NVIDIA Mellanox MFA7U10-H010 400G HDR AOC Splitter Cable

• Brand: NVIDIA Mellanox
• Product Family: MFA7U10-H00x
• Legacy OPN: MFA7U10-H010
• NVIDIA Ordering Part Number: 980-9I111-00H010
• Product Type: Active Optical Splitter Cable (AOC)
• Network Technology: HDR InfiniBand / 400GbE
• 400G Side: 1 × OSFP
• 200G Side: 2 × QSFP56
• Data Rate: 400Gb/s to 2 × 200Gb/s
• Cable Length: 10m
• Optical Media: Multimode Fiber (MMF)
• Management: OSFP CMIS 4.0; QSFP56 SFF-8636
• Power Supply: Single 3.3V supply
• Maximum Power - OSFP End: 10W
• Maximum Power - Each QSFP56 End: 5W
• Operating Case Temperature: 0°C to 70°C
• Storage Temperature: -40°C to 85°C
• Operating Relative Humidity: 5% to 85%
• Minimum Bend Radius: 30mm
• Cable Diameter: 3 ± 0.2mm
• Cable Color: Aqua
• Cable Jacket: LSZH/OFNR
• Hot Pluggable: Yes
• DDM: Optical power, bias, voltage and temperature monitoring
• Laser Classification: Class 1
• Safety Compliance: CB, cTUVus, CE
• EMC Compliance: CE, FCC, ICES, RCM, VCCI
• Compatibility: Supported NVIDIA OSFP 400G and QSFP56 200G platforms
• Related Models: H003 3m, H005 5m, H015 15m, H020 20m, H030 30m

Why Choose This Product?

• Bridge 400G and 200G infrastructure - Helps organizations integrate newer 400G networking equipment with existing 200G endpoints.
• Two 200G connections from one 400G port - Provides a purpose-built breakout topology for supported infrastructure.
• 10m deployment flexibility - Gives data-center teams more freedom when switch and server locations are not adjacent.
• Designed for AI/HPC networking - Supports the high-throughput interconnect requirements of supported GPU, HPC and data-intensive environments.
• Integrated optical assembly - Reduces the need to separately source transceivers and fiber components for the specified connection.
• Built-in diagnostics - Digital monitoring can assist network teams with operational visibility and fault isolation.
• Multiple cable-length options - The MFA7U10 family offers several lengths, allowing procurement teams to match cable reach to rack topology rather than overbuying unnecessarily.