582640-001 HPE Extended Long Wave Transceiver Module

Details of HPE Extended Long Wave Transceiver

The 582640-001 HPE Extended Long Wave Transceiver Module is a high-performance optical networking component designed for enterprise-grade connectivity. This device ensures reliable data transmission across long distances, making it ideal for advanced storage and networking environments.

Main Information

• Manufacturer: Hewlett Packard Enterprise
• Part Number: 582640-001
• Device Category: Optical Transceiver Module

Technical Specifications

• Port Type: 1 x Duplex LC network connector
• Fiber Mode: Single-mode fiber

Performance & Optics

• Data Transfer Speed: Up to 8.5 Gbps
• Protocol Supported: 8Gb Fibre Channel
• Optical Wavelength: 1310 nm laser
• Maximum Transmission Distance: 25 km (15.5 miles)

Compatibility

Supported Series

• HPE B-Series switches and directors

Compatible Switch Models

• Brocade 16Gb SAN Switch for HPE BladeSystem c-Class
• HPE 8/40 SAN Switch

HPE 582640-001 Extended Long Wave Transceiver Overview

The HPE 582640-001 Extended Long Wave Transceiver Module is engineered to support high-performance Fibre Channel connectivity across enterprise storage infrastructures. As organizations continue to expand their data storage capabilities and demand faster, more reliable communication between servers, storage arrays, and networking equipment, extended long wave transceiver technology plays a critical role in ensuring seamless data transmission over greater distances. This category of optical transceiver modules is specifically designed for environments where dependable connectivity, low latency, and long-distance communication are essential for mission-critical operations.

Extended long wave transceivers are commonly deployed in storage area networks where large-scale data movement occurs continuously. Their optical architecture allows organizations to extend Fibre Channel connections beyond the limitations of short-range cabling solutions while maintaining signal integrity and performance consistency. Enterprises that rely on centralized storage, disaster recovery sites, and geographically distributed infrastructure frequently choose extended long wave optical modules to support their connectivity requirements.

Advanced Optical Connectivity for Storage Area Networks

Storage Area Networks require highly reliable communication pathways to ensure uninterrupted access to data resources. The HPE 582640-001 Extended Long Wave Transceiver Module category is designed to address these requirements by providing optical connectivity capable of supporting demanding enterprise workloads. The module facilitates communication between Fibre Channel switches, storage controllers, and server adapters while preserving high throughput and low error rates.

Optical transceiver technology provides significant advantages over traditional copper-based networking solutions. The ability to transmit data using light signals minimizes electromagnetic interference and supports longer transmission distances. This capability becomes particularly valuable in enterprise environments where equipment may be distributed across multiple data center rooms, buildings, or campus locations.

Role in Enterprise Data Centers

Modern data centers depend on scalable networking components that can adapt to changing business requirements. Extended long wave transceivers contribute to this scalability by enabling flexible network designs without compromising performance. Organizations can expand storage infrastructure, deploy additional servers, and implement redundancy strategies while maintaining reliable Fibre Channel communication.

Data center architects often select extended long wave optical modules when planning future growth. The ability to support longer distances provides greater flexibility in equipment placement and infrastructure expansion. This approach allows businesses to optimize space utilization while ensuring continuous connectivity between critical systems.

Supporting High-Speed Fibre Channel Environments

Enterprise storage applications generate substantial volumes of data traffic that require efficient transport mechanisms. The HPE 582640-001 Extended Long Wave Transceiver Module category supports high-speed Fibre Channel operations that facilitate rapid data transfers between connected devices. High-performance storage workloads such as database processing, virtualization, analytics, and backup operations benefit from the enhanced connectivity provided by optical transceiver technology.

By maintaining consistent signal quality across extended distances, these modules help prevent bottlenecks that could otherwise impact application performance. Organizations can achieve improved storage responsiveness and more predictable network behavior through the implementation of enterprise-grade optical connectivity solutions.

