57-1000115-01 Brocade 10G SFP+ Transceiver 10KM

Product Overview of Brocade 57-1000115-01 10G Transceiver

The Brocade 57-1000115-01 10G Fibre Channel SFP+ Transceiver Module is a high-performance optical networking component designed to deliver reliable and efficient long-distance data transmission. Built for enterprise storage networking environments, this transceiver ensures stable connectivity and optimized throughput for modern data center infrastructures.

General Product Information

• Part Number: 57-1000115-01
• Product Category: Optical Transceiver Module
• Technology: Fibre Channel Networking Component

Optical and Performance Features

• Data Rate: 10Gb/s (10 Gigabit Fibre Channel)
• Wavelength: 1310nm longwave laser technology
• Maximum Distance: Supports up to 10 kilometers
• Connector Type: LC duplex interface

Form Factor and Compatibility

• Form Factor: SFP+ (Small Form-Factor Pluggable Plus)
• Hot-Swappable: Yes, supports live system integration
• Compatible Devices: Brocade DCX 8510 series, Brocade 6510 switches

Easy Deployment

• Plug-and-play installation with SFP+ ports
• No complex configuration required
• Supports hot-swapping for minimal downtime

Operational Stability

• High-quality optical components ensure stable signal transmission
• Engineered for continuous enterprise-level operation
• Compatible with Brocade switching ecosystems

Ideal Applications

• Enterprise Storage Area Networks (SANs)
• Data center interconnect solutions
• High-speed fiber optic communication systems
• Cloud infrastructure networking

Recommended Use Cases

• Long-distance server-to-storage connectivity
• High-performance computing environments
• Large-scale enterprise networking deployments

Key Advantages

• High-speed 10G performance for enterprise workloads
• Extended reach up to 10km over single-mode fiber
• Seamless integration with Brocade networking equipment
• Energy-efficient and stable optical performance

Brocade 57-1000115-01 10G Fibre Channel Transceiver

The Brocade 57-1000115-01 10G Fibre Channel 10KM SFP+ Transceiver Module represents a high-performance optical networking component engineered for advanced storage area network (SAN) environments where reliability, distance, and bandwidth efficiency are critical. Designed for enterprise data centers, cloud infrastructures, and mission-critical storage fabrics, this SFP+ module provides a seamless interface for 10 Gigabit Fibre Channel communication across single-mode fiber links extending up to 10 kilometers. Its role within modern storage ecosystems is to ensure deterministic, low-latency data transfer between switches, directors, and storage arrays while maintaining optical signal integrity over long distances.

Integration Within High-Speed Fibre Channel Architectures

Within Fibre Channel architectures, this transceiver functions as a key optical termination point that converts electrical signals into optical signals and vice versa. The Brocade 57-1000115-01 is optimized for compatibility with Brocade switching platforms, enabling consistent interoperability in SAN fabrics where multiple nodes must communicate without performance degradation. Its design ensures alignment with 10G Fibre Channel standards, supporting high-throughput workloads such as virtualization clusters, database replication, and enterprise backup systems. The module’s long-range capability significantly enhances fabric design flexibility by allowing geographically separated data center zones to operate within a unified storage network.

Role in Modern Data Center Fabric Design

Modern data centers increasingly rely on distributed architectures that require extended reach connectivity. This transceiver module supports such architectures by enabling 10-kilometer links without requiring signal regeneration equipment. This reduces overall infrastructure complexity while improving cost efficiency and operational scalability. In large enterprise deployments, administrators can interconnect separate buildings or campus environments while maintaining a single coherent storage fabric.

Optical Performance Characteristics and Signal Integrity

Long-Distance Transmission Efficiency

The Brocade 57-1000115-01 is engineered for stable long-distance transmission using single-mode fiber, ensuring minimal attenuation and dispersion across extended link spans. Its optical transmitter and receiver components are precisely calibrated to maintain signal fidelity over distances reaching 10 kilometers. This capability is essential for organizations with distributed data centers, disaster recovery sites, or campus-wide SAN deployments where uninterrupted data flow is essential for business continuity.

Signal Quality Optimization and Error Reduction

Maintaining low bit error rates is a fundamental requirement in Fibre Channel environments, particularly where high-speed storage replication and transactional workloads occur. This SFP+ module incorporates advanced optical alignment and modulation control mechanisms that help preserve signal clarity. By minimizing jitter and optical distortion, it ensures that data frames are transmitted accurately even under heavy network loads. The result is a stable and predictable SAN performance profile that supports enterprise-grade reliability standards.

Wavelength Stability and Transmission Precision

The module operates using carefully controlled optical wavelengths tailored for long-range single-mode fiber transmission. This wavelength stability ensures compatibility with standard LC duplex fiber connectors while maintaining efficient photonic conversion. The precision of its optical output helps reduce dispersion effects that commonly occur in long-haul fiber deployments, thereby enhancing overall network reliability.

Physical Design and SFP+ Form Factor Engineering

Compact Hot-Pluggable Architecture

Designed in the standardized SFP+ form factor, the Brocade 57-1000115-01 allows hot-pluggable installation into compatible Brocade switches and Fibre Channel equipment. This compact design enables high port density within modern switch chassis, maximizing the number of active connections per rack unit. The hot-swappable capability also ensures that network administrators can perform maintenance or upgrades without disrupting ongoing SAN operations, which is critical for environments requiring continuous uptime.

