00MY766 IBM 8GBPS SFP Transceiver Module - Fibre Channel Single ELW

Product Overview of IBM 00MY766 SFP Transceiver Module

The IBM 00MY766 8Gbps Fibre Channel Single ELW SFP Transceiver Module represents a critical component for enterprise storage area networks (SANs) requiring reliable, high-speed optical connectivity. Designed specifically for IBM System Networking and Storwize family products, this Small Form-Factor Pluggable (SFP) transceiver operates at 8Gbps Fibre Channel (8GFC) protocol standards while utilizing the Extended Life Wavelength (ELW) technology. 

Main Information

• Manufacturer: IBM
• Part Number: 00MY766
• Product Type: SFP+ Optical Transceiver

Technical Information

• Compact Build: Slim plug-in module for seamless integration
• Form Factor: Hot-swappable design for quick deployment
• Cabling Type: Fibre Channel extended long wave
• Networking Technology: Wired connectivity for stable performance
• Protocol Support: 8Gb Fibre Channel data link

Performance Highlights

• Data Transfer Rate: 8 Gbps high-speed throughput
• Transmission Distance: Up to 15.5 miles (25 km)
• Reliability: Optimized for enterprise-grade storage and networking

Technical Advantages

• Extended Reach: Long-wave optics ensure wide coverage
• Scalability: Ideal for expanding Fibre Channel infrastructures
• Compatibility: Designed for IBM systems and multi-vendor environments

Key Benefits

• High-Speed Data: Smooth transmission for demanding workloads
• Durable Design: Engineered for consistent uptime
• Enterprise Ready: Supports mission-critical applications

IBM 00MY766 8GBPS Fibre Channel SFP Transceiver Module

The IBM 00MY766 8GBPS Fibre Channel Single ELW SFP Transceiver Module represents a high-performance optical component engineered to meet the rigorous demands of enterprise storage networking environments. Designed specifically for Fibre Channel infrastructures, this transceiver delivers reliable, high-speed data transmission across extended distances while maintaining signal integrity and low latency. Built to comply with industry standards, the module integrates seamlessly into compatible switches, directors, and host bus adapters, ensuring optimized interoperability within complex storage area networks.

Form Factor and Design Architecture

The compact Small Form-Factor Pluggable design of the IBM 00MY766 module allows for hot-swappable functionality, enabling network administrators to install or replace the transceiver without interrupting system operations. Its streamlined construction supports dense port configurations in modern data center equipment, maximizing rack efficiency while maintaining thermal stability. The robust housing is engineered for durability and long-term deployment, making it suitable for mission-critical environments that demand consistent uptime.

Single ELW Optical Interface Characteristics

The Extended Long Wave (ELW) optical interface incorporated into the IBM 00MY766 is optimized for long-distance Fibre Channel communication. This design enables the module to transmit data over single-mode fiber at distances significantly exceeding standard short-wave transceivers. The ELW specification ensures enhanced signal propagation with minimal attenuation, making it suitable for geographically dispersed storage networks and campus-wide deployments.

Connector and Port Compatibility

The module features an LC duplex connector interface, ensuring compatibility with standard single-mode fiber cabling systems. This widely adopted connector type facilitates straightforward integration into existing network infrastructures, minimizing deployment complexity. Precision-engineered optical alignment ensures stable connectivity and consistent performance across all supported distances.

8GBPS Fibre Channel Performance Capabilities

Operating at a data rate of 8 Gigabits per second, the IBM 00MY766 transceiver provides high-throughput connectivity essential for modern storage workloads. This speed is optimized for Fibre Channel protocols, enabling efficient data exchange between servers and storage arrays. The module supports backward compatibility with lower data rates, ensuring flexibility in mixed-speed environments while maintaining optimal performance where higher bandwidth is required.

Low Latency Data Transmission

The transceiver is engineered to deliver ultra-low latency communication, a critical factor in storage networking where real-time data access and rapid transaction processing are essential. By minimizing signal delay and maintaining high signal fidelity, the IBM 00MY766 supports performance-sensitive applications such as database operations, virtualization, and cloud storage systems.

Error Detection and Signal Integrity

Advanced error detection mechanisms are embedded within the module to ensure accurate data transmission. These features help maintain data integrity across extended distances by reducing the likelihood of transmission errors. The optical design minimizes jitter and dispersion, ensuring stable communication even under heavy network loads.

Optimized Throughput for Storage Area Networks

The high-speed capabilities of the IBM 00MY766 make it particularly suitable for SAN environments that require consistent throughput. It enables efficient handling of large data transfers, supporting backup operations, replication processes, and high-performance computing workloads without bottlenecks.

Compatibility with Enterprise Infrastructure

The IBM 00MY766 transceiver is designed for seamless integration with a wide range of IBM storage and networking devices. It adheres to Fibre Channel standards, ensuring interoperability with compatible hardware platforms. This compatibility allows organizations to deploy the module across various components within their network without requiring extensive configuration changes.

Integration with Switches and Directors

The module is fully compatible with Fibre Channel switches and directors that support SFP interfaces. Its plug-and-play functionality simplifies deployment, allowing network administrators to expand or upgrade network capacity efficiently. The transceiver automatically negotiates supported speeds, ensuring optimal operation within the connected infrastructure.

