Dell RN84N 10GBASE-LR SFP+ LR Optic 1310NM SM Transceiver

Data Transfer Rate: 10GBASE-LR

The Dell RN84N SFP+ LR Optic offers a remarkable data transfer rate of 10GBASE-LR, making it an ideal choice for users who require high-speed and reliable connectivity. This feature ensures lightning-fast data transfer, allowing users to seamlessly transmit large files, stream high-definition videos, and engage in real-time communication without any lag or interruption.

Enhanced Performance

The 10GBASE-LR data transfer rate provides enhanced performance, enabling users to experience smoother and faster network operations. Whether you are a professional working on resource-intensive tasks or a gamer seeking lag-free online gaming experiences, this feature ensures that your data is transmitted swiftly and efficiently.

Increased Productivity

With the Dell RN84N SFP+ LR Optic's 10GBASE-LR data transfer rate, users can significantly improve their productivity. Large file transfers that used to take hours can now be completed within minutes, allowing professionals to focus on their work rather than waiting for data to be transmitted. This feature also enables seamless collaboration between team members in remote locations, as real-time communication and file sharing become fluid and efficient.

Future-Proof Connectivity

Investing in a product with a high data transfer rate like the Dell RN84N SFP+ LR Optic ensures future-proof connectivity. As technology advances and network demands increase, this optic will continue to meet the requirements of modern applications and devices. Users can rely on this product for years to come without worrying about compatibility issues or the need for frequent upgrades.

Wavelength: 1310NM

The Dell RN84N SFP+ LR Optic operates at a wavelength of 1310nm, providing users with exceptional performance and reliability. This feature ensures that data is transmitted efficiently over long distances, making it an ideal choice for applications that require high-speed and long-range connectivity.

Long-Distance Transmission

The 1310nm wavelength allows the Dell RN84N SFP+ LR Optic to transmit data over long distances without any degradation in signal quality. Whether you need to connect multiple buildings within a campus or establish a network link between different geographical locations, this optic ensures that your data reaches its destination with minimal loss or interference.

Flexible Deployment

The use of the 1310nm wavelength provides flexibility in deploying the Dell RN84N SFP+ LR Optic. This optic can be used in various networking scenarios, including metropolitan area networks (MANs), wide area networks (WANs), and even within data centers. Its ability to transmit data over long distances makes it a versatile solution for organizations with diverse networking requirements.

Reliable Performance

By operating at a wavelength of 1310nm, the Dell RN84N SFP+ LR Optic ensures reliable performance even in challenging environments. It is less susceptible to signal interference caused by factors such as electromagnetic radiation or crosstalk, ensuring that your data remains intact and your network connections stable.

Fiber Type: Single Mode

The Dell RN84N SFP+ LR Optic is designed to work with single-mode fiber, offering users numerous benefits in terms of performance and signal transmission. This feature makes it an excellent choice for long-distance communication and high-bandwidth applications.

Long-Range Capabilities

Single-mode fiber used with the Dell RN84N SFP+ LR Optic enables long-range communication by minimizing signal loss and dispersion. It allows data to travel over significantly greater distances compared to multi-mode fiber, making it the preferred choice for establishing connections between different locations or across vast geographical areas.

Higher Bandwidth

Single-mode fiber provides higher bandwidth compared to multi-mode fiber, enabling the Dell RN84N SFP+ LR Optic to handle larger amounts of data. This feature is crucial for organizations that deal with heavy data traffic, such as data centers or enterprises with multiple users accessing network resources simultaneously. Users can enjoy faster and more reliable connectivity, ensuring smooth operations and efficient data transmission.

Future-Proof Investment

Opting for the Dell RN84N SFP+ LR Optic with single-mode fiber ensures a future-proof investment. As technology advances and network requirements evolve, this optic will continue to support higher bandwidths and longer distances. Users can save costs on future upgrades by investing in a product that can adapt to their changing needs.

Transceiver Type: LR Transceiver

The Dell RN84N SFP+ LR Optic is equipped with an LR (Long Reach) transceiver, offering users exceptional performance and reliability in long-distance communication. This feature makes it an ideal choice for applications that demand high-speed connectivity over extended distances.

Extended Reach

The LR transceiver in the Dell RN84N SFP+ LR Optic allows for extended reach, enabling data transmission over long distances without compromising signal quality. Whether you need to establish connections between buildings or connect networks across different locations, this optic ensures reliable communication even over extended distances.

Cost-Effective Solution

The use of LR transceivers offers a cost-effective solution for long-distance communication. Instead of investing in expensive infrastructure or leasing dedicated lines, organizations can utilize the Dell RN84N SFP+ LR Optic to establish high-speed connections over existing fiber networks. This reduces deployment costs, making it an attractive option for businesses looking to expand their network capabilities without breaking the bank.

High Reliability

The LR transceiver in the Dell RN84N SFP+ LR Optic ensures high reliability, making it suitable for critical applications that require uninterrupted connectivity. It is designed to withstand environmental factors such as temperature fluctuations and electromagnetic interference, ensuring consistent and stable performance even in challenging conditions.