Product Comparison：
MPO vs MTP vs LC Patch Cord
| Feature | MPO Fiber Jumper Cable | MTP Fiber Cable | Duplex LC Patch Cord |
|---|---|---|---|
| Connector Type | Standard multi‑fiber connector (IEC 61754‑7). Plastic pin clamp. | High‑performance MPO version (US Conec). Metal pin clamp, removable housing. | Single‑fiber connector, duplex pair for Tx/Rx. 1.25mm ceramic ferrule. |
| Fiber Capacity | 8, 12, 16, 24, 48, 72 fibers per connector. | Same fiber counts (8‑144). Tighter tolerances, lower loss. | 2 fibers per duplex interface. |
| Port Density | Very high - 12 fibers in one connector replaces 6 LC duplex pairs. | Same as MPO, with better mechanical stability. | Low - 1U panel: ~144 fibers vs. 1152 with MPO‑24. |
| Typical Applications | 40G‑400G parallel optics, data center backbone, AI/HPC clusters. | Mission‑critical high‑density, hyperscale data centers, frequent rework. | Device access, edge patching, legacy systems, SFP/SFP+ links. |
| Insertion Loss (typical) | Std ≤0.7dB; Low‑loss ≤0.35dB (MM) / ≤0.25dB (SM). | Premium ≤0.35dB; Ultra‑low ≤0.15‑0.20dB. | 0.1‑0.35dB per pair. |
| Installation Speed | Plug‑and‑play - 144 fibers in minutes. | Same as MPO, plus removable housing for field rework. | Slow - each pair individually terminated. |
| Pros | High density, pre‑terminated, parallel optics ready. | All MPO benefits + lower loss, more durable, reworkable. | Simple, low per‑cable cost, easy replacement, no polarity rules. |
| Cons | Higher initial cost, polarity planning needed, special cleaning tools. | More expensive than generic MPO, trademarked design. | Very low density, slow large‑scale deployment, poor airflow in high density. |
MPO-MPO Fiber Jumper Cable Selection Guide
MPO → High‑density backbone, 40G-400G parallel optics, AI clusters. Good balance of cost and performance.
MTP → Mission‑critical hyperscale data centers, lowest loss, frequent reconfiguration (removable housing). Premium but worth it.
Duplex LC → Device access, edge patching, legacy systems, low fiber count, or dynamic moves/adds/changes. Simple and low upfront cost.
Hybrid tip: Use MPO/MTP trunks for inter‑rack cabling, then MPO‑to‑LC breakout harnesses at the equipment row to combine density with LC compatibility.
Installation Instructions
Pre - installation Inspection: Visually check the cable for any damage to the outer jacket. Examine the MPO connector for clean and properly aligned fibers.
Connection: Align the MPO connector's key and B - polar features with the corresponding port. Insert the connector firmly until it locks in place.
Cable Management: Route the cable, avoiding sharp bends. Secure it with cable ties to keep it organized.
Testing: Use an optical power meter to check for proper signal transmission. Ensure insertion and return loss values are within the specified range.
Download YRTFIBER Product Catalog
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Frequently Asked Questions & Quick Inquiry
MPO-MPO Fiber Jumper Cable FAQ
Q1: What is an MPO fiber jumper cable used for?
A1: MPO fiber jumper cables are used for high-speed data transmission in data centers, telecom, and 40G optical modules.
Q2: What connector type does the MPO fiber jumper cable use?
A2: It uses an 8-core female B-polar MPO/MTP connector for high-density connections.
Q3: Is this cable suitable for 40G optical modules?
A3: Yes, this cable is specifically designed for 40G optical module connections.
Q4: Can I choose the fiber type for the MPO jumper cable?
A4: Yes, options include OM3. OM4. and OM5 multimode fibers.
Q5: What jacket materials are available?
A5: We offer PVC, LSZH, and OFNP jackets based on environmental requirements.
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