Long-Distance Transmission Capabilities

One of the primary advantages of the HPE 582640-001 Extended Long Wave Transceiver Module category is its ability to support communication across significantly greater distances than short wave alternatives. Long-distance optical transmission enables organizations to connect critical infrastructure components without the limitations imposed by shorter cabling technologies.

Extended reach capabilities are especially valuable in large enterprise environments where storage systems and networking equipment may be located in separate facilities. These modules allow organizations to maintain high-performance Fibre Channel connectivity while supporting business continuity initiatives and infrastructure consolidation efforts.

Distance Optimization for Enterprise Networks

Organizations frequently require networking solutions capable of spanning extensive physical distances. Extended long wave transceivers provide the optical power and sensitivity necessary to support such deployments. This capability enables efficient communication between storage resources and compute environments regardless of physical separation.

Distance optimization contributes to more efficient infrastructure planning. Network administrators can position equipment according to operational requirements rather than being constrained by connectivity limitations. This flexibility supports improved data center organization and more effective utilization of available space.

Signal Integrity Across Extended Links

Maintaining signal integrity becomes increasingly important as transmission distances increase. The optical components utilized within extended long wave transceiver modules are designed to preserve data accuracy and minimize transmission errors. Reliable signal delivery ensures that enterprise applications continue to operate efficiently even when data must travel across substantial distances.

Stable optical performance contributes to overall network reliability and reduces the likelihood of communication disruptions. Organizations benefit from improved operational consistency and enhanced confidence in their storage networking infrastructure.

Enterprise-Class Reliability and Performance

Reliability remains one of the most critical considerations in enterprise networking environments. Storage networks support essential business operations, making component dependability a top priority. The HPE 582640-001 Extended Long Wave Transceiver Module category is designed to meet stringent enterprise requirements by delivering consistent optical performance under demanding operating conditions.

High-quality transceiver modules help organizations minimize downtime and maintain continuous access to business-critical data. Reliable connectivity supports application availability, operational efficiency, and user productivity across the enterprise.

Consistent Data Transmission

Enterprise applications rely on predictable network behavior to achieve optimal performance. Extended long wave transceiver modules facilitate consistent data transmission by maintaining stable optical characteristics throughout their operational lifespan. This stability contributes to reliable communication between servers, storage arrays, and networking equipment.

Consistent performance helps reduce the occurrence of retransmissions, communication errors, and network interruptions. Organizations benefit from smoother application operation and improved overall infrastructure efficiency.

Designed for Continuous Operation

Data centers often operate around the clock, requiring networking components capable of supporting continuous workloads. Extended long wave transceivers are engineered for long-term operation within enterprise environments. Their robust design supports sustained performance in facilities where uptime requirements are exceptionally demanding.

Continuous operation capabilities align with the needs of organizations that provide critical services, manage large-scale databases, or maintain extensive virtualized infrastructures. Reliable transceiver performance contributes directly to maintaining service availability and business continuity.

Integration with Fibre Channel Infrastructure

The HPE 582640-001 Extended Long Wave Transceiver Module category integrates seamlessly into Fibre Channel environments, supporting communication between a wide range of compatible networking and storage devices. This integration capability simplifies deployment and enables organizations to enhance existing infrastructure without extensive modifications.

Fibre Channel technology remains a preferred choice for enterprise storage networking due to its performance, reliability, and specialized architecture. Extended long wave transceivers complement these advantages by providing optical connectivity optimized for storage-focused environments.

Compatibility with Storage Networking Equipment

Enterprise storage networks consist of numerous interconnected components that must function together efficiently. Extended long wave transceiver modules facilitate communication between Fibre Channel switches, host bus adapters, storage controllers, and storage arrays. This interoperability supports cohesive network operation and streamlined infrastructure management.

Compatibility with established Fibre Channel ecosystems allows organizations to maximize the value of existing investments while enhancing connectivity capabilities. The result is a more flexible and scalable storage networking environment.

Facilitating Infrastructure Expansion

Business growth often necessitates the expansion of storage and networking resources. Extended long wave transceivers support infrastructure growth by enabling new equipment to be connected across longer distances. Organizations can deploy additional storage capacity, introduce new servers, or establish secondary data center locations while maintaining efficient Fibre Channel communication.

