C8S72A HPE C-Series SW SFP16GB Transceiver Module Fibre Channel

HPE C-Series SFP16GB Transceiver Module

The HPE C8S72A C-Series SW SFP 16GB Transceiver Module is a high-performance plug-in solution designed to enhance fibre channel connectivity for enterprise storage and networking environments.

Main Information

• Brand: Hewlett Packard Enterprise
• Model Number: C8S72A
• Product Category: SFP+ Transceiver Module

Technical Details

• Type: Plug-in Module
• Connectivity: Wired
• Data Link Protocol: 16Gb Fibre Channel 
• Transfer Speed: 14.025 Gbps

Expansion & Connectivity

• 1 x 16Gb Fibre Channel (SW)

Compatible Slots

• 1 x SFP+

Key Benefits

• Reliable high-speed data throughput
• Optimized for enterprise storage solutions
• Supports scalable Fibre Channel networks

Compatibility

• Designed for HPE C-Series systems
• Seamless integration with Fibre Channel infrastructure

HPE C8S72A C-Series 16Gb Fibre Channel Transceiver Overview

The HPE C8S72A C-Series 16Gb Fibre Channel SW SFP+ Transceiver is a high-performance optical networking component engineered to deliver reliable and efficient connectivity in modern storage area network environments. Designed for enterprise-grade data centers, this Small Form-factor Pluggable Plus module supports 16Gb Fibre Channel standards, enabling ultra-fast data transmission between servers, switches, and storage arrays. Its role in high-speed storage networking infrastructure is critical for organizations that demand low latency, high bandwidth, and stable data flow across mission-critical workloads.

Architecture and Design Principles of 16Gb Channel SFP+

The SFP+ architecture of the HPE C8S72A C-Series 16Gb Fibre Channel SW SFP+ Transceiver is designed for compact deployment in high-density networking environments. Its small physical footprint allows multiple transceivers to be installed in a single switch or storage controller without consuming excessive space. This compact design is essential in enterprise data centers where rack space optimization directly impacts infrastructure efficiency and operational cost.

Advanced Optical Signaling Mechanism

This transceiver utilizes short-wave optical signaling technology optimized for multimode fiber cables. The 16Gb Fibre Channel protocol ensures that data is transmitted with minimal signal degradation, even in environments with high electromagnetic interference. By leveraging advanced modulation techniques and precision-engineered laser components, the transceiver maintains stable throughput and consistent latency levels across supported distances.

Core Features and Functional Capabilities

High-Speed 16Gb Data Transmission

The 16Gb Fibre Channel standard supported by this transceiver delivers exceptionally high data transfer rates, making it ideal for storage-intensive applications. This includes database systems, virtualization clusters, and high-performance computing workloads. The high bandwidth capacity ensures that data can move seamlessly between storage arrays and compute nodes without bottlenecks.

Low Latency Data Communication

Latency optimization is a core design focus of the HPE C8S72A C-Series 16Gb Fibre Channel SW SFP+ Transceiver. By reducing signal delay across optical fiber links, it ensures near-real-time communication between storage and server infrastructure. This is particularly beneficial for transactional databases and mission-critical enterprise applications where microsecond-level delays can impact performance.

Energy Efficient Operation

Despite its high performance capabilities, the transceiver is engineered for low power consumption. This efficiency contributes to reduced operational costs in large-scale deployments. Data centers benefit from lower heat generation, which in turn reduces cooling requirements and improves overall infrastructure sustainability.

Reliable Short-Wave Optical Connectivity

The short-wave design supports multimode fiber connections typically used within enterprise data centers. This ensures cost-effective deployment while maintaining high throughput performance over short distances. The optical components are carefully calibrated to maintain signal integrity and minimize data loss.

Compatibility and Integration in Networking Environments

Support for HPE C-Series Switch Infrastructure

The transceiver is specifically designed for integration within HPE C-Series Fibre Channel switching environments. This ensures seamless interoperability and optimized performance when deployed alongside compatible HPE networking hardware. The synergy between hardware components enhances overall SAN efficiency.

Interoperability with Storage Arrays and Servers

The HPE C8S72A C-Series 16Gb Fibre Channel SW SFP+ Transceiver is widely compatible with enterprise storage arrays and server platforms that support 16Gb Fibre Channel connectivity. This broad compatibility allows IT administrators to design flexible and scalable storage architectures without vendor lock-in constraints.

