57-0000089-01 Brocade SFP+ 16GB 10KM DDM Transceiver Duplex

Overview of Brocade 57-0000089-01 16GB SFP+ Transceiver  

The Brocade 57-0000089-01 SFP+ transceiver is engineered to support high-speed Fibre Channel connectivity in modern storage area network (SAN) infrastructures. Designed for dependable data transmission over long-distance single-mode fiber (SMF) cabling, this optical module delivers outstanding performance for mission-critical environments where low latency, stability, and uninterrupted connectivity are essential.

Built to operate at Fibre Channel speeds up to 14.025 Gbps, this hot-pluggable optical transceiver enables seamless integration into compatible Brocade networking equipment. Its compact SFP+ form factor allows network administrators to expand and maintain SAN deployments efficiently while minimizing downtime.

General Characteristics

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

Technical Specifications

• Manufacturer Part Number: 57-0000089-01
• Technology Type: Fibre Channel SFP+
• Data Rate: Up to 14.025 Gbps
• Optical Interface: Duplex LC
• Transmission Medium: Single-Mode Fiber
• Maximum Distance: 10 Kilometers
• Optical Wavelength: 1310nm
• Monitoring Support: Digital Diagnostic Monitoring (DDM)
• Hot-Swappable: Yes
• Operating Temperature: 0°C to 70°C
• Compliance Standards: SFF-8431, SFF-8432, SFF-8724
• Environmental Certification: RoHS Compliant

Optimized for High-Performance Fibre Channel Storage Networks

• Supports 16G Fibre Channel communications
• Delivers stable long-distance optical transmission
• Designed for enterprise-class storage networking
• Maintains signal integrity across extended fiber runs
• Suitable for high-density networking deployments
• Provides dependable SAN connectivity

Advantages of 10km Optical Reach

• Supports geographically separated network resources
• Enables efficient inter-building connectivity
• Facilitates disaster recovery network architectures
• Reduces limitations associated with short-range optics
• Improves deployment flexibility within enterprise environments
• Provides reliable data transport over extended distances

Benefits of the 1310nm Optical Platform

• Reliable long-distance communication
• Reduced signal attenuation over SMF links
• Enhanced network stability
• Optimized for enterprise Fibre Channel applications
• Consistent optical performance under demanding workloads

Ideal Deployment Scenarios

• Enterprise data centers
• Storage Area Networks (SANs)
• Business continuity infrastructures
• Disaster recovery environments
• Virtualized storage platforms
• Cloud storage connectivity solutions
• Financial services networks
• Healthcare data storage systems
• Government and educational institutions

Monitored Operating Parameters

• Optical transmit power levels
• Optical receive power measurements
• Module operating temperature
• Laser bias current readings
• Supply voltage monitoring
• Overall optical health indicators

Operational Benefits of DDM Technology

• Improves network visibility
• Supports preventative maintenance strategies
• Enhances troubleshooting efficiency
• Reduces operational disruptions
• Optimizes infrastructure management

Advantages of Hot-Swap Functionality

• No need for system shutdown during replacement
• Reduced maintenance windows
• Improved operational continuity
• Faster deployment processes
• Lower impact on production environments
• Simplified hardware upgrades

Benefits of Standards-Based Design

• Enhanced interoperability
• Reliable deployment experience
• Consistent performance expectations
• Simplified infrastructure planning
• Reduced compatibility concerns

Temperature Tolerance Features

• Supports standard enterprise environments
• Designed for continuous operation
• Maintains optical performance under varying workloads
• Suitable for high-density switch deployments
• Promotes long-term operational stability

RoHS Compliance Benefits

• Supports environmentally conscious procurement policies
• Reduces hazardous material usage
• Aligns with international compliance requirements
• Helps organizations meet sustainability objectives
• Promotes responsible technology deployment

Key Reasons to Deploy This Module

• 16G Fibre Channel support
• Up to 10km transmission range
• Single-mode fiber compatibility
• 1310nm optical wavelength
• Digital diagnostics monitoring
• Hot-swappable architecture
• Industry-standard compliance
• RoHS-certified design
• Reliable SAN connectivity
• Optimized for enterprise storage networking

Outline of Brocade 57-0000089-01 SMF 1310nm Transceiver

The Brocade 57-0000089-01 Duplex SFP+ 16GB 10km SMF 1310nm Transceiver is designed to provide reliable, high-speed optical connectivity for modern Fibre Channel storage area networks and enterprise data center environments. As organizations continue to expand their storage infrastructure, the need for stable, long-distance communication between switches, storage arrays, and servers becomes increasingly important. This transceiver module delivers the performance required for demanding workloads while maintaining compatibility with Brocade networking platforms.

