57-1000490-01 Brocade QSFP+ Fiber Optic Transceiver.

Brocade 57-1000490-01 QSFP+ Transceiver Overview

The Brocade 57-1000490-01 compatible QSFP+ transceiver is a high-speed fiber optic networking solution designed for demanding data center and enterprise environments. Engineered for reliable performance, this optical module supports ultra-fast data transmission while maintaining stability and compatibility across multiple networking standards.

General Product Information

• Manufacturer: Brocade
• Part Number: 57-1000490-01
• Product Type: QSFP+ Transceiver Module

Technical Specifications and Performance Features

Core Optical and Electrical Characteristics

• Form Factor: QSFP+
• Maximum Data Rate: 32 Gbps
• Maximum Transmission Distance: Up to 100 meters
• Connector Type: MPO interface
• Fiber Type: Multi-Mode Fiber (MMF)
• Wavelength: 850 nm class optical transmission

Physical Dimensions and Build Quality

• Dimensions: 8.5 x 13.4 x 56.5 mm
• Weight: Approximately 42 grams
• Design: Compact, lightweight, and durable metal housing

Digital Monitoring and Smart Features

• Digital Optical Monitoring (DOM) support enabled
• Real-time performance tracking for temperature and power levels
• Enhanced diagnostics for network maintenance efficiency

Supported Networking Standards and Protocol Compatibility

Multi-Protocol Compliance

• 40G Ethernet compatibility
• InfiniBand QDR support
• SATA/SAS3 storage networking integration
• IEEE 802.3ba standard compliance
• MSA (Multi-Source Agreement) compliant design

Application Scenarios

Data Center Networking

• High-speed switch-to-switch communication
• Server-to-switch fiber connectivity

Enterprise Storage Systems

• Storage Area Network (SAN) connectivity
• High-throughput data replication systems

High-Performance Computing

• Low-latency cluster networking
• Parallel computing data transfer optimization

Advantages of Using Brocade-Compatible QSFP+ Modules

Performance and Efficiency Benefits

• Stable 32Gbps transmission speed for mission-critical workloads
• Reduced network congestion with high bandwidth capacity
• Energy-efficient optical communication design

Cost-Effective Networking Solution

• Affordable alternative to OEM transceivers
• Long-term reliability reduces replacement costs
• Optimized performance-to-price ratio

Environmental and Operational Reliability

Durability and Stability Features

• Designed for continuous 24/7 operation
• Stable performance under varying temperature conditions
• Resistant to signal degradation over short-range fiber links

Deployment Flexibility

• Suitable for enterprise, telecom, and cloud environments
• Supports scalable network expansion strategies

Key Product Highlights

• Compatible QSFP+ form factor for flexible deployment
• Supports 32GBASE-FC fiber channel connectivity
• Designed for high-speed, low-latency data communication
• Optimized for enterprise-grade switching and storage networks
• Hot-swappable module for easy installation and replacement

Brocade 57-1000490-01 Compatible Fiber Optic Transceiver

The Brocade 57-1000490-01 Compatible Fiber Optic Transceiver QSFP+ 4X32GBASE-FC is a high-performance optical networking component engineered for modern high-speed storage area networks (SANs) and enterprise data center interconnect infrastructures. This transceiver category represents a critical segment of fiber optic communication technology designed to deliver ultra-low latency, high bandwidth, and reliable long-distance optical transmission. Built as a compatible alternative to original Brocade branded modules, it supports seamless integration into existing Brocade switching environments while maintaining strict adherence to optical standards and interoperability requirements.

This category of QSFP+ transceivers is widely deployed in Fibre Channel environments where 128G aggregated bandwidth is required through 4 independent 32G channels. The design ensures optimal performance for mission-critical workloads such as virtualization, cloud computing, enterprise backup systems, and high-frequency data replication between storage arrays.

Architecture and Engineering Design

High-Density Quad Small Form-Factor Pluggable Plus Design

The QSFP+ form factor is engineered for high-density applications where space optimization and thermal efficiency are essential. The Brocade 57-1000490-01 compatible module follows the standardized QSFP+ mechanical and electrical interface, enabling hot-swappable deployment in supported switches and directors. The quad-channel architecture allows four independent 32G Fibre Channel lanes to operate simultaneously, providing aggregated throughput suitable for next-generation storage networks.

Electrical Signal Processing and Lane Aggregation

Each of the four channels within the QSFP+ 4X32GBASE-FC transceiver operates at 32 gigabits per second, leveraging advanced modulation and signal conditioning techniques. The internal signal processing unit manages lane alignment, clock recovery, and error correction functions to ensure data integrity across high-speed optical transmission paths. The aggregation of these four channels enables a combined effective throughput of 128G, making it ideal for high-capacity SAN fabrics.

Optical Transmission System and Wavelength Optimization

The optical subsystem in the Brocade 57-1000490-01 compatible module is designed to maintain high signal fidelity over extended distances using single-mode fiber infrastructure. The module typically operates within the 1310nm wavelength window, which is widely used for long-distance optical communication due to its low attenuation characteristics and minimal dispersion effects. This ensures stable performance across distances up to 10km, 20km, or 40km depending on configuration and fiber quality.

Fibre Channel Networking and SAN Integration

Role in Storage Area Networks

In Fibre Channel SAN environments, the QSFP+ 4X32GBASE-FC transceiver plays a fundamental role in interconnecting storage arrays, director-class switches, and high-performance compute nodes. The Brocade-compatible module ensures interoperability with Brocade switching ecosystems, supporting seamless fabric formation and consistent link negotiation. This allows enterprises to maintain scalable storage architectures while reducing latency and improving throughput efficiency.

