507270-001 HPE MDS 9000 8Gbps SFP+ Transceiver Module

Overview of the HPE 507270-001 Short Range Transceiver

This HPE 507270-001 transceiver module offers reliable connectivity for various networking applications, ensuring fast data transmission and seamless integration with compatible systems. Engineered for enhanced speed and reliability, it is a key component in optimizing network performance.

Main Specifications

• Brand: HPE
• Part Number: 507270-001
• Device Type: Transceiver Module

Technical Information

• Enclosure: Plug-in Module
• Connectivity Technology: Wired
• Data Link Protocol: 8GB Fibre Channel
• Network Interface: 1 x 8GB Fibre Channel
• Compatible Slot: 1 x SFP+ Slot

Connectivity & Expansion

• Slot Compatibility: SFP+ expansion interface
• Primary Application: Designed for switching networks
• Wavelength Standard: 850 nm fiber/twisted pair

Distance & Range

• Maximum Reach: Up to 300 meters

Interface & Port Details

• Connector Type: Dual LC connectors
• Protocol Support: 8GBase-SR optical fiber
• Form Factor: Compact plug-in module

Key Advantages

• Reliable high-speed data transmission for enterprise networks
• Compact design ensures easy integration into existing infrastructure
• Optimized for short-range connectivity with multi-mode fiber

HPE 507270-001 8GBPS Transceiver Module

The HPE 507270-001 MDS 9000 8Gbps Short Range Fibre Channel SFP+ Transceiver Module is a high-performance optical networking component designed for enterprise storage area networks (SANs) requiring reliable, high-speed, and low-latency data transmission. Built to support Fibre Channel architectures, this transceiver enables seamless interconnection between storage arrays, servers, and Fibre Channel switching infrastructure. It is engineered for environments where data integrity, transmission stability, and consistent throughput are critical for mission-critical workloads.

As part of the Fibre Channel SFP+ transceiver family, this module is optimized for short-range optical communication using multimode fiber infrastructure. It supports 8Gbps Fibre Channel data rates, making it suitable for high-performance storage environments that demand fast block-level data access, virtualization support, and scalable SAN expansion.

High-Speed Optical Signal Conversion Technology

The HPE 507270-001 transceiver functions as a media conversion device that translates electrical signals from networking equipment into optical signals for transmission over fiber optic cabling. At the receiving end, it converts optical signals back into electrical data streams. This bi-directional communication process is essential for maintaining high-speed Fibre Channel connectivity across data center environments.

Its internal architecture is designed with precision laser emission components, photodiodes, and signal conditioning circuitry that ensures minimal signal loss and high transmission fidelity. The module is optimized for low jitter and reduced latency, which are critical parameters in storage networking operations.

Compact SFP+ Form Factor

The SFP+ (Small Form-Factor Pluggable Plus) design allows this transceiver to be deployed in high-density switch environments. Its compact footprint enables multiple ports to be installed within a single switch chassis without compromising airflow or thermal stability. This modular design supports flexible scaling of Fibre Channel networks while maintaining efficient rack utilization.

Compatibility and Integration

Seamless Integration with Fibre Channel Switching Systems

The HPE 507270-001 MDS 9000 module is engineered for compatibility with enterprise-class Fibre Channel switching environments, particularly those that align with MDS 9000-series architecture standards. It ensures interoperability across storage networking hardware that supports 8Gbps Fibre Channel protocols, allowing enterprises to extend or upgrade existing SAN infrastructures without requiring complete system redesigns.

Enterprise Storage Ecosystem Interoperability

This transceiver is suitable for integration with storage arrays, SAN directors, blade servers, and virtualization clusters that rely on Fibre Channel connectivity. Its standardized optical signaling ensures that it can function within multi-vendor environments where consistent performance and protocol adherence are required.

8GBPS Fibre Channel Data Transmission Capabilities

High-Bandwidth Storage Networking Performance

Operating at a data transfer rate of 8Gbps, this transceiver supports high-throughput storage workloads including database replication, virtual machine migration, and large-scale backup operations. The bandwidth capability ensures that storage traffic flows efficiently between nodes in a SAN architecture, reducing bottlenecks and improving overall system responsiveness.

Optimized Throughput for Mission-Critical Applications

The 8Gbps transmission rate is particularly suited for enterprise environments where consistent performance is required under heavy I/O loads. Applications such as enterprise resource planning systems, financial transaction databases, and cloud storage backends benefit from the stable and predictable data flow provided by this transceiver module.

Short Range Optical Transmission Characteristics

Designed for short-range connectivity, the module utilizes multimode fiber (MMF) to transmit data efficiently across distances typically found within data centers. This short-range optimization ensures minimal signal attenuation and cost-effective deployment using existing fiber infrastructure.

850nm Wavelength Optical Transmission

The transceiver commonly operates at an 850nm wavelength, which is standard for short-range Fibre Channel communications. This wavelength is optimized for multimode fiber transmission, providing balanced performance between distance coverage and signal integrity.

Multimode Fiber Compatibility

The module is compatible with OM2, OM3, and OM4 multimode fiber types, enabling flexible deployment across various data center architectures. OM3 and OM4 fibers allow extended reach and higher bandwidth efficiency, making them ideal for modern high-density storage environments.

Performance Optimization and Signal Integrity

Low Latency Data Transmission Architecture

The HPE 507270-001 transceiver is designed to minimize latency during data transmission. Low latency is essential in Fibre Channel networks where storage commands must be executed in real time. The module ensures that signal propagation delays are kept to a minimum, improving responsiveness in storage transactions.

Advanced Signal 

Signal integrity is maintained through advanced modulation and conditioning techniques that reduce bit error rates during transmission. The module incorporates built-in mechanisms to stabilize optical output and maintain consistent signal strength across varying environmental conditions.

Noise Reduction and Data Accuracy

The internal optical components are engineered to reduce electromagnetic interference and optical noise, ensuring accurate data delivery across the storage network. This enhances system reliability and reduces the likelihood of retransmission events.

Dynamic Network Expansion

The modular design allows organizations to scale their Fibre Channel infrastructure incrementally. Additional ports can be activated as storage demands increase, enabling cost-effective scalability without major infrastructure changes.

Enterprise Deployment Scenarios

Storage Area Network Infrastructure

In SAN environments, the HPE 507270-001 module plays a critical role in connecting storage arrays to Fibre Channel switches and servers. It ensures reliable data transfer across distributed storage architectures, supporting high availability and redundancy configurations.

Data Center Virtualization Platforms

Virtualized environments rely heavily on fast storage access. This transceiver supports virtual machine migration, distributed storage access, and hyperconverged infrastructure deployments where consistent I/O performance is essential.

High-Performance Computing and Database Systems

In HPC and database-intensive environments, the module provides stable and predictable data throughput, ensuring that large-scale computations and transactional databases operate efficiently under heavy workloads.

Thermal Efficiency

The transceiver is engineered to operate within standard data center temperature ranges, ensuring stable performance under continuous operation. Its thermal design helps dissipate heat efficiently, maintaining optimal optical performance even in high-density deployments.

Precision Optical Emitter and Receiver Assembly

The module integrates laser-based optical transmitters and high-sensitivity receivers that ensure accurate signal conversion. These components are precisely aligned to maintain signal clarity and reduce dispersion during transmission.

Durable Housing and Mechanical Design

The physical enclosure is designed to protect sensitive optical components from environmental interference while maintaining compatibility with standard SFP+ slots in Fibre Channel switches and adapters.