57-0000089-01 Brocade 16GB SFP+ Transceiver 1310nm Duplex Single-Mode Fiber

Highlight of Brocade 16Gb Fibre Channel SFP+ Transceiver

The Brocade 57-0000089-01 Duplex SFP+ transceiver is engineered to support demanding Fibre Channel storage networking environments that require reliable data transmission, low latency, and long-distance optical connectivity. Designed for enterprise-grade SAN infrastructures, this 16Gb Fibre Channel module enables seamless communication between switches, storage arrays, and data center networking equipment. With support for transmission distances up to 10 kilometers over single-mode fiber (SMF), this hot-pluggable optical transceiver delivers outstanding performance and scalability for modern business networks.

Built to meet strict industry specifications, the module integrates advanced digital diagnostic monitoring capabilities and complies with recognized SFP+ standards, making it a dependable choice for organizations seeking stable and efficient optical networking solutions.

General Specifications 

• Manufacturer: Brocade
• Part Number: 57-0000089-01
• Device Type: DDM Transceiver 

Technical Specifications

• Form Factor: SFP+
• Technology: Fibre Channel
• Interface Type: Duplex LC
• Maximum Data Rate: 14.025Gbps
• Fibre Channel Speed: 16Gb FC
• Fiber Type: Single-Mode Fiber (SMF)
• Maximum Distance: 10 km
• Wavelength: 1310nm
• Digital Monitoring: Supported
• Operating Temperature: 0°C to 70°C
• Hot Swappable: Yes
• RoHS Compliant: Yes

Core Advantages  

• Supports 16Gb Fibre Channel connectivity for enterprise storage networks.
• Enables transmission distances reaching up to 10 km over single-mode fiber.
• Operates at a wavelength of 1310nm for dependable optical performance.
• Hot-swappable design minimizes downtime during upgrades and maintenance.
• Integrated Digital Diagnostic Monitoring (DDM) enhances network visibility.
• Compatible with SFP+ Fibre Channel ports.
• Manufactured to comply with SFF-8431 and SFF-8432 standards.
• RoHS-compliant construction supports environmentally responsible deployments.
• Provides stable data transfer rates up to 14.025Gbps.
• Designed for mission-critical data center and SAN applications.

Applications Within Storage Infrastructure

• Storage Area Networks (SANs)
• Enterprise data centers
• Disaster recovery environments
• Virtualized server infrastructures
• Cloud computing facilities
• High-availability storage systems
• Backup and replication networks
• Mission-critical database environments

Benefits of 10km Transmission Support

• Reduces the need for intermediate networking equipment.
• Supports remote storage connectivity.
• Facilitates data center interconnection projects.
• Improves infrastructure flexibility.
• Maintains signal quality across extended distances.
• Supports business continuity and disaster recovery strategies.

Performance-Oriented Features

• High-speed Fibre Channel connectivity.
• Low-latency optical communication.
• Efficient storage traffic handling.
• Stable throughput for intensive workloads.
• Enhanced network responsiveness.
• Reduced transmission bottlenecks.

Advantages of 1310nm Operation

• Improved long-distance transmission capabilities.
• Excellent compatibility with single-mode fiber infrastructure.
• Stable optical signal characteristics.
• Reduced attenuation over extended distances.
• Reliable communication for enterprise environments.

Operational Benefits of Hot-Plug Capability

• Minimizes service interruptions.
• Accelerates network upgrades.
• Reduces maintenance complexity.
• Supports rapid troubleshooting procedures.
• Improves infrastructure availability.
• Enhances operational efficiency.

Integrated Digital Diagnostic Monitoring (DDM)

• Optical transmit power.
• Optical receive power.
• Module temperature.
• Laser bias current.
• Supply voltage levels.
• Overall transceiver health.

Supported Standards

• SFF-8431 specification compliance.
• SFF-8432 standard adherence.
• SFF-8724 Digital Diagnostic Monitoring support.
• Industry-standard SFP+ form factor compatibility.

Deployment Scenarios

• Enterprise storage networks.
• Data center interconnect solutions.
• Fibre Channel switching environments.
• Business continuity infrastructures.
• Remote storage replication systems.
• Large-scale virtualization platforms.
• Private and hybrid cloud architectures.
• High-performance SAN deployments.

Outline of Brocade 57-0000089-01 Duplex SFP+ Transceiver  

The Brocade 57-0000089-01 Duplex SFP+ 16GB 10km SMF 1310nm Transceiver is engineered for high-performance Fibre Channel networking environments that require exceptional reliability, low latency, and long-distance optical connectivity. Designed specifically for storage networking applications, this advanced optical transceiver supports 16Gb Fibre Channel communication over single-mode fiber infrastructure and enables seamless data transmission across distances of up to 10 kilometers. Organizations operating modern storage area networks depend on optical modules such as the Brocade 57-0000089-01 to maintain consistent data access, backup operations, disaster recovery processes, and mission-critical storage communications.

