874536-001 HPE 16GB Brocade Pluggable SFP+ Transceiver

HPE 874536-001 16GB Pluggable SFP+ Transceiver Overview

The HPE 874536-001 16GB Brocade Pluggable SFP+ Small Form Factor Transceiver is engineered for high-speed Fibre Channel networking environments that require exceptional bandwidth, low latency, superior signal integrity, and enterprise-grade reliability. Designed specifically for modern storage area networks, data center infrastructures, virtualization platforms, and mission-critical enterprise workloads, this transceiver module delivers dependable optical connectivity for demanding IT ecosystems where uninterrupted data transmission is essential.

Organizations that depend on scalable storage networking technologies increasingly require components capable of supporting rapidly expanding workloads, cloud-based architectures, virtual machines, hyper-converged infrastructure, and high-density storage arrays. The HPE 874536-001 transceiver addresses these needs by offering seamless integration with Brocade Fibre Channel switches and HPE storage networking platforms. Its compact Small Form Factor Pluggable Plus design ensures simplified deployment while enabling flexible network scalability in enterprise environments.

As data-intensive applications continue to evolve across industries such as healthcare, finance, government, telecommunications, cloud computing, and enterprise IT, the need for low-latency optical transceivers becomes increasingly important. The HPE 874536-001 16GB SFP+ transceiver is designed to provide stable and high-performance communication between servers, switches, storage systems, and SAN infrastructures while maintaining operational efficiency in high-density networking environments.

Advanced 16GB Fibre Channel Connectivity

The HPE 874536-001 transceiver supports 16 Gigabit Fibre Channel connectivity, enabling organizations to maintain fast and consistent communication across storage networks. High-bandwidth Fibre Channel technology remains one of the most reliable solutions for enterprise storage environments due to its low packet loss, deterministic performance, and robust error correction capabilities.

Modern enterprise storage infrastructures demand rapid access to databases, virtual machines, cloud resources, backup systems, and mission-critical applications. The 16GB transfer capability of this Brocade-compatible SFP+ transceiver significantly improves throughput and minimizes bottlenecks that may occur in legacy networking environments. This allows enterprises to optimize application responsiveness while maintaining smooth storage access across distributed systems.

High-speed Fibre Channel communication also supports data replication, disaster recovery operations, large-scale backups, and storage virtualization strategies. By implementing reliable optical transceivers such as the HPE 874536-001, organizations can build scalable SAN architectures capable of supporting future expansion while maintaining consistent operational performance.

Reduced Latency for High-Demand Workloads

Low latency is a critical factor in enterprise storage networking, particularly for environments supporting virtualization clusters, transactional databases, analytics platforms, and cloud applications. The HPE 874536-001 16GB SFP+ transceiver is designed to minimize communication delays while maintaining signal integrity across connected Fibre Channel devices.

Reduced latency contributes to improved application performance, faster storage access times, and enhanced responsiveness within virtualized infrastructures. Organizations running latency-sensitive workloads can rely on this transceiver to maintain efficient communication between interconnected systems while supporting business continuity requirements.

Compatibility with Brocade and HPE Networking Environments

One of the key advantages of the HPE 874536-001 transceiver is its compatibility with Brocade Fibre Channel switches and HPE storage networking equipment. Enterprise IT administrators often prioritize compatibility and interoperability when selecting networking hardware because infrastructure consistency directly impacts deployment efficiency and operational reliability.

The HPE 874536-001 module is designed to function seamlessly within supported Brocade SAN environments, enabling organizations to integrate high-speed optical connectivity without introducing compatibility challenges. This streamlined integration process helps reduce deployment complexity while ensuring stable communication across enterprise Fibre Channel networks.

Reliable Integration with Enterprise SAN Architectures

Storage Area Networks require stable and predictable communication between multiple interconnected devices. The HPE 874536-001 transceiver supports efficient SAN operations by providing dependable optical connectivity across enterprise-grade networking environments.

Organizations utilizing HPE storage arrays, Brocade Fibre Channel switches, blade server infrastructures, and enterprise backup systems can benefit from the module’s reliable interoperability. The transceiver is engineered to support the rigorous demands of modern SAN deployments where uptime, reliability, and scalability are essential.

