• NVIDIA QSFP-DD 400G AOC teal fiber optic cable with silver black connectors 3m
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NVIDIA

NVIDIA 980-9I08Q-00W020 | QSFP-DD 400G AOC | 8x50G PAM4 | 850nm MMF | 20m reach | QSFP-DD to QSFP-DD

980-9I08Q-00W020

Stock Status: Enquire

$3,216.89 AUD
$3,216.89 AUD
$3,216.89 AUD
Sale Sold out
Taxes included. Shipping calculated at checkout.

Description

20‑meter 400G active optical cable for extended short‑reach interconnects across rows or between racks. The QSFP‑DD AOC integrates optics and multimode fiber to provide stable 8x50G PAM4 signaling at 850nm, delivering low power, low EMI, and streamlined installation compared with discrete optics plus patch cords.

Features

Extended short-reach 20 m 400G connectivity
- Integrated QSFP-DD AOC simplifies deployment and inventory
- Low power and low EMI optical interconnect
- Optimized for dense 400GbE data center fabrics
- Consistent performance with 8x50G PAM4 lanes at 850nm

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

Speed: 400 Gb/s aggregate (8x50G PAM4)
- Interface: QSFP-DD to QSFP-DD
- Construction: Active Optical Cable (AOC), factory-terminated
- Optics: 850 nm VCSEL over multimode fiber
- Reach: 20 meters
- Use case: 400GbE switch-to-switch or switch-to-adapter links
- Benefits: Lightweight, low EMI, simplified cabling

FAQs

Q: Is 20 m within the supported operating distance for 400G AOCs?
A: Yes. This AOC is specified for 20 meters; ensure both endpoints qualify AOCs of this length.

Q: Do I need to clean the connectors?
A: The optical components are enclosed within the modules; routine fiber-endface cleaning is not required as with patch cords. Keep the ports and dust caps clean.

Q: Can this AOC be used in environments with significant EMI?
A: Yes. Optical links are inherently immune to electromagnetic interference and are preferred over copper in noisy environments.

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