Compatibility with Brocade Switching Platforms

Compatibility is a critical factor in fiber optic transceiver deployment. The Brocade 57-1000490-01 compatible module is engineered to match firmware expectations, EEPROM configuration profiles, and optical signal parameters defined by Brocade systems. This ensures that the module is recognized as a trusted optical component within supported switches, reducing the risk of link failure, interoperability issues, or performance degradation.

Fabric Stability and Data Integrity Enhancement

Fabric stability in Fibre Channel networks depends heavily on consistent optical signaling and error-free transmission. The QSFP+ 4X32GBASE-FC transceiver incorporates advanced digital diagnostics monitoring capabilities that continuously track temperature, voltage, laser bias current, and optical power levels. These monitoring functions help maintain long-term reliability and prevent data corruption in high-load environments.

Performance Characteristics and Operational Efficiency

High Bandwidth Throughput Capability

The aggregated 128G bandwidth capability of the Brocade 57-1000490-01 compatible transceiver enables high-speed data transfers between storage systems and compute clusters. This high throughput is essential for workloads such as virtualization hosting, large-scale database operations, and real-time analytics platforms where latency-sensitive data access is required.

Low Latency Optical Communication

Latency is a critical performance metric in storage networking. The QSFP+ 4X32GBASE-FC module minimizes signal processing delay through optimized internal circuitry and direct optical conversion pathways. This results in near real-time communication between endpoints, ensuring that storage commands and data responses are executed with minimal delay.

Thermal Management and Power Efficiency

Modern data centers demand energy-efficient networking components. The compatible transceiver is designed with optimized power consumption profiles, ensuring reduced heat generation while maintaining full operational performance. Thermal stability is achieved through integrated heat dissipation structures that maintain optimal operating conditions even under continuous high-load transmission scenarios.

Physical Layer Standards and Fiber Compatibility

Single-Mode Fiber Infrastructure Integration

The Brocade 57-1000490-01 compatible QSFP+ module is optimized for single-mode fiber (SMF) infrastructure, enabling long-distance signal transmission with minimal attenuation. Single-mode fiber provides a narrow core diameter that reduces modal dispersion and ensures consistent signal quality across extended distances, making it ideal for enterprise and campus-wide deployments.

Connector Interface and Optical Alignment Precision

The module utilizes high-precision duplex LC connectors designed to ensure accurate fiber alignment and stable optical coupling. This precision alignment reduces insertion loss and enhances signal integrity, allowing consistent performance across multiple connection cycles. The connector interface is engineered for durability, supporting repeated insertion and removal without degradation of optical performance.

Signal Integrity and Error Reduction Mechanisms

Maintaining signal integrity in high-speed optical networks is essential for preventing packet loss and retransmission overhead. The QSFP+ transceiver incorporates advanced error detection and correction mechanisms that help reduce bit error rates. These mechanisms ensure stable performance even in environments with electromagnetic interference or extended cable runs.

Deployment Scenarios and Industry Applications

Enterprise Data Centers and Cloud Infrastructure

In enterprise data centers, the QSFP+ 4X32GBASE-FC transceiver is deployed to support high-density server connectivity and storage replication systems. Cloud service providers rely on this technology to ensure fast and reliable data movement between storage clusters and compute nodes, supporting scalable cloud architecture.

High-Performance Computing Environments

High-performance computing (HPC) environments require ultra-fast data transfer rates to support complex simulations, scientific computations, and machine learning workloads. The Brocade-compatible transceiver enables these environments to achieve the necessary bandwidth and latency requirements for efficient parallel processing.

Disaster Recovery and Data Replication Systems

Disaster recovery systems depend on fast and reliable data replication across geographically separated data centers. The long-distance capability of the QSFP+ 4X32GBASE-FC module ensures that critical data is synchronized efficiently, minimizing recovery time objectives and improving business continuity strategies.

Reliability, Lifecycle, and Quality Assurance Standards

Manufacturing Quality and Testing Procedures

Each Brocade 57-1000490-01 compatible QSFP+ transceiver undergoes rigorous testing procedures to ensure compliance with optical performance standards. These tests include signal integrity validation, thermal stress testing, and interoperability verification across supported platforms.

Long-Term Operational Stability

The module is engineered for long operational lifecycles in demanding data center environments. Its components are selected for durability and resistance to environmental fluctuations, ensuring consistent performance over extended deployment periods.

Environmental and Regulatory Compliance

The transceiver is designed to comply with international environmental and telecommunications standards, ensuring safe deployment in global network infrastructures. This includes adherence to power efficiency requirements and material safety regulations.

Future-Ready Networking and Scalability Considerations

Support for Evolving Fibre Channel Standards

As Fibre Channel technology continues to evolve, the QSFP+ 4X32GBASE-FC transceiver provides a scalable foundation for next-generation storage networking architectures. Its high bandwidth capacity ensures compatibility with future upgrades and expanded fabric configurations.

Scalability in Large-Scale Fabric Architectures

Large enterprise networks require scalable optical solutions that can grow alongside infrastructure demands. The modular nature of QSFP+ transceivers allows seamless expansion of network capacity without major architectural changes.

Integration with Hybrid Storage Systems

Hybrid storage environments that combine traditional SAN systems with modern cloud storage architectures benefit from the flexibility and performance of this transceiver category. It enables efficient data movement across heterogeneous storage platforms.