• NVIDIA 980-9I601-00N004 400G OSFP AOC gray black cable 4m OSFP-OSFP
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NVIDIA

NVIDIA 980-9I601-00N004 | 400G OSFP AOC | 850 nm MMF | InfiniBand NDR / 400G Ethernet | 4 m | OSFP–OSFP

980-9I601-00N004

Stock Status: Enquire

$3,535.68 inc. GST
$3,214.25 ex. GST
Sale Sold out
Taxes included. Shipping calculated at checkout.

Description

Active optical OSFP-to-OSFP cable delivering 400G connectivity for InfiniBand NDR and 400G Ethernet. Ideal for mid-bay switch-to-server or leaf-to-spine links up to 4 m with low latency and strong EMI immunity.

Features

400G high-throughput link for modern data center fabrics
- Simplifies deployment: optics integrated with the cable
- Reduced EMI and crosstalk versus copper cables
- Optimized for short-to-mid reach leaf/spine topologies
- Consistent latency and signal integrity across the 4 m span

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

Type: Active Optical Cable (AOC)
- Form factor: OSFP
- Connector: OSFP to OSFP
- Link speed: 400 Gbps aggregate
- Protocols: InfiniBand NDR and 400G Ethernet
- Wavelength: 850 nm (MMF)
- Fiber: Multimode (OM4-class)
- Reach: 4 meters
- Jacket color: Black
- Plug-and-play, no separate transceivers required

FAQs

Q: Will this work between a 400G OSFP switch and a 400G OSFP NIC?
A: Yes, provided both ports support AOC operation in NDR/400G Ethernet modes.

Q: Can I bend the cable tightly in a congested rack?
A: It is flexible but follow standard bend-radius practices for multimode AOCs to maintain performance.

Q: Is this cable vendor-locked?
A: It adheres to OSFP and AOC interoperability guidelines, but some platforms enforce vendor profiles. Verify your platform requirements.

Q: Do I need optical patch cords with this AOC?
A: No. The optics are integrated into the cable ends; just plug each OSFP end into the host ports.

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