Support for High-Density Data Center Deployments

Modern data centers often operate in high-density configurations where maximizing rack space and minimizing cabling complexity are top priorities. The compact SFP+ form factor of the HPE 874536-001 allows administrators to deploy multiple transceivers within limited rack space while maintaining efficient airflow and cable management.

High-density deployment capability is particularly beneficial for enterprise organizations, cloud service providers, colocation facilities, and managed hosting environments where scalability and operational efficiency are essential. The module’s small footprint enables organizations to expand networking capacity without significantly increasing infrastructure complexity.

Small Form Factor Pluggable Plus Design Advantages

The Small Form Factor Pluggable Plus architecture provides numerous operational advantages for enterprise networking environments. SFP+ transceivers are widely adopted due to their compact design, modular flexibility, hot-swappable functionality, and support for high-speed optical communication.

The HPE 874536-001 transceiver utilizes this industry-standard form factor to simplify deployment, upgrades, and maintenance procedures. IT administrators can install or replace modules without extensive downtime, allowing organizations to maintain network availability during infrastructure updates or maintenance operations.

Hot-Swappable Deployment Flexibility

Hot-swappable functionality enables administrators to install or replace transceivers while networking equipment remains operational. This feature significantly reduces service interruptions and supports high-availability infrastructure strategies commonly implemented within enterprise data centers.

The HPE 874536-001 supports efficient maintenance procedures by allowing rapid transceiver replacement without requiring system shutdowns. This capability minimizes operational disruption while improving maintenance efficiency for IT teams managing large-scale networking environments.

Efficient Cable Management and Space Optimization

Efficient cable management is essential in modern enterprise environments where hundreds or thousands of connections may exist within a single data center. The compact SFP+ design contributes to cleaner cable routing and simplified infrastructure organization.

Reduced cabling congestion improves airflow efficiency within networking cabinets while simplifying troubleshooting and maintenance tasks. The HPE 874536-001 transceiver supports structured deployment strategies that help organizations maintain organized and scalable networking infrastructures.

Enhanced Reliability for Mission-Critical Applications

Enterprise organizations require networking components capable of operating continuously under demanding workloads. The HPE 874536-001 16GB Brocade Pluggable SFP+ Small Form Factor Transceiver is engineered to deliver consistent performance and operational reliability in mission-critical environments.

Reliable optical communication is essential for maintaining application uptime, protecting data integrity, and ensuring uninterrupted business operations. This transceiver is designed to support stable Fibre Channel connectivity while minimizing transmission errors and communication disruptions.

Designed for Continuous Enterprise Operation

Enterprise data centers often operate around the clock, supporting global business operations, cloud applications, transactional databases, and virtualized workloads. Networking components deployed within these environments must withstand continuous operation without compromising performance.

The HPE 874536-001 transceiver is built to support long-term reliability within demanding enterprise infrastructures. Its enterprise-grade construction and advanced optical components contribute to stable performance across extended operational periods.

Improved Signal Integrity and Optical Stability

Signal integrity plays a critical role in maintaining consistent data transmission within Fibre Channel environments. Optical degradation, interference, or unstable communication can negatively impact storage access and application performance.

The HPE 874536-001 module is engineered to maintain strong optical signaling and stable communication across supported networking distances. Enhanced signal integrity contributes to reduced retransmissions, lower error rates, and more efficient SAN operations.

Ideal for Virtualization and Cloud Infrastructure

Virtualized environments place significant demands on storage networking infrastructure due to the high volume of simultaneous data transactions generated by virtual machines, containers, and cloud applications. The HPE 874536-001 transceiver supports these demanding workloads by delivering high-speed and low-latency Fibre Channel communication.

Cloud computing platforms, private cloud deployments, and hyper-converged infrastructures require dependable storage connectivity capable of supporting dynamic workload allocation and rapid resource scaling. This transceiver helps organizations maintain efficient communication between servers and storage systems while supporting virtualization performance requirements.

Scalable Infrastructure for Cloud Expansion

Organizations adopting cloud technologies often require scalable networking components capable of supporting future infrastructure growth. The modular nature of SFP+ transceivers allows administrators to expand networking capacity incrementally without replacing entire switching platforms.