This scalability ensures that networking infrastructure can evolve alongside organizational requirements without requiring extensive redesign or replacement of existing systems.

Benefits for Virtualized Environments

Virtualization has transformed enterprise computing by enabling multiple workloads to operate on shared physical resources. Virtualized infrastructures generate substantial storage traffic, making high-performance connectivity essential for maintaining operational efficiency. The HPE 582640-001 Extended Long Wave Transceiver Module category supports these environments by providing reliable Fibre Channel communication capable of handling demanding virtual workloads.

Virtual machines depend on rapid access to shared storage resources. Optical transceiver technology helps ensure that storage communication remains efficient, supporting responsive application performance and streamlined resource utilization.

Supporting Dynamic Workloads

Virtualized environments frequently experience fluctuating workload demands as applications scale and migrate between hosts. Extended long wave transceivers facilitate the movement of data required to support these dynamic operations. Reliable connectivity contributes to smooth workload transitions and consistent application availability.

Organizations leveraging virtualization technologies benefit from networking components that can accommodate changing traffic patterns without compromising performance. Optical Fibre Channel connectivity provides the stability required to support modern virtualized infrastructures.

Enhancing Storage Accessibility

Shared storage resources form the foundation of many virtualization deployments. Extended long wave transceiver modules help ensure that virtual machines maintain efficient access to centralized storage systems. Improved storage accessibility contributes to faster application response times and enhanced user experiences.

Reliable storage communication also supports advanced virtualization features such as live migration, high availability, and automated workload balancing. These capabilities depend on dependable networking infrastructure capable of sustaining continuous data movement.

Disaster Recovery and Business Continuity Applications

Business continuity planning requires organizations to protect critical data and maintain operational capabilities during unexpected disruptions. Extended long wave transceiver modules play an important role in disaster recovery strategies by supporting long-distance connectivity between primary and secondary facilities.

Organizations frequently replicate data between geographically separated locations to ensure recovery readiness. Fibre Channel optical connectivity enables efficient data movement while maintaining the performance standards required by enterprise environments.

Supporting Remote Data Replication

Data replication processes depend on reliable communication channels capable of transferring large volumes of information accurately and efficiently. Extended long wave transceivers facilitate these operations by providing dependable optical connectivity across extended distances.

Remote replication supports improved data protection and enables organizations to recover more quickly from disruptive events. Reliable Fibre Channel communication contributes directly to the effectiveness of disaster recovery initiatives.

Strengthening Operational Resilience

Operational resilience requires infrastructure capable of maintaining functionality under a wide range of conditions. Extended long wave optical transceivers help organizations establish redundant communication pathways and geographically distributed storage architectures. These capabilities reduce risk and support long-term business continuity objectives.

Enhanced resilience benefits organizations across numerous industries, including healthcare, finance, government, manufacturing, and technology sectors where uninterrupted access to information is critical.

Thermal Efficiency and Data Center Optimization

Modern data centers prioritize efficiency alongside performance. Networking components must deliver reliable operation while supporting broader objectives related to energy management and infrastructure optimization. The HPE 582640-001 Extended Long Wave Transceiver Module category contributes to these goals through efficient optical design and dependable operation.

Efficient transceiver modules support high-density deployments by enabling organizations to maximize connectivity without introducing unnecessary complexity. This efficiency aligns with modern data center strategies focused on scalability, reliability, and operational excellence.

Optimized for High-Density Deployments

As enterprise environments continue to grow, networking equipment must support increasing numbers of connections within limited physical space. Extended long wave transceiver modules enable dense Fibre Channel deployments while maintaining the optical performance required for enterprise workloads. Their compact design supports efficient use of switch ports and networking infrastructure resources.

High-density deployment capabilities help organizations accommodate growth while preserving valuable rack space and supporting streamlined data center operations. The combination of long-distance communication, enterprise reliability, and Fibre Channel optimization makes the HPE 582640-001 Extended Long Wave Transceiver Module category an essential component within modern storage networking architectures.