As enterprise data requirements continue to increase, storage networks require optical connectivity solutions capable of supporting larger workloads, faster transfer rates, and improved scalability. The Brocade 57-0000089-01 transceiver addresses these requirements through optimized optical performance, compatibility with enterprise switching platforms, and support for demanding data center environments. Its compact SFP+ form factor allows easy deployment in high-density switch configurations while maintaining excellent signal integrity and transmission efficiency.

Key Features of the Brocade 57-0000089-01 Duplex Transceiver

16Gb Fibre Channel Performance

The Brocade 57-0000089-01 transceiver supports Fibre Channel speeds up to 16Gbps, making it an ideal solution for modern storage infrastructures. Organizations deploying flash storage arrays, SAN switches, enterprise backup systems, and virtualization platforms benefit from the bandwidth capabilities provided by this optical module. The ability to support high-speed communication ensures rapid data access and efficient storage traffic management.

High-performance Fibre Channel networks rely on low-latency optical connections to deliver predictable application performance. This transceiver contributes to maintaining these performance standards by providing stable and consistent optical transmission across long distances without compromising signal quality.

Single-Mode Fiber Connectivity

The module is specifically designed for single-mode fiber applications. Single-mode fiber technology enables long-distance communication while minimizing attenuation and signal degradation. The use of SMF infrastructure allows organizations to connect data centers, storage facilities, disaster recovery sites, and enterprise campuses across extended geographical distances.

Single-mode fiber deployments continue to dominate enterprise backbone connectivity due to their superior reach capabilities and future scalability. The Brocade 57-0000089-01 transceiver integrates seamlessly into these environments, supporting efficient optical communication while preserving network reliability.

1310nm Optical Wavelength

The 1310nm operating wavelength utilized by this transceiver is optimized for single-mode fiber communication. This wavelength provides an excellent balance between transmission distance, optical power efficiency, and signal stability. Enterprise networking environments frequently utilize 1310nm optical technology because it supports reliable communication over long distances while maintaining consistent network performance.

The wavelength characteristics contribute to reduced dispersion and improved signal quality, making the module suitable for storage networking applications where data integrity is essential.

Advantages of Duplex SFP+ Technology

Bidirectional Data Transmission

Duplex SFP+ transceivers use separate optical paths for transmitting and receiving data. This architecture enables simultaneous bidirectional communication, improving network efficiency and supporting full-duplex operations. Storage area networks depend heavily on uninterrupted two-way communication between servers, storage arrays, and switching infrastructure.

The duplex design ensures that network traffic flows smoothly without introducing bottlenecks or communication delays. This capability is particularly important in environments with intensive data exchange requirements.

Improved Network Reliability

Reliable optical communication is essential for enterprise storage networks. Duplex transceiver technology helps maintain consistent signal quality by separating transmit and receive functions. This separation reduces the likelihood of interference and contributes to stable long-term operation.

Organizations implementing mission-critical storage systems require dependable network components capable of operating continuously. The Brocade 57-0000089-01 transceiver is designed to meet these expectations through robust optical performance and enterprise-grade engineering.

Compatibility with Modern Fibre Channel Infrastructure

The SFP+ form factor has become a widely adopted standard within enterprise networking and storage environments. The Brocade 57-0000089-01 leverages this standardized design to ensure compatibility with supported Fibre Channel switches and storage networking equipment.

The compact dimensions of the SFP+ architecture allow network administrators to maximize port density while minimizing space requirements within network cabinets and data center racks.

Applications in Storage Area Networks

Enterprise SAN Deployments

Storage Area Networks form the backbone of many enterprise storage environments. The Brocade 57-0000089-01 transceiver plays a critical role in facilitating communication between storage devices, switches, and servers. High-speed Fibre Channel connectivity enables organizations to manage growing data volumes while maintaining optimal application performance.

Enterprise SAN environments frequently require uninterrupted access to centralized storage resources. Optical transceivers capable of supporting 16Gb Fibre Channel communication help ensure that storage traffic remains efficient and reliable.

Data Center Storage Infrastructure

Modern data centers rely on high-bandwidth optical networking components to support virtualization, cloud computing, database management, and enterprise applications. The Brocade 57-0000089-01 transceiver provides the optical connectivity necessary to support these demanding workloads.

By enabling long-distance Fibre Channel communication, the transceiver contributes to flexible data center architectures that can scale according to organizational requirements.

Disaster Recovery Connectivity

Disaster recovery planning often requires storage resources to be replicated between geographically separated facilities. The 10km transmission capability of this transceiver supports connectivity between primary and secondary sites, facilitating business continuity strategies and data protection initiatives.

Organizations implementing disaster recovery solutions depend on reliable optical communication to ensure successful replication and synchronization of critical business data.

10km Long-Reach Optical Communication

Extended Distance Support

One of the defining characteristics of the Brocade 57-0000089-01 transceiver is its ability to support communication distances of up to 10 kilometers over single-mode fiber. This capability provides significant flexibility for network architects designing enterprise storage infrastructures.

