OSFP 800G SR8 MPO-12

 

 

Form Factor	800G OSFP	Max Data Rate	850Gbps(8x106.25Gbps)
Wavelength	850nm	Max Cable Distance	30m@om3/50m@OM4
Connector	Dual MTP/MPO-12 APC	Media	MMF
Tx Power	-4.6~4dBm	Receiver Power	-6.4dBm
Power Budget	1.8dB	Receiver Overload	4dBm
Power Consumption	≤16W	Extinction Ratio	＞2.5dB
Modulation (Electrical)	8x106.25Gb/s PAM4	Modulation (Optical)	Two ports 4x106.25Gb/s PAM4

 

800G OSFP dual-port transceiver connection scenarios

The Twin-ports enable several unique configurations to connect switches to switches, ConnectX-7 adapters and BlueField-3 DPUs.The Twin port OSFP uses two, 4-channel MPO-12/APC optical connectors with two 4-channel fiber cables. These can link to single port 400G OSFP or QSFP112 form-factor transceivers used in ConnectX-7 adapters and/or BlueField-3 DPUs.The electronics, optics and optical connectors are the same for both single port OSFP and QSFP112 form-factors. Both ConnectX-7 and BlueField-3 devices can be used with Twin port OSFP transceivers at the same time with their respective form-factor type.

• Twin-port single mode OSFP transceivers remain at 17 Watts for all configurations linking OSFP switches, OSFP and QSFP112 adapters, and DPUs simultaneously.
• Linking Twin-port transceivers with 1:2 fiber splitter cables to 400G transceivers automatically creates 200Gb/s transceivers by activating only 2-channels and automatically reduces power consumption in the 400G transceiver from 9 to 6.5 Watts.
• Twin-Port transceivers require ordering two fibers at specific lengths required.
• Each fiber cable can each be different lengths. Both fibers need to be same type: both straight or both splitters and not mixed.
• Both fibers should be the approximately same length to avoid inducing different latency delays in the fibers (4.5ns/meter).
• Straight and splitter fibers cannot be used at the same time in Twin port OSFP transceivers.

The combinations of Twin port 2x400G OSFP, 400G single port OSFP/QSFP112, ConnectX-7 and BlueField-3 all contains both InfiniBand and Ethernet protocols which is activated upon inserting
into an InfiniBand or Ethernet switch. This enables one set of cables, transceivers, adapters and DPUs to have multiple uses in a network – especially in DGX systems where low-latency InfiniBand switching may be used for GPU-to-GPU networking and Ethernet switching systems for storage and cluster communication.

 

The use cases include:

1. Switch-to-switch at 800Gb/s or to two switches at 400Gb/s
2. Switch-to-two combinations of 400G ConnectX-7 and/or BlueField-3
3. Switch-to-four combinations of 200G ConnectX-7 and/or BlueField-3
4. Switch linked to the DGX H100 "Viking" CPU chassis to Cedar-7 complex

 

1. Switch-to-switch at 800Gb/s or to two switches at 400Gb/s

This configuration enables transferring 800Gb/s between two switches using one, 17-Watt twin-port, finned-top DR8 transceivers in each switch and two straight fibers cables (MFP7E30-Nxxx) up to 100-meters. A 500-meter version (-NM) is also available for longer switch-to-switch reaches. The two 400G ports can also be routed to separate switches at 400Gb/s each.

