E10GSFPSRG1P5 Intel 10GBPS SFP 10gbase-SR Transceiver Module

Intel E10GSFPSRG1P5 10GBPS SFP Transceiver Module Overview

The Intel E10GSFPSRG1P5 is a high-performance plug-in transceiver designed to deliver reliable and fast connectivity for enterprise networking environments. This compact module ensures seamless integration with modern data centers and advanced Ethernet infrastructures.

General Information

• Manufacturer: Intel
• Part Number: E10GSFPSRG1P5
• Device Type: Transceiver Module

Technical Specifications

• Form Factor: Plug-in Module
• Supports Gigabit Ethernet and 10 Gigabit Ethernet
• Optimized for high-speed data transfer
• Reliable wired connectivity for enterprise-grade networks

Cabling Compatibility

• 1000base-SX
• 10gbase-SR

Data Link Protocols

• Gigabit Ethernet
• 10 Gigabit Ethernet

Compatible Slots

• 1 x SFP+ slot

Advantages of Intel E10GSFPSRG1P5

Key Benefits

• Enhanced network scalability
• Compact and easy-to-install design
• Reliable data transmission for enterprise workloads
• Compatibility with modern Ethernet infrastructures

Intel E10GSFPSRG1P5 10Gbps SFP+ 10G Transceiver Module 

The Intel E10GSFPSRG1P5 10Gbps SFP+ 10GBASE-SR Plug-In Transceiver Module is designed to deliver reliable, high-bandwidth optical connectivity for modern enterprise networks, data centers, virtualization environments, cloud infrastructures, and high-performance computing platforms. As network traffic continues to increase due to digital transformation, virtualization, cloud applications, and large-scale data transfers, organizations require dependable optical transceiver solutions that provide exceptional performance while maintaining low latency and high signal integrity.

Built around the industry-standard SFP+ form factor, this optical transceiver supports 10 Gigabit Ethernet communication over multimode fiber cabling. The module enables network administrators to deploy flexible and scalable optical connections between switches, routers, storage systems, servers, and other networking equipment. Its hot-pluggable architecture simplifies installation, upgrades, and maintenance without disrupting network operations.

Purpose-Built for 10 Gigabit Ethernet Deployments

As organizations migrate from traditional Gigabit Ethernet infrastructures to higher-speed networking platforms, 10 Gigabit Ethernet has become the preferred standard for backbone connectivity, server aggregation, storage networking, and inter-switch communication. The Intel E10GSFPSRG1P5 module provides a cost-effective method for implementing these high-speed connections while maintaining compatibility with established optical networking standards.

The transceiver is optimized for short-range optical communication across multimode fiber infrastructures commonly found within enterprise campuses, server rooms, and data center facilities. It offers dependable transmission characteristics that support demanding workloads, including virtualization traffic, cloud-based applications, database replication, backup operations, media streaming, and storage access.

Compact SFP+ Form Factor Advantages

The Small Form-Factor Pluggable Plus design allows network equipment manufacturers and administrators to maximize port density without sacrificing performance. The compact dimensions of the Intel E10GSFPSRG1P5 module make it possible to deploy a large number of optical interfaces within a single networking device.

This increased density is particularly beneficial in modern rack environments where space efficiency is a critical consideration. Organizations can achieve substantial bandwidth expansion while minimizing rack utilization, power consumption, and infrastructure costs.

10GBASE-SR Optical Technology and Performance Characteristics

Short-Range Optical Transmission Capabilities

The 10GBASE-SR specification is specifically engineered for short-distance optical communication over multimode fiber cabling. By utilizing an 850nm wavelength laser, the Intel E10GSFPSRG1P5 transceiver delivers high-speed data transmission with excellent reliability and low error rates.

Short-range optical technology remains one of the most widely deployed networking standards in enterprise and data center environments because it combines affordability, performance, and installation flexibility. Organizations that already utilize multimode fiber infrastructures can leverage existing cabling investments while upgrading network speeds to 10Gbps.

850nm VCSEL Laser Technology

The module utilizes Vertical-Cavity Surface-Emitting Laser technology to generate highly efficient optical signals. VCSEL lasers have become the preferred solution for short-range optical networking because they provide lower power consumption, improved reliability, consistent optical performance, and reduced manufacturing costs compared to many traditional laser technologies.

These characteristics make the Intel E10GSFPSRG1P5 an ideal choice for continuous operation in mission-critical networking environments where uptime and performance consistency are essential requirements.

Multimode Fiber Compatibility

The transceiver supports multimode fiber infrastructure, which remains extensively deployed across enterprise buildings, educational institutions, healthcare facilities, manufacturing environments, and large-scale data centers. Compatibility with multimode fiber simplifies deployment while minimizing installation complexity and overall project costs.

Organizations can often implement 10 Gigabit Ethernet upgrades without replacing existing fiber runs, allowing them to achieve significant performance improvements while maintaining budget efficiency.

