• NVIDIA 800Gb/s OSFP to OSFP passive DAC cable, 1m, black silver connector
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NVIDIA

NVIDIA MCP4Y10-N001-FTF | DAC | 800Gb/s | OSFP twin-port | InfiniBand NDR | copper/no optics | 1m | OSFP to OSFP | passive | flat-to-finned

MCP4Y10-N001-FTF

Stock Status: Enquire

$1,325.72 AUD
$1,325.72 AUD
$1,325.72 AUD
Sale Sold out
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Description

High-performance passive copper DAC for InfiniBand NDR, supporting up to 800Gb/s aggregate bandwidth (2x 400G NDR) between OSFP twin-port interfaces. The 1m length suits short in-rack links. Mixed thermal hardware—flat top on one end and finned top on the other—accommodates differing airflow or clearance requirements between devices.

Features

- 800Gb/s aggregate over OSFP twin-port NDR links
- Mixed flat/finned ends for flexible thermal/mechanical fit
- Passive copper for lowest latency and near-zero power
- 1m reach optimized for in-rack connections
- Reliable, standards-compliant OSFP MSA design

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

- Cable type: Passive copper DAC
- Aggregate bandwidth: Up to 800Gb/s (2x 400Gb/s NDR)
- Protocol/standard: InfiniBand NDR, OSFP MSA compliant
- Form factor: OSFP twin-port (both ends)
- Connectors: OSFP twin-port to OSFP twin-port
- Length: 1m
- Thermal top/heatsink: Flat-to-Finned (End A flat top, End B finned top)
- Optics/wavelength: Not applicable (copper/no optics)
- Power: Passive (near-zero power), ultra-low latency
- Use case: Mixed thermal environments with differing clearance/airflow needs

FAQs

Q: What does flat-to-finned mean?
A: One end uses a flat-top OSFP for low-profile clearance, while the other end uses a finned-top OSFP to improve heat dissipation in high-airflow gear.

Q: Is the cable suitable for OSFP NDR ports on both ends?
A: Yes. Both ends are OSFP twin-port modules for InfiniBand NDR.

Q: Does this cable split into two connectors?
A: No. It is a single OSFP-to-OSFP twin-port DAC on both ends.

Q: What scenarios benefit from mixed thermal ends?
A: When connecting devices with different mechanical or cooling constraints—e.g., a low-clearance server NIC to a high-airflow switch.

Q: Are any optics involved?
A: No. This is a passive copper DAC with no optical components.

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