019-078-060 Dell SFP28 32GB LX LW 1310nm Single Mode SFP+ Transceiver

Dell 019-078-060 32GB Single-Mode Transceiver Module

The Dell 019-078-060 32GB Fibre Channel SFP+ Single-Mode Fibre Transceiver Module is engineered to provide high-performance optical connectivity for enterprise storage area networks, data centers, and mission-critical Fibre Channel infrastructures. Designed for 32 Gigabit Fibre Channel environments, this optical transceiver delivers reliable long-distance communication over single-mode fiber while maintaining the signal integrity required for modern storage networking applications. Utilizing a 1310nm optical wavelength and supporting transmission distances of up to 10 kilometers, the module enables organizations to extend storage connectivity beyond traditional rack-level and building-level deployments.

As storage environments continue to evolve toward higher throughput and lower latency requirements, 32G Fibre Channel technology has become a preferred choice for organizations seeking consistent storage performance. The Dell 019-078-060 transceiver provides the optical layer necessary to support these demanding workloads while ensuring compatibility with enterprise-grade Fibre Channel switches, directors, storage arrays, and host bus adapters.

32Gb Fibre Channel Optical Connectivity

The transceiver is optimized for 32Gb Fibre Channel communication, enabling organizations to take advantage of modern SAN architectures that require substantial bandwidth for virtualization, cloud computing, database management, analytics, and backup operations. With support for high-speed Fibre Channel protocols, the module facilitates rapid data movement between servers and storage systems.

32G Fibre Channel technology offers significant performance improvements compared to previous generations, allowing enterprises to consolidate workloads and increase storage utilization efficiency. The optical capabilities of the Dell 019-078-060 module ensure that storage traffic can travel over extended distances without introducing excessive latency or signal degradation.

Storage Area Network Performance

Modern SAN deployments depend on reliable optical connectivity to maintain consistent access to critical storage resources. The Dell 019-078-060 transceiver supports these environments by providing stable high-speed optical communication capable of handling intensive read and write operations. Enterprise applications such as database clusters, virtual machine infrastructures, and high-performance computing systems benefit from the bandwidth and reliability delivered by the module.

The transceiver contributes to maintaining predictable storage performance, helping organizations meet service-level objectives while minimizing network bottlenecks. Its design supports continuous operation within enterprise environments where downtime and performance interruptions can have substantial operational impacts.

Single-Mode Fiber Transmission Technology

Single-mode fiber technology enables optical communication over significantly longer distances compared to multimode alternatives. The Dell 019-078-060 transceiver leverages single-mode fiber infrastructure to provide transmission distances of up to 10 kilometers, making it suitable for large campus networks, metropolitan data center interconnects, and distributed storage architectures.

Single-mode optical technology utilizes a narrow core fiber design that allows light signals to travel with minimal dispersion. This characteristic enables higher signal quality over extended distances and supports the bandwidth requirements associated with modern Fibre Channel deployments.

Advantages of Single-Mode Optical Infrastructure

Organizations implementing long-distance storage connectivity benefit from the enhanced reach and signal stability offered by single-mode fiber. The Dell 019-078-060 module supports these deployments by delivering consistent optical performance across extended links. This capability enables storage administrators to connect geographically separated facilities while maintaining high-speed Fibre Channel communications.

Single-mode fiber installations are commonly utilized in enterprise campuses, multi-building environments, disaster recovery networks, and business continuity architectures where long-range connectivity is essential. The transceiver provides the optical functionality required to support these sophisticated networking strategies.

Long-Distance Storage Connectivity

The 10-kilometer transmission capability allows storage traffic to traverse substantial distances without requiring intermediate signal regeneration equipment. This simplifies network architecture and reduces infrastructure complexity while maintaining high-performance optical communication between endpoints.

For organizations implementing redundant storage facilities or remote data replication strategies, the transceiver supports dependable optical links capable of facilitating continuous data synchronization and storage access across distributed environments.

1310nm Optical Wavelength Characteristics

The Dell 019-078-060 transceiver operates at a 1310nm optical wavelength, a widely adopted standard within enterprise single-mode optical networking environments. This wavelength offers an effective balance between transmission distance, optical performance, and compatibility with existing fiber infrastructure.

Operating at 1310nm enables efficient propagation through single-mode fiber while minimizing attenuation and maintaining signal quality over extended distances. This optical specification contributes to the module's ability to support 10-kilometer Fibre Channel links with dependable performance characteristics.

Optical Signal Integrity

Signal integrity is a critical requirement in enterprise Fibre Channel environments where storage traffic must be transmitted accurately and consistently. The 1310nm optical design supports low-loss transmission while reducing the likelihood of signal distortion across long fiber runs.