Supporting data transmission rates of up to 16Gbps, this optical transceiver is engineered for high-bandwidth Fibre Channel applications. The module utilizes a 1310nm wavelength and single-mode fiber technology to ensure efficient signal transmission across distances reaching up to 10 kilometers. Such capabilities make it suitable for campus-wide storage networks, disaster recovery deployments, and geographically distributed data center architectures.

Designed for High-Speed Fibre Channel Networks

Organizations operating mission-critical storage environments require dependable connectivity solutions that minimize latency and maximize throughput. The Brocade 57-0000089-01 transceiver addresses these requirements by supporting 16G Fibre Channel standards. This enables storage administrators to achieve enhanced performance levels for data-intensive applications including virtualization, database management, cloud infrastructure, and backup operations.

The optical module is engineered to support seamless communication between network devices while maintaining signal integrity over extended transmission distances. Its duplex design allows simultaneous sending and receiving of optical signals, contributing to efficient network operations and improved data transfer consistency.

Technical Characteristics of the Brocade 57-0000089-01 Transceiver

16Gbps Fibre Channel Support

The 16Gbps transmission capability allows enterprises to meet increasing storage bandwidth demands. Modern storage environments often require rapid movement of large datasets, and this transceiver provides the necessary throughput to facilitate these operations efficiently. Whether supporting virtual machine migrations, high-performance computing workloads, or enterprise database replication, the module delivers the speed necessary for sustained performance.

1310nm Optical Wavelength Technology

The use of a 1310nm optical wavelength offers significant advantages in single-mode fiber environments. This wavelength is widely recognized for its ability to maintain signal quality over longer distances while minimizing attenuation. The result is dependable communication between distant network endpoints, supporting mission-critical applications that require uninterrupted data transmission.

Single-Mode Fiber Connectivity

Single-mode fiber technology is specifically designed for long-distance communication. Unlike multimode alternatives, single-mode fiber enables light signals to travel through a narrower core, reducing modal dispersion and preserving signal quality. The Brocade 57-0000089-01 transceiver leverages these benefits to deliver consistent connectivity across extended network infrastructures.

10km Transmission Distance

The ability to support transmission distances of up to 10 kilometers provides flexibility for organizations deploying distributed storage networks. This extended reach enables connectivity between separate buildings, campuses, and remote facilities without compromising performance. Such capabilities are particularly beneficial for business continuity planning and disaster recovery implementations.

Applications in Storage Area Networks

Enterprise SAN Infrastructure

Storage Area Networks form the backbone of enterprise storage environments. The Brocade 57-0000089-01 transceiver supports SAN architectures by facilitating high-speed communication between storage switches and connected devices. Its reliable optical performance helps maintain the availability and responsiveness required by enterprise applications.

As storage requirements continue to grow, organizations depend on Fibre Channel connectivity to provide predictable performance and low-latency communication. This transceiver contributes to those objectives by supporting robust optical connections that can accommodate increasing traffic volumes.

Data Center Connectivity

Modern data centers require scalable networking solutions capable of supporting large numbers of servers and storage resources. The Brocade 57-0000089-01 transceiver helps establish efficient optical links throughout the data center environment. Its high-speed capabilities support virtualization platforms, cloud services, and enterprise applications that depend on rapid access to storage resources.

Inter-Switch Link Deployments

Inter-switch links are critical components of Fibre Channel fabrics. The transceiver enables stable connectivity between Brocade switches, allowing organizations to expand storage networks while maintaining operational efficiency. Reliable inter-switch communication supports improved fabric scalability and resource utilization.

Storage Replication Networks

Storage replication requires dependable, high-bandwidth connectivity to ensure accurate and timely synchronization of data between locations. The 16Gbps capabilities of this optical module help facilitate replication processes, supporting data protection strategies and business continuity objectives.

Benefits of Duplex SFP+ Architecture

Simultaneous Bidirectional Communication

The duplex configuration allows data transmission and reception to occur simultaneously over separate optical paths. This architecture enhances network efficiency and contributes to reduced communication delays. Enterprises utilizing storage-intensive applications benefit from improved responsiveness and consistent performance.

Enhanced Network Reliability

Reliable communication is essential in enterprise environments where downtime can result in operational disruptions and financial losses. The duplex design of the Brocade 57-0000089-01 transceiver supports stable optical communication, helping organizations maintain continuous access to critical data resources.

Scalable Infrastructure Support

As business requirements evolve, storage networks must be capable of accommodating growth. The transceiver's standards-based design enables organizations to expand Fibre Channel infrastructures while maintaining compatibility with existing network components. This scalability helps protect infrastructure investments and simplifies future upgrades.

Advantages of Single-Mode Fiber Deployments

Long-Distance Communication Efficiency

Single-mode fiber offers superior distance capabilities compared to multimode alternatives. The Brocade 57-0000089-01 transceiver utilizes this advantage to support network connections spanning multiple facilities. Such deployments are common in enterprise campuses, educational institutions, healthcare networks, and government infrastructures.