Durability and Thermal Management

Thermal efficiency is a key aspect of transceiver design, particularly in high-density deployments where multiple modules operate simultaneously. The Brocade 57-1000115-01 is constructed to dissipate heat efficiently while maintaining optimal optical performance. Its ruggedized internal components are designed to withstand extended operational cycles in enterprise data centers where environmental conditions may vary. This thermal stability contributes to longer module lifespan and consistent performance under heavy workloads.

Connector Interface and Mechanical Reliability

The LC duplex connector interface used in this module ensures a secure and low-loss fiber connection. The mechanical design minimizes insertion loss while maintaining strong physical alignment between fiber strands. This contributes to stable long-term operation in environments where frequent maintenance or fiber re-routing may occur. The robustness of the connector interface plays a crucial role in sustaining high availability within Fibre Channel fabrics.

Compatibility and Interoperability in SAN Environments

Brocade Ecosystem Integration

This transceiver is optimized for use within Brocade switching environments, ensuring seamless integration with Brocade directors and fabric switches. Its firmware and hardware compatibility are aligned with Brocade SAN operating systems, enabling automatic recognition and configuration within supported devices. This reduces deployment complexity and minimizes the need for manual tuning during installation.

Multi-Vendor Fibre Channel Support Considerations

Although optimized for Brocade environments, the module adheres to standardized Fibre Channel specifications, which allows potential interoperability with other SAN hardware vendors that support 10G SFP+ optical modules. However, enterprise deployments often prefer vendor-aligned components to ensure maximum performance stability and support consistency. This module’s compliance with industry standards ensures predictable behavior across compatible infrastructure components.

Fabric Scalability and Expansion Capabilities

In scalable SAN architectures, the ability to add new nodes without redesigning the entire network is essential. The Brocade 57-1000115-01 enables scalable expansion by supporting long-distance connections between switch domains. This allows organizations to extend storage fabrics across multiple facilities while maintaining a unified management structure and consistent data access performance.

Application Scenarios in Enterprise Infrastructure

Disaster Recovery and Geographic Redundancy

One of the most critical use cases for the Brocade 57-1000115-01 10G Fibre Channel transceiver is disaster recovery architecture. Enterprises frequently deploy redundant storage systems in geographically separate locations to ensure data protection in case of site failure. With a 10-kilometer reach, this module enables synchronous or asynchronous replication between primary and secondary storage arrays, ensuring real-time or near-real-time data consistency.

High-Performance Virtualization Environments

Virtualized infrastructures require consistent and high-bandwidth storage access to support multiple virtual machines running simultaneously. The low-latency characteristics of Fibre Channel combined with the extended reach of this transceiver module allow virtual machine clusters to access centralized storage resources without performance bottlenecks. This improves workload balancing and enhances overall system responsiveness.

Cloud Data Center Interconnectivity

In cloud computing environments, data centers are often distributed across multiple physical locations. The Brocade 57-1000115-01 supports inter-data center connectivity by enabling stable optical links between storage fabrics. This ensures that cloud services can maintain high availability and seamless data synchronization across distributed infrastructure nodes.

Reliability Engineering and Operational Stability

Continuous Operation in Mission-Critical Systems

Mission-critical environments such as financial institutions, healthcare systems, and government data centers require uninterrupted storage connectivity. This transceiver is engineered to support continuous operation with minimal failure rates. Its optical components are designed for long operational lifespans under constant load conditions, making it suitable for 24/7 enterprise deployments.

Error Handling and Link Stability Mechanisms

The module contributes to overall SAN stability by supporting robust error detection and correction mechanisms at the Fibre Channel protocol level. It helps maintain link integrity even in environments with high electromagnetic interference or fluctuating network loads. This stability is essential for ensuring consistent storage performance in enterprise-scale deployments.

Bandwidth Efficiency and Data Throughput Optimization

10G Fibre Channel Data Flow Architecture

Operating at 10 Gigabit speeds, this transceiver supports high-throughput data transfer essential for modern storage workloads. It ensures efficient utilization of available bandwidth while maintaining low latency across SAN links. This makes it suitable for environments that demand rapid data access, such as analytics platforms and high-performance computing clusters.

Latency Reduction in Storage Communication

Latency is a critical metric in storage networking, particularly for transactional databases and real-time processing systems. The Brocade 57-1000115-01 minimizes latency by providing direct optical signal conversion without unnecessary intermediate processing. This contributes to faster response times and improved application performance.

Throughput Optimization in Dense Network Fabrics

In dense SAN fabrics where multiple switches and storage nodes are interconnected, throughput optimization becomes essential. This transceiver ensures that high-volume data streams can be transmitted concurrently without congestion or signal degradation. Its performance consistency supports predictable network behavior under peak load conditions.

Strategic Importance in Modern Storage Networking

Enabling High-Availability Infrastructure

High availability is a fundamental requirement in enterprise storage networking. This transceiver contributes to high-availability architectures by enabling redundant paths and long-distance failover capabilities. Its reliable performance ensures that storage networks remain operational even during infrastructure disruptions or maintenance events.

Support for Evolving Data Center Architectures

As data centers evolve toward hybrid and distributed models, the need for reliable long-distance optical connectivity continues to grow. The Brocade 57-1000115-01 plays a strategic role in supporting these evolving architectures by enabling seamless extension of Fibre Channel fabrics across physical boundaries while maintaining consistent performance characteristics.

Future-Ready Fibre Channel Connectivity Foundations

While newer technologies continue to emerge in networking, Fibre Channel remains a dominant protocol in enterprise storage due to its reliability and performance consistency. This transceiver provides a foundation for future-ready infrastructure by ensuring compatibility with established SAN standards while supporting scalable expansion paths for growing data demands.