NVIDIA InfiniBand Compatible 800G OSFP 8x 100G PAM4 to 4x 200G QSFP112 2x 100G PAM4 InfiniBand NDR Passive Breakout DAC Cable, 2m

NVIDIA InfiniBand Compatible 800G OSFP 8x 100G PAM4 to 4x 200G QSFP112 2x 100G PAM4 InfiniBand NDR Passive Breakout DAC Cable

The NVIDIA InfiniBand Compatible 800G OSFP 8x 100G PAM4 to 4x 200G QSFP112 2x 100G PAM4 InfiniBand NDR Passive Breakout DAC Cable, 2m is a passive breakout dac direct attach copper cable with OSFP (IHS/Finned Top) to 4x QSFP112, supporting 800Gbps links over a length of 2m (7ft). As a passive cable it draws essentially no power and adds no latency to the link. It is a cost effective, low latency interconnect for InfiniBand NDR fabrics, GPU clusters and AI training networks, and complies with OSFP MSA, QSFP112 MSA, IEEE 802.3ck, CMIS v5.0.

Product Highlights

  • OSFP (IHS/Finned Top) to 4x QSFP112
  • Data rate: 800Gbps
  • Cable type: Passive Breakout DAC
  • Length: choose from 4 standard lengths, 0.5m (2ft) to 2m (7ft)
  • Operating temperature: 0 to 70°C (32 to 158°F)

Specifications

NVIDIA/Mellanox InfiniBand CompatibleMCP7Y40-N002
ManufacturerHT
Form FactorOSFP (IHS/Finned Top) to 4x QSFP112
Max. Data Rate800Gbps
MediaCopper
Cable TypePassive Breakout DAC
Cable Length0.5m (2ft), 1m (3ft), 1.5m (5ft), 2m (7ft)
Jacket MaterialPVC
Minimum Bend Radius31mm
Wire AWG28AWG
Max. Power Consumption0.1W (OSFP End) 0.1W (QSFP112 Per End)
Modulation FormatOSFP-8x 100G-PAM4 QSFP112-2x 100G-PAM4
Commercial Temperature Range0 to 70°C (32 to 158°F)
Application800G/200G InfiniBand
ProtocolsOSFP MSA, QSFP112 MSA, IEEE 802.3ck, CMIS v5.0

Applications

Designed for InfiniBand NDR fabrics, GPU clusters and AI training networks, the NVIDIA InfiniBand Compatible 800G OSFP 8x 100G PAM4 to 4x 200G QSFP112 2x 100G PAM4 InfiniBand NDR Passive Breakout DAC Cable, 2m carries 800Gbps between OSFP (IHS/Finned Top) to 4x QSFP112 interfaces. This unit is offered in 4 standard lengths from 0.5m (2ft) to 2m (7ft). One port becomes 4x QSFP112, a common pattern for connecting newer aggregation ports to an installed base of lower speed equipment. For networks standardized on NVIDIA/Mellanox InfiniBand hardware, it is a drop-in equivalent of the MCP7Y40-N002.

Standards and Compatibility

This product is designed and tested to comply with OSFP MSA, QSFP112 MSA, IEEE 802.3ck, CMIS v5.0. It is interoperable with NVIDIA/Mellanox InfiniBand equipment and serves as a direct equivalent to the NVIDIA/Mellanox InfiniBand part number MCP7Y40-N002.

Ordering Information

Order this assembly under part number OSFP-800G-4QPC. Available lengths are 0.5m (2ft), 1m (3ft), 1.5m (5ft) and 2m (7ft). If you need a length outside this list, our factory can build it to order. Wire gauge: 28AWG.

Packaging Options

Default packaging is simple and protective: sealed bag, blister tray, export carton. For OEM customers we also offer white-label packing, custom printed boxes and per-unit labeling with your own part numbers, so the goods can go straight into your sales channel.

Custom-made Fiber Products

As a manufacturer serving the fiber optic industry since 1995, we have strong in-house manufacturing and design capability. From early GBIC, Xenpak and X2 modules to today's SFP, SFP+, QSFP, QSFP-DD and OSFP products, we grow together with the industry. OEM and custom-designed transceivers and cables are welcome, and our factory-direct pricing is very competitive compared with online retail stores.

Worldwide Delivery

We ship to customers around the world every week. Express couriers handle most orders door to door in a few days; larger consignments go by air or sea to keep freight costs down. Tracking information is provided for every shipment, and we are flexible on shipping accounts and forwarders.

Quality Assurance

Before any product leaves our factory it goes through optical performance testing, compatibility verification on real switch platforms and a final visual inspection. Our in-house test lab holds a wide range of current and legacy switches from major brands, so interoperability is proven on the actual equipment your network uses rather than assumed from paper specifications.




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