NVIDIA MMS4X00-NS400 Transceiver, 400gbps NDR, OSFP MPO 1310nm SMF, Up to 100m

NVIDIA MMS4X00-NS400 Transceiver with Single Port, 400gbps NDR, OSFP MPO 1310nm SMF Up to 100m Flat Top.

Data Rate

The NVIDIA MMS4X00-NS400 Transceiver boasts an impressive data rate of 400Gbps NDR (Non-Return-to-Zero). This cutting-edge feature sets it apart from other transceivers on the market and offers a range of benefits and importance for users.

Unprecedented Speed

With a data rate of 400Gbps NDR, this transceiver provides unparalleled speed and performance. Whether you are working with large datasets, streaming high-definition videos, or engaging in real-time data-intensive applications, this transceiver ensures smooth and seamless operations. It enables faster data transfer, resulting in reduced latency and improved overall efficiency.

Enhanced Productivity

The high data rate offered by the NVIDIA MMS4X00-NS400 Transceiver translates into increased productivity for users. With faster transfer speeds, tasks that used to take hours can now be completed in a fraction of the time. This allows businesses to process more data and deliver results quickly, leading to improved productivity and a competitive edge in today's fast-paced market.

Future-Proof Solution

Investing in a transceiver with a high data rate like the NVIDIA MMS4X00-NS400 ensures future-proofing your network infrastructure. As technology continues to evolve, the demand for faster data speeds will only increase. By choosing a transceiver that already supports a data rate of 400Gbps NDR, you can be confident that your network will be able to handle the demands of tomorrow's applications without the need for costly upgrades.

Connector Type

The NVIDIA MMS4X00-NS400 Transceiver features an OSFP MPO (Multi-Fiber Push-On) connector type. This connector offers several benefits and is of significant importance for users who require seamless and reliable connectivity.

High Density and Scalability

The OSFP MPO connector type allows for high-density connectivity, enabling the connection of multiple fibers within a small form factor. This is particularly advantageous in data centers or enterprise environments where space is limited. The compact design of the OSFP MPO connector ensures efficient utilization of rack space, allowing for greater scalability and flexibility in network design.

Easy Installation and Maintenance

The OSFP MPO connector type simplifies installation and maintenance processes. The connectors are pre-terminated, eliminating the need for time-consuming and error-prone field terminations. This not only saves valuable time but also reduces the risk of misalignment or performance issues that can occur during manual terminations. Additionally, the connectors can be easily plugged and unplugged, making it convenient to add or remove connections as needed.

Reliable and Robust Connection

The OSFP MPO connector type offers a secure and reliable connection. The push-pull mechanism ensures a tight fit, minimizing the chances of accidental disconnections. The connectors are designed to withstand physical stress and provide excellent resistance to dust, dirt, and other environmental factors that can impact signal quality. This results in a robust and uninterrupted connection, ensuring data integrity and minimizing downtime.

Wavelength

The NVIDIA MMS4X00-NS400 Transceiver operates at a wavelength of 1310nm. This specific wavelength brings numerous benefits and holds great importance for users who require high-performance networking solutions.

Low Signal Loss

The 1310nm wavelength offers low signal loss characteristics, allowing for efficient transmission over long distances. This is particularly advantageous when deploying networks that span large areas or require connectivity between different buildings. The low signal loss ensures that data can be transmitted reliably without significant degradation, maintaining signal integrity throughout the network.

Compatibility with Existing Infrastructure

The 1310nm wavelength is widely used in the industry, making the NVIDIA MMS4X00-NS400 Transceiver compatible with existing infrastructure. This enables businesses to leverage their current network investments and seamlessly integrate the transceiver into their setup. It eliminates the need for costly infrastructure upgrades or replacement, providing a cost-effective solution for organizations looking to enhance their network capabilities.

Flexible Deployment Options

The 1310nm wavelength allows for flexible deployment options, making it suitable for various networking scenarios. Whether you need to establish connections within a data center, connect remote offices, or extend connectivity to customers, the wavelength's versatility ensures that the NVIDIA MMS4X00-NS400 Transceiver can meet your specific requirements. Its compatibility with different fiber types and transmission technologies further enhances its flexibility.

Fiber Type

The NVIDIA MMS4X00-NS400 Transceiver supports Single-Mode Fiber (SMF), which offers several benefits and holds significant importance for users who require high-performance and long-distance connectivity.

Long-Distance Transmission

Single-Mode Fiber (SMF) is designed to carry signals over long distances without significant signal degradation. The use of SMF in the NVIDIA MMS4X00-NS400 Transceiver ensures reliable and efficient transmission over extended distances, making it ideal for applications that require connectivity between geographically dispersed locations. Whether you need to connect data centers in different cities or establish communication links across vast areas, SMF provides the necessary performance and reliability.

Higher Bandwidth Capacity

SMF offers a higher bandwidth capacity compared to other fiber types, such as Multi-Mode Fiber (MMF). This allows for increased data throughput and supports higher data rates, making it suitable for bandwidth-intensive applications. The NVIDIA MMS4X00-NS400 Transceiver leverages the benefits of SMF to deliver exceptional performance, ensuring that your network can handle the demands of data-intensive tasks and emerging technologies.

Immunity to Electromagnetic Interference

SMF provides excellent immunity to electromagnetic interference (EMI). This is particularly crucial in environments where electrical cables and equipment are present, as EMI can degrade signal quality and disrupt communication. The use of SMF in the NVIDIA MMS4X00-NS400 Transceiver ensures a stable and reliable connection, even in challenging electromagnetic environments.

Max Distance

The NVIDIA MMS4X00-NS400 Transceiver offers a maximum distance of up to 100 meters, providing users with a reliable and flexible solution for various networking applications.

Extended Reach

With a maximum distance of up to 100 meters, the NVIDIA MMS4X00-NS400 Transceiver allows for extended reach within a network infrastructure. This is particularly beneficial in large-scale deployments, such as data centers or enterprise environments, where devices may be located far apart. The transceiver ensures that connectivity is not limited by distance, enabling seamless communication between different network components.

Flexibility in Network Design

The ability to transmit signals up to 100 meters provides flexibility in network design. It allows for greater freedom in device placement, enabling efficient utilization of space and resources. Whether you need to connect servers in a data center or establish links between different floors of a building, the NVIDIA MMS4X00-NS400 Transceiver's extended reach ensures that your network can be designed to meet your specific requirements without compromising performance.

Cost-Effective Solution

The NVIDIA MMS4X00-NS400 Transceiver's maximum distance of up to 100 meters offers a cost-effective solution for various networking scenarios. It eliminates the need for additional equipment, such as repeaters or signal boosters, that would be required for longer distances. By reducing the complexity and cost associated with extending network reach, this transceiver allows businesses to optimize their network infrastructure without breaking the budget.