AFBR-57F5AMZ-HP3 HPE 16 GB Sfp+ Short Wave 1-pack Extended Temperature Transceiver

HPE AFBR-57F5AMZ-HP3 16 Gb SFP+ Short Wave 1-Pack Extended Temperature Transceiver Overview

The HPE AFBR-57F5AMZ-HP3 is a high-performance 16 Gb SFP+ (Small Form-factor Pluggable Plus) transceiver module designed for use in HPE server and storage systems. This transceiver module offers exceptional data transmission speeds of 16 Gbps, enabling optimal performance for a range of applications. The "short-wave" designation indicates that this module is designed to handle short-range communication, making it ideal for data centers and enterprise environments where reliable and fast communication is crucial.

Key Features of the HPE AFBR-57F5AMZ-HP3 16 Gb SFP+ Transceiver

Designed with cutting-edge technology, the HPE AFBR-57F5AMZ-HP3 comes with several advanced features to ensure high performance, durability, and versatility. Some of the key features of this product include:

• High Data Transfer Speed: Capable of supporting speeds of up to 16 Gbps, the AFBR-57F5AMZ-HP3 ensures smooth data transmission with minimal latency.
• Short-Wave Technology: The short-wave functionality makes this transceiver module ideal for shorter distances (up to 300 meters over OM3 multimode fiber), providing fast and reliable communication in data centers and server environments.
• Extended Temperature Range: This transceiver is built to withstand a broad range of temperatures, typically between -40°C to 85°C, ensuring stable performance even in extreme environmental conditions.
• Small Form-Factor Pluggable: The compact SFP+ design allows easy installation, hot-swapping, and the ability to upgrade your network infrastructure without downtime.
• Low Power Consumption: Efficient power usage is critical in modern data centers. The HPE AFBR-57F5AMZ-HP3 offers low power consumption, helping to reduce operational costs and maintain energy efficiency in high-demand environments.

Compatibility with HPE Systems

The HPE AFBR-57F5AMZ-HP3 is specifically designed for compatibility with Hewlett Packard Enterprise (HPE) servers, storage devices, and networking hardware. It seamlessly integrates with a wide range of HPE products, including:

• HPE ProLiant Servers
• HPE BladeSystem
• HPE StorageWorks Solutions
• HPE Networking Devices

This makes the AFBR-57F5AMZ-HP3 an essential choice for customers who already rely on HPE infrastructure and are looking to optimize their network performance.

Applications of the HPE AFBR-57F5AMZ-HP3 Transceiver

The AFBR-57F5AMZ-HP3 transceiver module is ideal for a variety of high-performance applications that require reliable short-range fiber optic communication. Some of the most common use cases for this transceiver include:

Data Center Connectivity

Data centers rely heavily on high-speed, low-latency communication to support large volumes of data processing. The HPE AFBR-57F5AMZ-HP3 is an excellent solution for connecting different servers, storage devices, and network switches within the data center. It offers high-speed transmission over fiber optic cables, ensuring minimal signal degradation over short distances.

Server-to-Server Communication

In server farms and enterprise networks, server-to-server communication is crucial for tasks such as database synchronization, cloud services, and resource sharing. The 16 Gb SFP+ transceiver facilitates smooth and reliable data transfer between servers, helping businesses maintain high uptime and optimal operational efficiency.

Storage Area Networks (SANs)

For organizations that use Storage Area Networks (SANs), the AFBR-57F5AMZ-HP3 is a valuable component. It ensures high-speed connections between storage devices and servers, enabling fast data retrieval and backup processes, as well as efficient data management in large-scale storage systems.

Choose HPE AFBR-57F5AMZ-HP3

The HPE AFBR-57F5AMZ-HP3 transceiver is a top choice for businesses looking for a balance of high-speed performance, reliability, and ease of integration. Here are a few reasons why this transceiver is a preferred option for data center and enterprise environments:

Enhanced Reliability

Hewlett Packard Enterprise is known for producing durable, high-quality products, and the AFBR-57F5AMZ-HP3 is no exception. Its extended temperature range and low failure rate make it a trusted choice for mission-critical environments where downtime is not an option.

Easy Deployment and Scalability

The compact design and hot-swappable nature of the SFP+ transceiver allow for easy installation and future upgrades. This ensures that businesses can scale their network infrastructure without the need for extensive downtime or costly reconfigurations.

Cost-Effective Solution

With a focus on energy efficiency and low power consumption, the AFBR-57F5AMZ-HP3 helps to reduce operational costs over time. Its long lifespan and compatibility with a wide range of HPE devices further enhance its cost-effectiveness for businesses of all sizes.

HPE AFBR-57F5AMZ-HP3 vs Other SFP+ Transceivers

While there are numerous SFP+ transceivers available on the market, the HPE AFBR-57F5AMZ-HP3 stands out in terms of its robust performance and compatibility with HPE systems. When compared to other SFP+ transceivers, the key advantages of this module include:

Superior Performance

With a 16 Gbps data rate, the AFBR-57F5AMZ-HP3 outperforms many standard SFP+ modules, which are often limited to lower data rates. This makes it ideal for environments where high-speed data transmission is critical.

Extended Temperature Range

Unlike many SFP+ modules that operate within a narrower temperature range, the AFBR-57F5AMZ-HP3 is designed to function effectively in extreme conditions. This makes it an excellent choice for rugged environments or areas with fluctuating temperatures.

Seamless Integration with HPE Systems

Many third-party transceivers may offer similar performance, but they are not always optimized for use with HPE hardware. The AFBR-57F5AMZ-HP3 is engineered to provide seamless integration with HPE servers, switches, and storage systems, ensuring better overall compatibility and performance.