C8R24B HPE MSA 16GB SFP+ 4-Pack SW Transceiver Fibre Channel Module

Details of HPE MSA 16GB SFP+ SW Transceiver

The HPE MSA 16GB SFP+ 4-Pack SW Transceiver Fibre Channel Module (Part Number: C8R24B) is a high-speed optical networking solution designed for enterprise storage systems and advanced data centers.

General Information

• Manufacturer: HPE
• Part Number: C8R24B
• Device Category: SFP+ Transceiver Module

Technical Specifications

• Type: Wired
• Cabling: Fibre Channel

Data Transmission

• Protocol: 16Gb Fibre Channel (SW)
• Transfer Speed: 14.025 Gbps

Expansion & Connectivity

• 1 x 16Gb Fibre Channel (SW)

Key Benefits

• Reliable high-speed data transfer
• Optimized for enterprise storage arrays
• Supports scalable Fibre Channel networks

Compatibility

• Designed for HPE MSA systems
• Seamless integration with Fibre Channel infrastructure

HPE C8R24B MSA 16GB Short Wave SFP+ Transceiver Overview

The HPE C8R24B MSA 16GB Short Wave SFP+ 4-Pack Transceiver Fibre Channel Module is designed to provide high-speed, reliable, and efficient connectivity for enterprise storage networking environments. As organizations continue to increase their dependence on data-intensive applications, virtualization platforms, cloud infrastructure, and mission-critical workloads, the demand for robust Fibre Channel connectivity solutions has become more important than ever. This transceiver module category is engineered specifically to support modern Storage Area Networks (SANs) by delivering exceptional bandwidth, low latency, and stable communication between storage systems, servers, and network switches.

Built to meet the requirements of enterprise-class storage infrastructure, these 16Gb Fibre Channel transceivers enable seamless data transmission while maintaining compatibility with HPE MSA storage environments and various Fibre Channel networking devices. Organizations seeking dependable SAN performance often choose this category of optical modules to optimize storage access, improve application responsiveness, and support business continuity initiatives.

Understanding 16Gb Fibre Channel Transceiver Technology

Purpose of Fibre Channel Optical Modules

Fibre Channel transceivers act as the communication bridge between storage hardware and networking equipment. They convert electrical signals into optical signals for transmission across fiber optic cabling and then convert incoming optical signals back into electrical data streams. This process enables high-speed communication over greater distances while maintaining signal integrity and minimizing transmission errors.

The HPE C8R24B MSA 16GB Short Wave SFP+ transceiver category is specifically developed to support 16 Gigabit Fibre Channel environments, helping organizations achieve fast data movement between servers and storage resources. These modules are essential components within SAN infrastructures where performance, reliability, and scalability are critical requirements.

Advantages of 16Gb Fibre Channel Speeds

Storage environments handling virtual machines, large databases, analytics platforms, and backup operations require consistent throughput. The 16Gb Fibre Channel architecture offers significant improvements over previous generations by increasing bandwidth capacity and reducing storage bottlenecks. Faster transmission rates help accelerate backup processes, database transactions, storage replication, and application access.

Organizations deploying enterprise storage systems can leverage the enhanced throughput provided by this category of transceivers to support growing workloads without sacrificing performance. The result is a more responsive infrastructure capable of handling increasing data demands.

Role of SFP+ Form Factor in Storage Networking

The Small Form-Factor Pluggable Plus (SFP+) design offers flexibility and convenience for network administrators. Its compact footprint allows for higher port density within switches and storage controllers while enabling hot-swappable functionality. This means transceivers can be installed or replaced without requiring system shutdowns, minimizing maintenance windows and reducing operational disruption.

The SFP+ format has become a widely adopted standard across enterprise networking and storage environments due to its balance of performance, compatibility, and deployment flexibility.

Benefits of Short Wave Fibre Channel Transceivers

Optimized for Data Center Deployments

Short Wave optical transceivers are commonly used within data centers where equipment racks, storage arrays, blade servers, and Fibre Channel switches are located within relatively short distances of one another. These modules utilize laser technology optimized for multimode fiber cabling, making them ideal for internal enterprise networking environments.

Organizations implementing HPE MSA storage infrastructures frequently deploy Short Wave transceivers because they provide an excellent combination of performance, efficiency, and cost-effectiveness for local storage networking requirements.

High-Speed Optical Communication

Short Wave technology enables rapid data transfer between connected devices while maintaining low error rates. This characteristic is particularly important in enterprise environments where storage availability directly impacts business operations. Reliable optical communication contributes to faster access to stored information, reduced application latency, and improved overall system responsiveness.

Support for Multimode Fiber Infrastructure

Many enterprise facilities already utilize multimode fiber cabling within their data centers. The HPE C8R24B transceiver category is designed to operate efficiently with these cabling environments, allowing organizations to maximize existing infrastructure investments. This compatibility simplifies deployment while reducing the need for extensive network redesign projects.

Enterprise Storage Area Network Applications

Virtualized Server Environments

Modern enterprises increasingly rely on virtualization technologies to improve hardware utilization and streamline resource management. Virtual machines generate significant storage traffic due to shared storage architectures and dynamic workload movement. Fibre Channel transceivers provide the high-performance connectivity necessary to support these demanding virtualized infrastructures.

