AFBR-57F5MZ-QL 16GB SFP+ 850nm Transceiver Qlogic

Capacity: 16GB

Enhanced Performance

The Qlogic AFBR-57F5MZ-QL SFP+ Transceiver is equipped with a remarkable capacity of 16GB, making it an exceptional choice for high-performance networking applications. With this impressive capacity, users can experience enhanced data transfer speeds, ensuring swift and efficient transmission of large volumes of data.

Seamless Data Management

For businesses dealing with data-intensive operations, the 16GB capacity of this transceiver provides the necessary storage space to handle vast amounts of information. Whether it's transmitting large files, managing databases, or processing complex algorithms, this transceiver can effortlessly handle the demand, allowing for seamless data management.

Reduced Latency

With its 16GB capacity, the Qlogic AFBR-57F5MZ-QL SFP+ Transceiver significantly reduces latency in data transfer. The higher capacity ensures that there is ample room to store and transmit data without delays or bottlenecks. This reduction in latency translates to improved overall system performance and faster response times.

Increased Scalability

The 16GB capacity of this transceiver opens up possibilities for future scalability. As businesses grow and their data requirements increase, having a higher capacity transceiver becomes crucial. With the Qlogic AFBR-57F5MZ-QL SFP+ Transceiver, users can confidently expand their network infrastructure without worrying about outgrowing their equipment's capabilities.

Optimized Workflows

The larger capacity offered by the Qlogic AFBR-57F5MZ-QL SFP+ Transceiver allows for optimized workflows within organizations. Users can store and access more data at once, enabling faster decision-making processes and reducing the need to constantly transfer data between systems. This optimization leads to increased productivity and efficient resource utilization.

Flexibility in Data Handling

By featuring a 16GB capacity, this transceiver enables users to handle data in a more flexible manner. Users can store and transmit larger datasets, conduct in-depth analytics, and run resource-intensive applications without worrying about storage limitations. This flexibility empowers businesses to explore new opportunities and achieve their goals without being hindered by capacity constraints.

Wavelength: 850nm

Efficient Data Transmission

The Qlogic AFBR-57F5MZ-QL SFP+ Transceiver operates at a wavelength of 850nm, enabling efficient data transmission across optical fiber networks. This specific wavelength is widely recognized for its ability to achieve high-speed and reliable communication, making it an ideal choice for various networking applications.

Compatibility with Multi-mode Fiber

The 850nm wavelength is specifically designed for use with multi-mode fiber cables. Multi-mode fiber is commonly used in short-range transmissions, making it suitable for applications within buildings or campuses. By utilizing the 850nm wavelength, this transceiver ensures compatibility with existing multi-mode fiber infrastructure, eliminating the need for costly upgrades.

Cost-Effective Solution

The compatibility of the Qlogic AFBR-57F5MZ-QL SFP+ Transceiver with multi-mode fiber and its 850nm wavelength provides a cost-effective solution for organizations. Upgrading to newer technologies or replacing the existing fiber infrastructure can be a significant expense. However, with this transceiver, businesses can leverage their current infrastructure while still benefiting from efficient data transmission.

Reliable Performance

Operating at 850nm wavelength, this transceiver ensures reliable performance even in challenging environments. The 850nm wavelength is known for its resistance to signal degradation caused by factors like attenuation and dispersion. This resilience allows for consistent data transmission, minimizing the chances of data loss or disruption.

High Bandwidth Support

The Qlogic AFBR-57F5MZ-QL SFP+ Transceiver's utilization of the 850nm wavelength enables high bandwidth support. This means that users can transmit large amounts of data simultaneously, accommodating the growing demands of modern networks. Whether it's streaming high-definition content or transferring massive files, this transceiver ensures smooth and uninterrupted data flow.

Improved Network Efficiency

By utilizing the 850nm wavelength, this transceiver enhances network efficiency. The wavelength's characteristics allow for better signal integrity and reduced signal loss, resulting in improved overall network performance. Users can rely on this transceiver to maintain a robust and efficient network infrastructure, leading to enhanced productivity and customer satisfaction.