The HPE 874536-001 provides the scalability required for evolving enterprise infrastructures, enabling organizations to increase Fibre Channel connectivity as business requirements continue to grow.

Data Center Efficiency and Operational Benefits

Efficient data center operation depends on reliable networking infrastructure, optimized airflow, simplified maintenance procedures, and reduced operational overhead. The HPE 874536-001 transceiver contributes to these objectives through its compact design, energy-efficient operation, and high-performance optical communication capabilities.

Enterprise organizations continuously seek opportunities to optimize infrastructure efficiency while reducing downtime and improving manageability. This transceiver supports these initiatives by delivering dependable Fibre Channel connectivity within compact and scalable networking environments.

Energy-Efficient Optical Networking

Energy efficiency has become increasingly important in modern data centers due to rising operational costs and sustainability initiatives. Networking equipment that consumes excessive power contributes to increased cooling requirements and higher infrastructure expenses.

The HPE 874536-001 transceiver is designed to provide high-performance optical communication while maintaining efficient power consumption characteristics. Reduced power usage helps organizations optimize data center efficiency without compromising networking performance.

Reduced Downtime and Simplified Maintenance

Infrastructure downtime can disrupt business operations, impact productivity, and create financial losses for enterprise organizations. Reliable networking components help minimize downtime risks while supporting efficient maintenance procedures.

The hot-swappable design and dependable operational characteristics of the HPE 874536-001 simplify maintenance workflows for IT administrators. Rapid replacement capability and stable long-term performance contribute to improved infrastructure availability.

Healthcare and Medical Data Environments

Healthcare organizations process enormous volumes of sensitive patient information, medical imaging files, electronic health records, and real-time clinical data. Reliable storage networking infrastructure is essential for maintaining rapid access to critical healthcare applications.

The HPE 874536-001 transceiver supports dependable Fibre Channel communication within healthcare data centers, enabling fast and secure storage connectivity for mission-critical medical systems.

Financial Institutions and Transactional Databases

Financial organizations depend on low-latency networking to support real-time transactions, fraud detection systems, analytics platforms, and secure data storage. Even minor network delays can impact transaction processing efficiency and customer experience.

The high-speed performance and reliability of the HPE 874536-001 make it suitable for financial infrastructures requiring consistent storage communication and minimal latency.

Cloud Service Providers and Colocation Facilities

Cloud providers and colocation facilities require scalable networking solutions capable of supporting large numbers of interconnected servers and storage devices. High-density optical transceivers help maximize infrastructure scalability while minimizing physical space requirements.

The compact SFP+ design and enterprise-grade reliability of the HPE 874536-001 support the operational demands of cloud computing and colocation environments where performance and uptime are essential.

Future-Ready Fibre Channel Infrastructure

Enterprise organizations must prepare for ongoing growth in data volume, application complexity, virtualization density, and cloud adoption. Fibre Channel networking remains a trusted solution for delivering reliable and predictable storage communication across enterprise environments.

The HPE 874536-001 transceiver supports future-ready infrastructure strategies by enabling scalable and high-performance Fibre Channel connectivity capable of adapting to evolving enterprise requirements.

Supporting High-Performance Storage Architectures

High-performance storage systems require equally capable networking components to maintain optimal throughput and application responsiveness. Enterprise SAN environments supporting flash storage arrays, hybrid storage platforms, and large-scale backup systems benefit from reliable optical transceivers that can sustain demanding workloads.

The HPE 874536-001 delivers the optical performance necessary to support advanced storage architectures while helping organizations maintain stable and efficient Fibre Channel communication across mission-critical environments.

Enterprise Scalability for Expanding IT Operations

Scalability remains one of the most important considerations when organizations invest in networking infrastructure. Businesses frequently expand storage capacity, deploy additional virtual machines, increase cloud workloads, and integrate new applications into existing data center environments. The HPE 874536-001 transceiver helps support this continuous growth by providing modular optical connectivity that can be expanded alongside enterprise infrastructure requirements.

As organizations scale their operations, networking flexibility becomes increasingly valuable. The modular nature of SFP+ transceivers enables IT administrators to deploy additional Fibre Channel connections without requiring extensive infrastructure redesign. This approach supports cost-effective growth while helping enterprises maintain consistent performance and operational continuity.