By enabling fast communication between servers and storage arrays, these modules help maintain consistent virtual machine performance even under heavy workloads. This capability is essential for organizations seeking efficient and scalable virtualization platforms.

Database Infrastructure Support

Enterprise databases require rapid access to storage resources in order to process transactions efficiently. Storage latency can directly impact application responsiveness, customer experiences, and operational productivity. High-speed Fibre Channel connectivity helps ensure databases receive timely access to critical information stored within SAN environments.

The 16Gb Fibre Channel architecture supports demanding database workloads by delivering the bandwidth needed for transaction processing, analytics operations, and reporting activities.

Backup and Disaster Recovery Operations

Data protection strategies often involve large-scale backup procedures and storage replication activities. These operations require reliable and high-capacity network connections to move substantial amounts of data within designated backup windows. Fibre Channel transceivers contribute to efficient backup processes by supporting sustained high-speed data transfer rates.

Organizations implementing disaster recovery solutions can benefit from dependable SAN connectivity that helps maintain data availability and supports recovery objectives.

Compatibility with HPE MSA Storage Solutions

Integration with Modular Smart Array Platforms

HPE Modular Smart Array systems are widely deployed across organizations seeking cost-effective and scalable storage solutions. The HPE C8R24B MSA 16GB Short Wave SFP+ 4-Pack Transceiver category is specifically designed to complement these storage environments, providing connectivity that aligns with the performance requirements of MSA deployments.

When integrated into HPE storage ecosystems, these transceivers help ensure efficient communication between storage controllers, Fibre Channel switches, and connected servers.

Support for Expanding Storage Requirements

As organizations accumulate increasing volumes of data, storage infrastructures must evolve to accommodate growth. Fibre Channel transceivers play an important role in enabling scalable storage architectures by supporting additional connections and enhanced bandwidth requirements. Their flexibility helps organizations adapt to changing business needs without extensive infrastructure replacement.

Interoperability Across SAN Components

Enterprise storage networks often include equipment from multiple vendors. Industry-standard Fibre Channel technology enables broad interoperability between compatible devices. This interoperability helps simplify deployment planning and provides organizations with greater flexibility when designing storage infrastructures.

Characteristics of 16Gb Fibre Channel Connectivity

Enhanced Throughput Capabilities

Storage-intensive applications depend on high-bandwidth communication channels to move information efficiently. The 16Gb Fibre Channel standard provides substantial throughput improvements that support modern workloads and help reduce performance bottlenecks.

Organizations managing large datasets, transactional systems, and virtualized environments benefit from the increased capacity available through advanced Fibre Channel networking technologies.

Reduced Network Congestion

Higher bandwidth availability enables storage networks to handle increased traffic volumes without becoming overloaded. Reduced congestion contributes to smoother application performance and improved user experiences throughout the organization.

Improved Data Access Efficiency

Efficient storage connectivity enables servers to retrieve and process information more quickly. This improvement can positively impact application responsiveness, reporting speed, and operational productivity.

Low-Latency Communication

Fibre Channel technology is recognized for delivering predictable and low-latency performance. This characteristic makes it especially suitable for enterprise applications where consistent response times are essential. Low-latency connectivity supports transactional databases, virtualization platforms, and business-critical workloads requiring uninterrupted access to storage resources.

Data Center Optimization and Operational Efficiency

Supporting High-Density Infrastructure

The compact SFP+ design enables organizations to maximize port density within networking equipment. Higher density configurations help optimize rack space utilization and support growing connectivity requirements without significantly increasing physical infrastructure footprints.

Streamlined Maintenance Procedures

Hot-swappable transceiver functionality simplifies maintenance operations by allowing administrators to replace modules without shutting down connected systems. This capability minimizes downtime and supports continuous business operations.

Reliable Long-Term Operation

Enterprise environments require networking components capable of maintaining stable performance over extended periods. Fibre Channel transceivers are engineered to meet rigorous operational standards, helping organizations maintain dependable storage connectivity while reducing the likelihood of unexpected disruptions.

Security and Reliability in Storage Networking

Dedicated Storage Communication Paths

Unlike general-purpose Ethernet traffic, Fibre Channel networks are designed specifically for storage communication. Dedicated storage pathways contribute to predictable performance, enhanced reliability, and improved workload isolation. This separation helps organizations maintain consistent access to critical storage resources.

Enterprise-Class Data Integrity

Maintaining data accuracy during transmission is a fundamental requirement within storage infrastructures. Fibre Channel technology incorporates mechanisms that support reliable communication and help ensure information reaches its destination accurately. These capabilities contribute to overall storage reliability and operational confidence.

Error Detection and Correction Capabilities

Advanced Fibre Channel protocols include features designed to identify and address transmission issues. Such mechanisms help preserve data integrity while supporting stable network operations across enterprise environments.

Consistent Performance Delivery

Predictable network behavior is essential for organizations running mission-critical applications. Fibre Channel transceivers contribute to consistent performance by supporting reliable communication pathways between storage and compute resources.