Dell 10GBE SFP+ SR 850NM 400M Transceiver 5XDPR

Product Overview

The Dell 5XDPR networking transceiver, available in a convenient 12-pack, is a high-performance SFP+ module designed for superior network connectivity. Supporting 10 Gigabit Ethernet (10GbE), this module ensures robust and efficient data transmission over multimode fiber.

Key Features

• Device Type: SFP+ transceiver module, ensuring modular flexibility.
• Form Factor: Plug-in module for seamless installation and integration.
• Cabling Type: 10GBASE-SR for high-speed data transfer over short distances.
• Data Transfer Rate: Capable of reaching up to 10 Gbps for fast, reliable connections.
• Data Link Protocol: Supports 10 Gigabit Ethernet (10GbE), optimizing network performance.
• Optical Wavelength: Operates at an 850nm wavelength, ideal for multimode fiber connections.
• Maximum Transmission Distance: Reaches up to 300 meters (approximately 400 meters with certain fiber types) for versatile deployment in various environments.

Expansion and Connectivity

• Port Configuration: Includes 1x Ethernet 10GBASE-SR port for high-bandwidth communication.
• Connectivity: Enables swift and stable network integration within data centers and enterprise networks.

Compatibility Overview

Designed with compatibility in mind, the Dell 5XDPR transceiver integrates seamlessly with numerous Dell EMC networking solutions, enhancing system flexibility.

Compatible Dell EMC Networking Equipment

• N2200-ON Series: Reliable for mid-level enterprise connectivity.
• N3200-ON Series: Enhanced for scalable network expansion.
• PowerSwitch S5448F-ON: Ideal for dense, high-capacity environments.
• PowerSwitch Z9264-ON, Z9332F-ON, Z9432F-ON: Advanced switching capabilities for complex network topologies.
• N1500 Series: Cost-effective yet powerful for smaller networks.
• N3024EF-ON, N3024ET-ON, N3048ET-ON: Flexible solutions for varied data throughput needs.
• N4000 Series (N4032, N4032F, N4064, N4064F): High-performance modules supporting extensive data flows.

Additional Compatibility

• S4048-ON and S4048T-ON: Optimized for high-density networking.
• S4128, S4148, S4148U: Enhanced port variety and performance features.
• S5212F-ON, S5224F-ON, S5232F-ON, S5248F-ON, S5296F-ON: A wide array of modular and fixed port options for seamless scalability.
• S6100: Adaptive, versatile for multi-environment use.
• X1018, X1026, X1052: Suited for small-to-medium business infrastructures.
• Z9100: Ultra-low-latency and high-speed switching for demanding data centers.

Performance and Reliability

Each Dell 5XDPR SFP+ transceiver is designed for consistent, top-tier network performance, ensuring minimal downtime and maximum data flow. With 10Gbps capabilities and reliable connectivity over multimode fiber at 850nm, these modules cater to a range of networking applications, from high-speed data centers to enterprise setups.

Enhanced Network Efficiency

• Boosts overall network speed and bandwidth efficiency.
• Supports essential enterprise-grade operations with stable data transmission.

Why Choose the Dell 5XDPR Transceiver?

Opting for the Dell 5XDPR module means investing in a high-quality solution that enhances network infrastructure reliability and performance. Its broad compatibility ensures streamlined integration into existing network architectures.

Part Number

The Dell 10GBE SFP+ SR 850NM 400M Transceiver Transceiver is a high-quality networking component designed to enhance the performance and connectivity of your network infrastructure. One of its key features is the part number, specifically identified as 5XDPR. This unique identifier plays a crucial role in identifying and procuring the correct transceiver for your networking needs.

Identifying Compatibility

With various transceivers available in the market, having a specific part number like 5XDPR simplifies the process of identifying compatibility with your existing network equipment. By referring to the part number, you can ensure that you are choosing the right transceiver that is specifically designed to work seamlessly with Dell networking devices.