Support for Host Bus Adapters

The IBM 00MY766 can be used with compatible host bus adapters to establish high-speed connections between servers and storage systems. This capability enhances overall system performance by providing reliable and efficient data pathways. The module’s design ensures consistent communication between components, reducing the risk of connectivity issues.

Interoperability Standards Compliance

Compliance with Fibre Channel standards ensures that the transceiver operates reliably within multi-vendor environments. This adherence to industry specifications enables organizations to integrate the module into heterogeneous networks without compromising performance or stability.

Extended Distance Transmission Capabilities

The ELW designation of the IBM 00MY766 highlights its ability to support extended transmission distances over single-mode fiber. This capability is essential for organizations that require connectivity across large facilities or between multiple data centers. The module maintains high signal quality over long distances, ensuring consistent performance regardless of deployment scale.

Single-Mode Fiber Optimization

The transceiver is specifically designed for use with single-mode fiber, which offers superior performance for long-distance communication compared to multi-mode alternatives. This optimization ensures minimal signal loss and maximum transmission efficiency, making it ideal for high-performance storage networks.

Distance Range and Signal Stability

The module supports transmission distances that extend beyond typical short-range transceivers, providing flexibility in network design. Its optical components are engineered to maintain signal stability across these distances, reducing the need for additional amplification or signal conditioning equipment.

Use in Campus and Metropolitan Networks

The extended reach capabilities of the IBM 00MY766 make it suitable for deployment in campus networks and metropolitan area networks. It enables seamless connectivity between buildings or facilities, supporting centralized storage architectures and distributed computing environments.

Thermal and Power Efficiency

The IBM 00MY766 transceiver is designed with energy efficiency in mind, ensuring minimal power consumption while maintaining high performance. Its thermal management features help dissipate heat effectively, preventing overheating and ensuring reliable operation in dense networking environments.

Low Power Consumption Design

The module operates within a low power envelope, making it suitable for large-scale deployments where energy efficiency is a priority. Reduced power consumption contributes to lower operational costs and improved sustainability in data center environments.

Heat Dissipation Mechanisms

Advanced heat dissipation mechanisms are integrated into the module’s design, ensuring stable operation even under continuous high-load conditions. These features help maintain optimal performance and extend the lifespan of the transceiver.

Environmental Operating Conditions

The transceiver is engineered to operate within a wide range of environmental conditions, including varying temperatures and humidity levels. This robustness ensures reliable performance in diverse deployment scenarios, from controlled data centers to more challenging environments.

Reliability and Durability in Enterprise Deployments

The IBM 00MY766 is built to meet the reliability requirements of enterprise networks. Its durable construction and high-quality components ensure long-term performance, reducing the need for frequent replacements and minimizing maintenance efforts.

High Mean Time Between Failures

The module is designed with a high mean time between failures, reflecting its reliability in continuous operation. This characteristic is critical for mission-critical applications where downtime must be minimized.

Quality Assurance and Testing

Each transceiver undergoes rigorous testing to ensure compliance with performance and reliability standards. These tests verify the module’s ability to operate under various conditions, ensuring consistent performance in real-world deployments.

Long-Term Operational Stability

The robust design of the IBM 00MY766 ensures stable operation over extended periods. Its components are selected for durability and resistance to wear, making it suitable for long-term use in demanding environments.

Application Scenarios and Use Cases

The IBM 00MY766 transceiver is versatile and can be used in a wide range of applications within enterprise storage networks. Its high-speed and long-distance capabilities make it suitable for various deployment scenarios.

Data Center Storage Networking

In data center environments, the module provides high-speed connectivity between servers and storage arrays. Its performance characteristics support demanding workloads, including virtualization, cloud computing, and large-scale data processing.

Disaster Recovery and Replication

The extended reach of the transceiver enables efficient data replication between geographically separated sites. This capability is essential for disaster recovery strategies, ensuring data availability and business continuity.

High-Performance Computing Environments

The module supports the high bandwidth requirements of high-performance computing environments. Its low latency and reliable transmission ensure efficient data exchange, supporting complex computational tasks.

Advanced Optical Technology Integration

The IBM 00MY766 incorporates advanced optical technology to deliver superior performance and reliability. Its design leverages precision-engineered components to ensure optimal signal transmission and minimal loss.

Laser and Receiver Components

The transceiver utilizes high-quality laser and receiver components to achieve accurate data transmission. These components are optimized for Fibre Channel communication, ensuring compatibility and performance.

Wavelength Specifications

The module operates at a wavelength optimized for single-mode fiber transmission, ensuring efficient signal propagation over long distances. This specification contributes to the module’s extended reach capabilities.

Scalability

The IBM 00MY766 transceiver supports scalable network architectures, enabling organizations to expand their infrastructure as needed. Its compatibility with Fibre Channel standards ensures that it remains relevant in evolving network environments.

Support for Network Expansion

The module allows for easy network expansion by providing additional connectivity options. Its hot-swappable design enables quick upgrades without disrupting existing operations.

Adaptability to Emerging Technologies

The transceiver is designed to work within evolving technological landscapes, ensuring compatibility with future advancements in storage networking. This adaptability helps protect investments in network infrastructure.

Integration with Modern Storage Solutions

The IBM 00MY766 integrates seamlessly with modern storage solutions, supporting advanced features such as virtualization and cloud-based storage. Its performance capabilities ensure efficient data handling in these environments.