2. Switch-to-two combinations of 400G ConnectX-7 and/or BlueField-3

A Twin port OSFP transceiver using two, straight fiber cables can support up to two adapter and/or DPU combinations. Each of the two, 4-channel fiber cables (MFP7E30) can link to a 400G transceiver up to 100-meters in either OSFP (MMS4X00-NS400) or QSFP112 (MMS1X00-NS400) form-factor. The electronics, optics and optical connectors are the same for both single port OSFP and QSFP112 form-factors and power consumption is 9 WattsA Twin port OSFP transceiver using two, straight fiber cables can support up to two adapter and/or DPU combinations. Each of the two, 4-channel fiber cables (MFP7E30) can link to a 400G transceiver up to 100-meters in either OSFP (MMS4X00-NS400) or QSFP112 (MMS1X00-NS400) form-factor. The electronics, optics and optical connectors are the same for both single port OSFP and QSFP112 form-factors and power consumption is 9 Watts.
- Only ConnectX-7/OSFPs supports single port OSFP.
- QSFP112 form-factor is used in ConnectX-7/QSFP112s and/or BlueField-3/QSFP112 DPUs.
Any combination of ConnectX-7 and BlueField-3 using OSFP or QSFP112 can be used at the same time on Twin port OSFP transceivers.

 

3. Switch-to-four combinations of 200G ConnectX-7 and/or BlueField-3

A Twin port OSFP transceiver using two, 1:2 fiber splitter cables can support up to four adapter and/or DPU combinations. Each of the two, 4-channel 1:2 fiber splitter cables (MFP7E40-N0xx) can link to a 400G transceiver up to 50-meters in either OSFP (MMS4X00-NS400) or QSFP112 (MMS1X00-NS400) form-factor. The electronics, optics and optical connectors are the same for both single port OSFP and QSFP112 form-factors.The 2-fiber split end (2x100G-PAM4) configuration automatically creates 200G NDR200 transceivers out of the 400G transceiver and reduces its power consumption from 9 to 6.5
Watts. Twin port OSFP power consumption remains at 17 Watts.
- Only ConnectX-7/OSFPs can accept single port OSFP.
- QSFP112 form-factor is used in ConnectX-7/QSFP112s and/or BlueField-3/QSFP112 DPUs.

- The straight fiber max reach is 100-meters, but splitters max reach is 50-meters.

4. Switch-to-DGX H100 GPU Systems

The DGX-H100 contains eight "Hopper" H100 GPUs in the top chassis section, two CPUs, storage, and InfiniBand and/or Ethernet networking in the bottom server section. This contains eight 400Gb/s ConnectX-7 ICs mounted on two mezzanine boards called "Cedar-7" cards for GPU-to-GPU InfiniBand or Ethernet networking. The cards I/Os are routed internally to four 800G Twin-port OSFP cages with internal riding heat sinks on top of the cages mounted on the front panel. This requires the use of flat-top transceivers, ACCs, and DACs in the DGX H100. The 400G IB/EN switches require finned-top 2x400G transceivers for additional cooling due to the reduced air flow inlets in the switches.
The Cedar-7-to-Switch links can be either single mode or multimode optics or ACC active copper cables and in InfiniBand or Ethernet.
Each Twin-port 2x400G transceiver provides two 400G ConnectX-7 links from the DGX to the Quantum-2 or Spectrum-4 switch. This reduces the ConnectX-7 card redundancy, complexity, and the number of transceivers compared to the DGX A100, which uses 8 separate HCAs and 8 transceivers or AOCs and two additional ConnectX-6s for InfiniBand or Ethernet Storage.Additionally, for traditional networking to storage, clusters, and management, the DGX-H100 also supports up to four ConnectX-7 and/or two BlueField-3 DPUs in InfiniBand and/or
Ethernet for storage I/O, and additional networking using 400G or 200G with OSFP or QSFP112 devices. These PCIe card slots are located on both sides of the OSFP GPU cages and use separate cables and/or transceivers.

 

Transform Your Network Infrastructure with Advanced Optical Transceivers

In today's data-driven world, optical transceivers have become the backbone of high-speed network communications. Our cutting-edge optical transceivers deliver unparalleled performance, enabling businesses to meet the growing demands of cloud computing, artificial intelligence, and real-time data processing.

Why Choose Our Optical Transceivers?

Our optical transceivers are engineered to provide seamless connectivity for modern data centers and enterprise networks. Designed with precision and built for reliability, these modules ensure your network infrastructure operates at peak efficiency while minimizing downtime and maintenance costs.

