• NVIDIA 980-9I56R-000050 400G OS2 SMF MPO-12 yellow fiber optic cable 50m
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NVIDIA

NVIDIA 980-9I56R-000050 | Up to 400G | MPO-12 trunk | OS2 SMF 9/125 | DR4/PSM4 1310nm | 50m | 2x MPO | Yellow

980-9I56R-000050

Stock Status: Enquire

$511.06 AUD
$511.06 AUD
$511.06 AUD
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Description

High‑performance OS2 9/125 µm single‑mode MPO‑12 trunk for DR4/PSM4 parallel‑optic links up to 400G. Low‑loss MPO terminations safeguard 1310 nm link budgets across structured cabling, panels, or transceiver‑to‑transceiver runs. The 50 m yellow, Type‑B assembly enables fast, reliable deployment in spine‑leaf data centers and InfiniBand/Ethernet fabrics requiring MPO parallel optics.

Features

Engineered for DR4/PSM4 single‑mode parallel optics up to 400G
- Low‑loss MPO‑12 terminations to maintain stringent 1310 nm budgets
- Type‑B polarity for correct lane alignment in parallel links
- Bend‑insensitive OS2 fiber for robust installation routing
- Factory test documentation for insertion loss and polarity
- Yellow jacket for fast single‑mode identification

Warranty

All products sold by XS Network Tech include a 12-month warranty on both new and used items. Our in-house technical team thoroughly tests used hardware prior to sale to ensure enterprise-grade reliability.

All technical data should be verified on the manufacturer data sheets.

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Technical Specifications

FAQs

Technical Specifications

Length: 50 m
- Connector ends: MPO-12 to MPO-12
- Fiber type: OS2 single‑mode, 9/125 µm, bend‑insensitive
- Polarity: Type‑B (key up to key up)
- Data rates supported: up to 400G parallel optics (e.g., DR4/PSM4), backward‑compatible with 100/200G
- Operating wavelength window: 1310 nm
- Fiber count: 12‑fiber (8 fibers used for xR4 links)
- Typical insertion loss: ≤0.35 dB per mated pair (low‑loss), ≤0.75 dB max
- Jacket color: Yellow
- Standards: IEC 61754-7 (MPO), ANSI/TIA‑568.3‑D, ISO/IEC 11801

FAQs

Q: What applications does this 50 m MPO trunk support?
A: Parallel‑optic single‑mode links such as 100/200/400G DR4/PSM4 within racks or between rows using structured cabling.

Q: Is it compatible with MPO cassettes and panels?
A: Yes. It uses Type‑B polarity and MPO‑12 connectors, which are widely supported by MPO cassettes and panels wired for straight‑through lane mapping.

Q: Do I need to check pinning?
A: Yes. Many transceivers require male‑pinned trunks to mate to their female ports. Confirm pin requirements of the equipment you’re interconnecting.

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