By leveraging single-mode fiber technology, organizations can establish high-performance optical links without requiring excessive signal regeneration equipment. This contributes to simplified network designs and improved operational efficiency.

Reduced Signal Degradation

Signal integrity is a crucial consideration in optical networking. Single-mode fiber minimizes modal dispersion, helping maintain signal quality over long distances. The transceiver is engineered to take full advantage of these characteristics, providing dependable communication for critical applications.

Future-Ready Optical Infrastructure

Many organizations choose single-mode fiber because it supports long-term scalability and evolving bandwidth requirements. The Brocade 57-0000089-01 transceiver complements these infrastructure strategies by delivering compatibility with modern Fibre Channel environments while supporting future expansion initiatives.

Integration with Brocade Networking Ecosystems

Compatibility with Brocade Fibre Channel Switches

The Brocade 57-0000089-01 transceiver is designed for seamless operation within Brocade Fibre Channel networking environments. Compatibility with supported switching platforms helps simplify deployment processes and ensures optimal performance across the storage fabric.

Network administrators benefit from streamlined installation procedures and predictable operational characteristics. This compatibility helps reduce deployment complexity while enhancing network reliability.

Optimized Fabric Performance

Brocade Fibre Channel fabrics are known for delivering high-performance storage connectivity. The transceiver contributes to these environments by supporting efficient optical communication and maintaining the performance standards expected within enterprise storage infrastructures.

Low-Latency Data Transport

Storage applications often require rapid access to data resources. The transceiver supports low-latency communication, helping organizations maintain responsive storage environments capable of meeting demanding performance requirements.

Consistent Throughput Delivery

Consistent throughput is essential for ensuring predictable application performance. The Brocade 57-0000089-01 module provides stable data transfer capabilities that support enterprise workloads ranging from database transactions to large-scale virtualization deployments.

Role in Disaster Recovery and Business Continuity

Remote Data Replication Support

Disaster recovery planning frequently involves replicating data to geographically separate facilities. The 10km transmission capability of this transceiver enables organizations to establish secure, high-speed optical links between primary and secondary sites. These connections facilitate data synchronization processes that are essential for maintaining business continuity.

Reliable optical communication ensures that replicated datasets remain current and accessible when recovery procedures become necessary. This contributes to reduced recovery times and improved organizational resilience.

High Availability Storage Architectures

Organizations implementing high-availability storage solutions require dependable network connectivity between critical infrastructure components. The Brocade 57-0000089-01 transceiver helps support these architectures by providing stable optical communication pathways that contribute to continuous system availability.

Deployment Considerations for Enterprise Networks

Fiber Infrastructure Requirements

To achieve optimal performance, the transceiver should be deployed within properly designed single-mode fiber infrastructures. Quality cabling, appropriate connector management, and adherence to optical networking best practices help maximize performance and reliability.

Environmental Reliability

Enterprise networking equipment must operate reliably under varying environmental conditions. The Brocade 57-0000089-01 transceiver is designed for deployment within professional networking environments, supporting the operational stability required by modern data centers and storage facilities.

Maintenance and Lifecycle Management

Routine inspection and proper handling of optical components contribute to long-term reliability. Maintaining clean fiber connections and following recommended installation practices help ensure consistent transceiver performance throughout its operational lifecycle.

Importance in Modern Storage Networking Strategies

Supporting Virtualized Environments

Virtualization technologies continue to transform enterprise IT operations. Virtual machines and virtualized storage platforms require high-performance network connectivity to deliver responsive services. The Brocade 57-0000089-01 transceiver supports these environments by enabling efficient access to shared storage resources.

Facilitating Cloud Infrastructure Growth

Private and hybrid cloud deployments depend on scalable storage networking solutions. High-speed Fibre Channel connectivity remains a preferred choice for many organizations seeking predictable performance and robust security. This transceiver contributes to cloud infrastructure growth by supporting reliable optical connectivity across storage fabrics.

Storage Consolidation Projects

Organizations frequently consolidate storage resources to improve efficiency and simplify management. The Brocade 57-0000089-01 transceiver supports these initiatives by enabling high-capacity connections between storage systems and networking equipment.

Data-Intensive Application Support

Applications involving analytics, artificial intelligence, scientific computing, and enterprise databases generate substantial storage traffic. The transceiver's 16Gbps capability helps ensure that these workloads receive the connectivity resources necessary for optimal performance.

Enhanced Operational Efficiency

Efficient data movement is critical to maintaining productivity in modern IT environments. By delivering reliable high-speed optical communication, the Brocade 57-0000089-01 transceiver helps organizations optimize storage operations, improve application responsiveness, and support ongoing digital transformation initiatives.