Unmatched Performance and Reliability

When it comes to mission-critical applications, optical transceivers must deliver consistent, high-speed data transmission without compromise. Our solutions are rigorously tested to meet the most demanding industry standards, ensuring your network remains operational 24/7. Whether you're upgrading existing infrastructure or building new facilities, our optical transceivers provide the foundation for future-proof connectivity.

Optimized for Data Center Excellence

Modern data centers require optical transceivers that can handle massive bandwidth requirements while maintaining energy efficiency. Our products are specifically designed to support hyperscale environments, delivering exceptional throughput for applications ranging from high-frequency trading to video streaming and big data analytics.

Key Applications of Optical Transceivers

Data Center Interconnects: Connect your data center facilities with high-capacity optical transceivers that ensure rapid data synchronization and backup operations.

Enterprise Networks: Deploy optical transceivers to create robust backbone networks that support thousands of users and devices simultaneously.

Cloud Infrastructure: Power your cloud services with optical transceivers that provide the speed and reliability your customers expect.

5G Networks: Support next-generation wireless infrastructure with optical transceivers designed for fronthaul and backhaul applications.

Superior Technology for Modern Networks

Our optical transceivers incorporate advanced modulation techniques and precision optics to maximize data transmission efficiency. Each unit is manufactured using state-of-the-art processes that ensure consistent quality and long-term reliability. The result is a product line that meets the evolving needs of network architects and IT professionals worldwide.

Energy Efficiency Without Compromise

In an era where sustainability matters, our optical transceivers are designed to minimize power consumption without sacrificing performance. This approach not only reduces your operational costs but also supports your organization's environmental goals. By choosing energy-efficient optical transceivers, you're investing in technology that benefits both your bottom line and the planet.

Seamless Integration and Compatibility

Understanding that network environments vary widely, our optical transceivers are engineered for broad compatibility across multiple platforms and vendors. This flexibility ensures smooth integration into your existing infrastructure, reducing deployment time and eliminating compatibility concerns. Whether you're working with legacy systems or the latest equipment, our optical transceivers adapt to your specific requirements.

Technical Excellence You Can Trust

Behind every optical transceiver we produce is a team of engineers committed to pushing the boundaries of what's possible in optical communications. Our products undergo extensive testing protocols to verify performance under real-world conditions. This commitment to quality ensures that when you deploy our optical transceivers, you're implementing solutions that will serve your organization for years to come.

Multi-Mode and Single-Mode Options

We understand that different applications require different optical transceiver configurations. Our comprehensive product line includes both multi-mode and single-mode optical transceivers, allowing you to select the optimal solution for your specific distance and bandwidth requirements. This versatility makes our optical transceivers suitable for everything from short-reach connections within a single facility to long-haul links between geographic locations.

Partner with Industry Leaders

Organizations worldwide trust our optical transceivers to power their most critical network infrastructure. From Fortune 500 companies to innovative startups, our customers rely on the performance and reliability that our products deliver. When you choose our optical transceivers, you're joining a community of forward-thinking businesses that refuse to compromise on network quality.

Experience the Difference

Upgrading to advanced optical transceivers isn't just about keeping pace with technology-it's about staying ahead of the competition. With superior signal integrity, reduced latency, and exceptional scalability, our optical transceivers provide the competitive advantage your business needs in today's fast-paced digital landscape.

Comprehensive Support and Documentation

We stand behind our optical transceivers with extensive technical documentation, responsive customer support, and a commitment to your success. Our team of experts is ready to assist with product selection, deployment planning, and ongoing optimization to ensure you maximize the value of your investment in our optical transceivers.

Ready to Upgrade Your Network?

Transform your network infrastructure with optical transceivers that deliver exceptional performance, reliability, and value. Contact our team today to discuss your specific requirements and discover how our optical transceivers can power your organization's digital transformation.

Invest in optical transceivers that are engineered for excellence, built for reliability, and designed for the future of connectivity.

Hot Tags: Optical Transceivers