Maintaining optical signal quality is essential for ensuring reliable data transfers between storage devices, servers, and networking equipment. The transceiver's optical architecture is designed to support these requirements while facilitating stable long-term operation.

SFP+ Form Factor

The compact SFP+ form factor enables efficient deployment within high-density networking and storage environments. The Dell 019-078-060 transceiver is designed to fit standard SFP+ interfaces commonly found on Fibre Channel switches, directors, storage platforms, and server adapters.

The small physical footprint allows network administrators to maximize port density without compromising performance. This is particularly valuable in enterprise data centers where rack space efficiency and scalability are important operational considerations.

Hot-Pluggable Deployment Capability

The module supports hot-pluggable installation, enabling administrators to insert or replace transceivers without powering down network equipment. This capability simplifies maintenance procedures and helps reduce service interruptions during upgrades or component replacements.

Hot-swappable functionality is particularly beneficial in enterprise environments that require continuous availability. Administrators can perform optical infrastructure modifications while maintaining operational continuity across critical storage networks.

Enterprise Data Center Applications

The Dell 019-078-060 transceiver is suitable for a broad range of enterprise data center applications requiring high-speed Fibre Channel connectivity. Data centers increasingly rely on dedicated storage networking infrastructures to support growing volumes of business-critical information and application workloads.

High-performance storage environments demand reliable optical connectivity capable of supporting continuous data access, replication, and backup processes. The transceiver provides the optical communication layer necessary to facilitate these operations across large-scale infrastructures.

Cloud and Hybrid Cloud Deployments

Cloud-oriented infrastructures frequently depend on scalable storage networking solutions capable of supporting diverse workloads and dynamic resource allocation. The transceiver enables storage connectivity across distributed environments while supporting the bandwidth requirements associated with cloud-based operations.

Organizations implementing hybrid cloud strategies often require secure and reliable storage interconnections between on-premises and remote facilities. Long-distance Fibre Channel connectivity can play a valuable role in supporting these architectures.

Remote Data Protection

Remote storage protection initiatives often require dependable high-speed connectivity between facilities. The 10-kilometer reach and 32G Fibre Channel support provided by the transceiver help facilitate efficient data movement between storage platforms located across extended distances.

Compatibility with Fibre Channel Ecosystems

The Dell 019-078-060 transceiver is designed for deployment within enterprise Fibre Channel ecosystems that include storage switches, directors, SAN infrastructures, storage arrays, and server connectivity solutions. Compatibility within these environments is essential for ensuring seamless integration and predictable operational performance.

Modern Fibre Channel networks incorporate a wide variety of interconnected components that must operate cohesively to deliver consistent storage services. The transceiver serves as a critical optical interface that enables communication between these devices.

Switch and Director Connectivity

Enterprise Fibre Channel switches and directors form the backbone of SAN infrastructures. The transceiver supports optical communication between these networking platforms and connected storage resources, helping maintain efficient data transport throughout the storage environment.

As organizations scale their storage networks, reliable optical modules become increasingly important for supporting expanding connectivity requirements and maintaining operational stability.

Reliability

Enterprise networking components must operate reliably under demanding conditions and sustained workloads. The Dell 019-078-060 transceiver is designed to support continuous operation within data center environments where storage availability is a fundamental business requirement.

Reliable optical communication helps reduce the likelihood of transmission errors, link interruptions, and performance inconsistencies. These characteristics contribute to maintaining overall SAN stability and supporting mission-critical applications.

Data Integrity and Stability

Fibre Channel environments prioritize data integrity because storage traffic frequently contains business-critical information. The optical design of the transceiver supports accurate signal transmission, helping preserve data consistency throughout communication processes.

Stable optical performance enables organizations to maintain confidence in storage operations while supporting demanding enterprise workloads that require uninterrupted access to information resources.

Mission-Critical Workload

Applications such as enterprise databases, financial systems, healthcare platforms, analytics environments, and large-scale virtualization infrastructures depend on dependable storage connectivity. The Dell 019-078-060 transceiver provides the optical foundation necessary to support these high-availability operational environments.

Optimized Enterprise Fibre Channel Connectivity

The Dell 019-078-060 32GB FC SFP+ Single-Mode Fibre 10km 1310nm Transceiver Module combines high-speed Fibre Channel performance, long-distance single-mode optical transmission, compact SFP+ deployment flexibility, and enterprise-class reliability. Designed to support modern storage networking infrastructures, the module enables efficient SAN communication, storage replication, disaster recovery connectivity, virtualization support, and data center scalability while maintaining the optical performance standards required for demanding enterprise environments.