Long-reach optical modules enable organizations to connect facilities across campuses, metropolitan areas, and large enterprise environments without requiring intermediate signal regeneration equipment.

Reduced Infrastructure Complexity

The ability to transmit data over long distances simplifies network design by reducing the number of intermediary networking devices required between endpoints. Fewer network components can contribute to improved reliability, simplified troubleshooting, and lower maintenance requirements.

Organizations seeking efficient storage connectivity solutions often favor long-range transceivers because they support streamlined network architectures while maintaining high performance levels.

Scalable Enterprise Connectivity

As business requirements evolve, network infrastructures must be capable of expanding without significant redesign efforts. The 10km reach provided by this transceiver supports scalable connectivity models that accommodate future growth while preserving existing fiber investments.

This scalability is particularly beneficial for organizations planning data center expansion, facility consolidation, or cloud integration initiatives.

Performance Benefits for Mission-Critical Workloads

Low Latency Data Transmission

Storage applications require rapid access to data resources. The Brocade 57-0000089-01 transceiver contributes to low-latency communication by providing efficient optical transmission across Fibre Channel networks. Reduced latency supports improved application responsiveness and enhanced user experiences.

Industries such as finance, healthcare, telecommunications, and manufacturing often depend on low-latency storage connectivity to support operational requirements and business-critical processes.

High Data Integrity

Data integrity remains a fundamental requirement for enterprise storage networking. Optical communication technologies help preserve data accuracy during transmission by minimizing electromagnetic interference and maintaining signal quality across long distances.

The transceiver's design supports dependable communication pathways that help organizations protect valuable information assets and maintain operational continuity.

Consistent Throughput

Enterprise storage workloads frequently involve large-scale data transfers, backups, replication processes, and database operations. Consistent throughput is essential for ensuring predictable performance. The Brocade 57-0000089-01 transceiver provides stable bandwidth capabilities that support these demanding workloads.

Maintaining consistent throughput contributes to improved storage efficiency, faster backup completion times, and enhanced overall network productivity.

Benefits for Virtualized Environments

Support for Virtual Machine Workloads

Virtualization technologies place substantial demands on storage networks. Multiple virtual machines often share centralized storage resources, creating significant network traffic volumes. The Brocade 57-0000089-01 transceiver provides the bandwidth and reliability necessary to support these environments effectively.

Organizations implementing virtualization platforms benefit from the high-speed Fibre Channel connectivity delivered by enterprise-class optical transceivers.

Cloud Infrastructure Integration

Private cloud and hybrid cloud architectures require reliable storage connectivity to support resource sharing, workload mobility, and application availability. Optical transceivers designed for enterprise Fibre Channel networks help ensure that cloud infrastructure components remain interconnected and responsive.

The module's long-range capabilities make it suitable for cloud environments spanning multiple facilities or distributed data center locations.

Network Scalability and Future Readiness

Supporting Growing Data Demands

Organizations continue to generate increasing volumes of data, requiring scalable networking solutions capable of adapting to future requirements. The Brocade 57-0000089-01 transceiver supports network expansion efforts by providing high-speed optical connectivity that aligns with evolving storage needs.

Investing in enterprise-grade optical modules helps organizations prepare for future technological advancements while maintaining compatibility with existing infrastructure.

High-Density Deployment Capability

The compact SFP+ form factor enables efficient utilization of switch ports and rack space. High-density deployments allow organizations to maximize networking capacity without significantly increasing physical infrastructure requirements.

This characteristic is particularly valuable within modern data centers where space optimization and efficient resource utilization remain strategic priorities.

Long-Term Infrastructure Value

Enterprise optical networking investments are expected to deliver long-term operational value. The Brocade 57-0000089-01 transceiver supports this objective by combining high-performance Fibre Channel connectivity, long-distance transmission capabilities, and compatibility with enterprise storage environments.

Its combination of reliability, scalability, and optical efficiency makes it a valuable component within modern storage networking infrastructures that demand consistent performance and dependable operation.

Operational Reliability

Continuous Data Center Operation

Enterprise networks frequently operate around the clock, requiring components capable of sustaining continuous workloads. The Brocade 57-0000089-01 transceiver is designed to support uninterrupted operation within demanding data center environments where network availability is critical.

Reliable optical modules contribute to minimizing downtime risks and supporting business continuity objectives across a wide range of industries.

Thermal Efficiency

Modern networking equipment must balance performance with energy efficiency. The compact design and optimized optical architecture of SFP+ transceivers help support thermal management objectives within high-density networking environments.

Effective thermal performance contributes to long-term component reliability and stable operational characteristics under varying workload conditions.

Enterprise-Class Durability

The Brocade 57-0000089-01 Duplex SFP+ 16GB 10km SMF 1310nm Transceiver is engineered to meet the rigorous demands of enterprise networking environments. Durable construction, reliable optical components, and adherence to industry standards help ensure dependable operation throughout the product lifecycle.