Streamlining Procurement

The part number also streamlines the procurement process by providing a standardized code that can be easily communicated between IT professionals and suppliers. When you need to replace or expand your network infrastructure, having a unique part number like 5XDPR allows you to quickly and efficiently communicate your requirements to the supplier, ensuring accurate delivery of the desired transceiver.

Easy Inventory Management

For organizations managing a large inventory of networking equipment, having a part number like 5XDPR simplifies inventory management. By categorizing and organizing transceivers based on their unique part numbers, IT professionals can easily track, identify, and locate specific transceivers when needed. This helps in reducing downtime and improving overall operational efficiency.

Quick Troubleshooting

In the event of any issues or troubleshooting requirements, having a distinct part number like 5XDPR enables IT professionals to quickly identify and isolate problematic transceivers. This saves valuable time and effort by allowing targeted troubleshooting and minimizing the impact on the overall network performance.

Future Scalability

The part number 5XDPR also plays a crucial role in future scalability and expansion plans. By using a standardized part number for transceivers, organizations can easily procure additional units as per their requirements without the risk of compatibility issues. This ensures seamless integration of new devices into the existing network infrastructure, allowing for smooth growth and adaptability.

Conclusion

The part number 5XDPR is a vital feature of the Dell 10GBE SFP+ SR 850NM 400M Transceiver Transceiver. It simplifies compatibility identification, streamlines procurement processes, facilitates inventory management, enables quick troubleshooting, and supports future scalability. By opting for a transceiver with a unique part number like 5XDPR, you can ensure optimal performance and reliability for your network infrastructure.

Data Rate

The Dell 10GBE SFP+ SR 850NM 400M Transceiver Transceiver offers an impressive data rate of 10GBE (10 Gigabits per second). This high-speed data transfer capability provides numerous benefits and is of significant importance for users looking to optimize their network performance.

Enhanced Bandwidth

The 10GBE data rate allows for significantly enhanced bandwidth compared to lower data rate alternatives. This increased bandwidth enables faster communication between devices, facilitating the smooth transmission of large volumes of data. Whether it's for file transfers, multimedia streaming, or real-time collaboration, the higher data rate ensures that your network can handle demanding applications without sacrificing performance.

Reduced Latency

With its high data rate, the Dell 10GBE SFP+ SR 850NM 400M Transceiver Transceiver minimizes latency, the delay between data transmission and reception. Low latency is crucial for applications that require real-time responsiveness, such as online gaming, video conferencing, and financial trading. By reducing latency, the 10GBE data rate ensures a seamless and uninterrupted user experience.

Future-Proof Investment

Investing in a transceiver with a 10GBE data rate is a future-proof decision. As technology continues to advance, the demand for faster data transfer speeds will only increase. By choosing a transceiver with a higher data rate like 10GBE, you can avoid premature obsolescence and ensure that your network infrastructure remains capable of meeting future demands.

Optimal Server Performance

For organizations utilizing servers for various purposes, the 10GBE data rate is particularly beneficial. It allows servers to handle higher workloads and process requests more efficiently. This results in improved server performance, reduced response times, and increased overall productivity for users accessing network resources.

Seamless Virtualization

Virtualization has become an essential component of modern network infrastructures. Whether it's virtual machines or cloud-based services, the 10GBE data rate ensures smooth and efficient virtualization operations. It enables faster data transfers between virtual machines, reduces network bottlenecks, and enhances the performance of resource-intensive applications running on virtualized environments.

Conclusion

The 10GBE data rate offered by the Dell 10GBE SFP+ SR 850NM 400M Transceiver Transceiver delivers enhanced bandwidth, reduced latency, future-proof investment, optimal server performance, and seamless virtualization capabilities. With its high-speed data transfer capabilities, this transceiver empowers users to maximize their network performance and stay ahead in today's digitally-driven world.

Wavelength

The Dell 10GBE SFP+ SR 850NM 400M Transceiver Transceiver operates at a wavelength of 850NM. This wavelength specification is essential for users seeking to optimize their network infrastructure and ensure efficient data transmission.

