20m (66ft) MPO-12 APC (Female) to MPO-12 APC (Female) Multimode Elite Trunk Cable for Mellanox

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NVIDIA/Mellanox MFP7E10-N020 Compatible 20m (66ft) MPO-12 APC(Female) to MPO-12 APC(Female) 12 Fibers Multimode (OM4) Patch Cable, Type B, LSZH, 3.0mm, Max IL ≤ 0.35dB, Magenta

Name: NVIDIA/Mellanox MFP7E10-N020 Compatible 20m (66ft) MPO-12 APC(Female) to MPO-12 APC(Female) 12 Fibers Multimode (OM4) Patch Cable, Type B, LSZH, 3.0mm, Max IL ≤ 0.35dB, Magenta
Brand: Naddod
SKU: 101436
Price: 79.00 USD
Availability: InStock
Rating: 5.0 (18 reviews)

#101436

Model: M4MPOA12FB | SKU: 980-9I57Z-000020

Sold: 2.2K+

In Stock: 14

$ 79.00

Cable Types:

MFP7E10-N020

MFP7E10-N020

Brand:

NADDOD (InfiniBand)

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Total Price:$ 79.00

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Item Spotlights

Optimal 0.15dB Typ. IL with MPO Connector.
Paired with NDD Transceivers, raw physical BER is better than E-8, perfectly compatible with InfiniBand system.
30mm Min. Bend Radius Corning ClearCurve® Fiber.
OFNP (Plenum) Fire Rating.
IEC-61754-7 and TIA-604-5 (FOCIS-5).
3 Years Warranty, Lifetime After-sales Technical Support

NVIDIA/Mellanox MFP7E10-N020 Compatible 20m (66ft) MPO-12 APC(Female) to MPO-12 APC(Female) 12 Fibers Multimode (OM4) Patch Cable, Type B, LSZH, 3.0mm, Max IL ≤ 0.35dB, Magenta

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$ 79.00

Specifications

Applications

Product Highlights

Questions & Answers

Resources

Specifications

Applications

Product Highlights

Questions & Answers

Resources

Specifications

Connector Type

MPO Female to Female

Fiber Grade

Bend Insensitive

Polish Type

APC to APC

Polarity

Type B

Fiber Mode

OM4 50/125μm

Fiber Count

12F

Wavelength

850/1300nm

Cable Jacket/Flame Rating

LSZH/OFNR

Insertion Loss

≤0.35dB

Return Loss

≥35dB

Attenuation at 850 nm

≤2.3 dB/km

Attenuation at 1300 nm

≤1.0dB/km

Min. Bend Radius(Fiber Core)

7.5mm

Min. Bend Radius(Fiber Cable)

10/5D (Dynamic/Static)

Cable Diameter

3.0mm

Tensile Strength

80/150N (Long/Short Term)

Connector Durability

≥ 500 - 1000 times

Operating Temperature

-20~70°C

Applications

800G NDR Switch to 800G NDR Switch

800G NDR Switch to 2×400G NDR HCA

NVIDIA/Mellanox MMA4Z00-NS Broadcom VCSEL Compatible 800G 2xSR4/SR8 OSFP PAM4 850nm 50m DOM Two MPO-12/APC InfiniBand NDR Transceiver Module for MMF (Finned Top)

$ 1268.00

NVIDIA/Mellanox MMA4Z00-NS Broadcom VCSEL Compatible 800G 2xSR4/SR8 OSFP PAM4 850nm 50m DOM Two MPO-12/APC InfiniBand NDR Transceiver Module for MMF (Finned Top)

$ 1268.00

Product Highlights

Multimode MPO APC Fiber Patch Cord Provides Exceptional Reliability

NADDOD IB NDR APC fiber patch cord minimizes reflections at the fiber connection and meets the stringent optical surface requirements of IB NDR transceivers. Paired with NDD APC patch cords, NDR transceivers reduce signal distortion and raw physical BER is better than E-8, perfectly compatible with the InfiniBand system. This combination supports high signal-quality transmission lines, making it an ideal choice for high-speed data transmission networks.

Questions & Answers

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What module should be used with the M4MPOA12FB fiber patch cable?

It is typically used with high-speed 12-core APC interface multimode modules, such as OSFP-800G-2xSR4H, OSFP-400G-SR4H, Q112-400G-SR4H, QDD-400G-SR4.

Why is the polished type of multimode patch cable used in the NDR module MPO/APC (Angled Polished Connector)?

High-speed products have significant losses, and the connector end face is usually polished with an APC angle of 8 degrees. This minimizes back reflections of light entering the laser source, reducing signal loss and improving overall transmission performance.

Can an APC-terminated module be used with a UPC-terminated patch cable?

It is not recommended to do so. APC and UPC connectors have different end face geometries (APC with an angled end face and UPC with a flat end face), making them incompatible for complete coupling. This mismatch can result in signal attenuation, distortion, and compromised signal transmission quality and stability along the entire link.

Can the M4MPOA12FB fiber patch cable be used with a 100G QSFP28 SR4 optical module?

The M4MPOA12FB fiber patch cable has an APC connector, while the 100G QSFP28 SR4 optical module has a UPC interface. It is advised to use a UPC-terminated patch cable, such as M4MPOU12FB, for compatibility.

What is the difference between the female and male connectors of MTP/MPO patch cords?

Patch cord connectors can be either female or male, referring to the gender type of the connector. Male connectors have pins, while female connectors do not. When connecting two cables using an adapter, they must have opposite genders (one male and one female). When connecting with a module, a female connector is typically used.

What is the difference between APC and UPC connectors in fiber patch cables?

APC connectors have an 8-degree angled end face, which significantly reduces back reflections, minimizing signal distortion and improving transmission performance. They are commonly used in single-mode fiber links or with APC interface multimode modules for high-speed applications. UPC connectors have a flat end face angle and offer lower return loss compared to APC. They are commonly used in multimode fiber links.

What is the difference between OM2, OM3, OM4, and OM5 patch cords?

These four types of patch cords are all multimode fiber patch cords. OM2 has the lowest transmission rate and distance. OM3 offers improved transmission rates and distances and is commonly used for 10G/25G low-speed links. OM4 and OM5 fibers support longer transmission distances and are typically used for 40G/100G and higher-speed links, such as 200G/400G/800G.

What should I consider when using patch cords? .

When using patch cords, ensure that they are compatible with the module and connector types. Avoid excessive bending or pulling. Regularly clean the patch cord end faces to prevent contamination and maintain signal transmission quality

Can I customize fiber patch cords according to specific requirements?

Yes, customized patch cords can be provided to meet specific requirements, such as cable sequence, outer jacket material, and length.