Multimode Fiber Infrastructure Compatibility

This transceiver is optimized for multimode fiber optic cables, making it suitable for intra-data center connectivity. Multimode fiber provides a cost-effective solution for short-distance high-speed communication, aligning with the performance requirements of modern SAN deployments.

Performance Optimization in High-Demand Data Center Workloads

Throughput Efficiency in Virtualized Environments

Virtualized infrastructures require consistent and predictable network performance. The 16Gb Fibre Channel capability ensures that virtual machines can access shared storage resources without contention or performance degradation. This results in smoother workload distribution and improved application responsiveness.

Scalability for Expanding Storage Networks

As enterprise data requirements grow, scalability becomes a critical factor in infrastructure planning. The modular nature of SFP+ transceivers allows organizations to expand their storage networks incrementally. The HPE C8S72A C-Series 16Gb Fibre Channel SW SFP+ Transceiver supports scalable deployment strategies without requiring significant architectural redesign.

Consistent Signal Integrity Across Deployments

Signal stability is maintained through advanced optical engineering, ensuring consistent performance across multiple deployment scenarios. Whether used in small enterprise SAN setups or large-scale data center fabrics, the transceiver maintains uniform data transmission quality.

Deployment Considerations in Fibre Channel Networks

Physical Installation Process in SFP+ Slots

The installation process involves inserting the transceiver into compatible SFP+ ports on Fibre Channel switches or storage devices. The hot-swappable design ensures that this process can be completed without system interruption. Proper alignment and secure insertion are essential for maintaining optical connection integrity.

Fiber Cable Connection and Alignment

Once installed, multimode fiber cables are connected to the LC interface of the transceiver. Careful handling of fiber connectors is required to prevent contamination or physical damage. Proper cable management practices also contribute to maintaining optimal signal performance.

System Recognition and Configuration

After installation, enterprise network systems typically recognize the transceiver automatically. Configuration settings may be adjusted within SAN management tools to optimize performance based on workload requirements and network topology.

Security and Reliability in Enterprise Storage Networking

Stable Data Transmission for Critical Applications

The HPE C8S72A C-Series 16Gb Fibre Channel SW SFP+ Transceiver ensures secure and stable data transmission across storage networks. Its reliable optical signaling reduces the risk of packet loss and transmission errors, which is essential for maintaining data integrity in enterprise systems.

Hardware-Level Reliability Engineering

Built with enterprise-grade components, the transceiver is designed to withstand continuous operational loads in demanding environments. Its durability ensures long-term performance stability, even under high traffic conditions.

Redundancy Support in SAN Architectures

In modern SAN configurations, redundancy is essential for ensuring high availability. This transceiver supports redundant path configurations, enabling failover mechanisms that maintain uninterrupted data access in the event of a link failure.

Enterprise Use Cases and Application Scenarios

Data Center Storage Area Networks

The primary use case for the HPE C8S72A C-Series 16Gb Fibre Channel SW SFP+ Transceiver is within SAN environments where high-speed storage access is required. It connects storage arrays to switches and servers, forming the backbone of enterprise data infrastructure.

Virtualization and Cloud Infrastructure

Virtualized data centers benefit significantly from high-speed Fibre Channel connectivity. This transceiver ensures efficient storage access for virtual machines, supporting dynamic workload allocation in cloud environments.

High-Performance Computing Environments

In HPC clusters, rapid data exchange between compute nodes and storage systems is essential. The 16Gb bandwidth ensures that large datasets can be processed efficiently without network congestion.

Enterprise Backup and Disaster Recovery Systems

Reliable data transfer is critical in backup and disaster recovery operations. The transceiver ensures fast and stable replication of data across storage systems, improving recovery time objectives and data protection efficiency.

Environmental and Regulatory Compliance Standards

Energy Efficiency Compliance

The transceiver is designed to meet modern energy efficiency standards, reducing overall power consumption in data center environments. This contributes to lower operational costs and improved sustainability metrics.

Industry Standard Fibre Channel Compliance

Compliance with 16Gb Fibre Channel standards ensures interoperability across certified networking equipment. This standardization is critical for maintaining compatibility in heterogeneous IT environments.

Environmental Operating Conditions

The device is engineered to operate within standard data center temperature and humidity ranges. This ensures reliable performance in controlled IT environments where environmental stability is maintained.