Compatibility with Optical Fiber

The 850NM wavelength is compatible with multimode optical fiber, making it an ideal choice for short-distance data transmission. Multimode fiber is commonly used in LAN environments and data centers, allowing for efficient transmission over shorter distances without compromising data integrity or speed. By operating at the 850NM wavelength, this transceiver ensures seamless compatibility with existing multimode fiber infrastructure.

Cost-Effectiveness

Opting for a transceiver operating at the 850NM wavelength can be a cost-effective solution for organizations. Multimode fiber, which supports this wavelength, is generally more affordable compared to its single-mode counterpart. By utilizing multimode fiber, organizations can save on infrastructure costs without sacrificing performance for shorter distance network connections.

Flexibility in Network Design

The 850NM wavelength provides flexibility in network design by enabling the use of various transceivers and optical modules that operate at the same wavelength. This interoperability allows organizations to choose from a wide range of compatible networking components, ensuring flexibility in designing their network infrastructure as per their specific requirements.

High-Speed Connectivity

Operating at the 850NM wavelength, the Dell 10GBE SFP+ SR 850NM 400M Transceiver Transceiver facilitates high-speed connectivity over short distances. Whether it's connecting switches, routers, servers, or storage devices, the transceiver ensures efficient and reliable data transmission, enabling smooth communication and collaboration within your network.

Reduced Signal Degradation

When transmitting data over shorter distances, the 850NM wavelength experiences less signal degradation compared to longer wavelengths. This results in higher signal quality, reduced errors, and improved overall network performance. By utilizing the Dell 10GBE SFP+ SR 850NM 400M Transceiver Transceiver, users can expect reliable and consistent data transmission without compromising speed or integrity.

Conclusion

The 850NM wavelength of the Dell 10GBE SFP+ SR 850NM 400M Transceiver Transceiver offers compatibility with multimode fiber, cost-effectiveness, flexibility in network design, high-speed connectivity, and reduced signal degradation. By operating at this wavelength, the transceiver ensures efficient data transmission and supports the seamless functioning of your network infrastructure.

Max Distance

The Dell 10GBE SFP+ SR 850NM 400M Transceiver Transceiver is designed to support a maximum distance of 400 meters. This feature holds great importance for users who require reliable connectivity over extended distances within their network infrastructure.

Extended Network Coverage

With a maximum distance of 400 meters, this transceiver enables extended coverage within your network environment. Whether it's a large office space, data center, or campus network, the transceiver ensures that devices located at significant distances can still maintain reliable connectivity without compromising data transfer speeds or performance.

Flexibility in Network Layout

The ability to support a maximum distance of 400 meters provides flexibility when designing your network layout. It allows for greater freedom in device placement and network expansion without the need for additional infrastructure investments. This flexibility is particularly valuable in scenarios where network devices may be located in physically distant areas or require connectivity across multiple floors or buildings.

Cost Savings

By supporting a maximum distance of 400 meters, the Dell 10GBE SFP+ SR 850NM 400M Transceiver Transceiver helps organizations save on infrastructure costs. It eliminates the need for additional intermediate network devices or costly infrastructure upgrades, resulting in cost-effective network expansion and improved return on investment.

Efficient Data Transmission

The ability to transmit data up to a maximum distance of 400 meters ensures efficient and reliable data transmission. Whether it's for transferring large files, streaming high-definition media, or running bandwidth-intensive applications, the transceiver guarantees that data can be transmitted seamlessly over extended distances without loss of quality or speed.

Improved Network Reliability

With a maximum distance of 400 meters, the transceiver enhances network reliability by minimizing the risk of signal degradation or loss over extended distances. This ensures that critical business operations can continue without interruptions, reducing downtime and improving overall network performance.

Conclusion

The Dell 10GBE SFP+ SR 850NM 400M Transceiver Transceiver's maximum distance of 400 meters provides extended network coverage, flexibility in network layout, cost savings, efficient data transmission, and improved network reliability. By supporting connectivity over extended distances, this transceiver empowers users to create robust network infrastructures that cater to their specific needs while ensuring reliable and high-performance connectivity.