Data Center Networking Applications

Server-to-Switch Connectivity

Modern data centers require substantial bandwidth to support virtualization clusters, cloud computing platforms, artificial intelligence workloads, and enterprise business applications. The Intel E10GSFPSRG1P5 transceiver provides dependable optical connectivity between servers and top-of-rack switches, ensuring consistent performance throughout the infrastructure.

As server processors continue to increase in capability, network connectivity must scale accordingly. High-speed optical links prevent bottlenecks that could otherwise limit application performance and user productivity.

Switch Aggregation Networks

Aggregation layers play a critical role in transporting large volumes of network traffic between access switches and core network infrastructure. The Intel E10GSFPSRG1P5 module enables high-capacity switch uplinks that support efficient traffic distribution and improved network responsiveness.

Organizations implementing hierarchical network architectures can benefit from enhanced throughput, reduced congestion, and improved overall network efficiency through the deployment of 10 Gigabit optical links.

Core Network Connectivity

Core switches represent the central communication backbone of enterprise infrastructures. Reliable transceivers are essential to maintaining continuous data flow between critical networking components. The Intel E10GSFPSRG1P5 provides the stability and bandwidth necessary to support core network operations while minimizing packet loss and latency.

Enterprise Infrastructure Benefits

Enhanced Network Scalability

Scalability remains one of the primary considerations when designing modern network infrastructures. The Intel E10GSFPSRG1P5 supports future growth by enabling organizations to increase network capacity without extensive hardware replacement projects.

Businesses experiencing expansion can add additional optical links as needed, allowing network infrastructure to evolve alongside operational requirements. This scalability helps protect technology investments while supporting long-term growth strategies.

Improved Application Performance

Bandwidth-intensive applications such as enterprise resource planning systems, customer relationship management platforms, virtual desktop infrastructure deployments, video conferencing solutions, and cloud-based services demand high-speed network connectivity.

By providing 10Gbps optical communication, the Intel E10GSFPSRG1P5 helps reduce transmission delays and improves application responsiveness. End users benefit from faster access to resources, improved productivity, and enhanced user experiences.

Reduced Network Bottlenecks

Network congestion can negatively impact operational efficiency and business continuity. High-speed optical transceivers alleviate traffic bottlenecks by increasing available bandwidth and improving data transport capabilities throughout the infrastructure.

The result is a more efficient network environment capable of handling demanding workloads while maintaining predictable performance levels.

Virtualization and Cloud Computing Environments

Supporting Virtual Machine Traffic

Virtualized environments generate substantial east-west traffic as virtual machines communicate with storage arrays, management platforms, and application services. The Intel E10GSFPSRG1P5 transceiver provides the bandwidth necessary to support these communication patterns without introducing significant latency.

Organizations deploying hypervisor-based infrastructures can benefit from improved workload mobility, faster virtual machine migration processes, and enhanced resource utilization.

Cloud Infrastructure Connectivity

Private cloud and hybrid cloud environments require reliable networking components capable of supporting continuous data exchange between compute resources, storage systems, and management frameworks. The Intel E10GSFPSRG1P5 facilitates high-speed communication that supports cloud scalability and operational efficiency.

Storage Network Optimization

Storage systems increasingly rely on high-bandwidth networking technologies to support backup operations, disaster recovery procedures, replication processes, and large-scale data access requirements. Deploying 10Gbps optical links helps ensure that storage performance remains aligned with business objectives.

Hot-Pluggable Design and Operational Flexibility

Non-Disruptive Installation

The hot-swappable nature of the Intel E10GSFPSRG1P5 allows administrators to install or replace modules without shutting down network equipment. This capability significantly reduces maintenance windows and minimizes operational disruptions.

Organizations operating mission-critical infrastructures can perform upgrades and component replacements while maintaining service availability, supporting business continuity objectives and reducing downtime risks.

Simplified Maintenance Procedures

Routine maintenance activities become more efficient when networking components can be replaced quickly and easily. The plug-in design enables technicians to complete hardware servicing tasks with minimal effort, reducing labor requirements and accelerating issue resolution.

Inventory Management Advantages

Standardized SFP+ modules simplify spare parts management by allowing organizations to maintain interchangeable components across multiple compatible networking platforms. This approach reduces inventory complexity and improves operational efficiency.

Reliability and Signal Integrity

Consistent Optical Performance

Reliable signal transmission is essential for maintaining network stability. The Intel E10GSFPSRG1P5 is engineered to deliver consistent optical output and receive sensitivity characteristics that support dependable communication across supported distances.

Stable optical performance contributes to lower bit error rates, reduced retransmissions, and improved overall network efficiency.

Enterprise-Class Durability

Enterprise networking environments often operate continuously throughout the year. The Intel E10GSFPSRG1P5 is designed to withstand demanding operational conditions while maintaining dependable performance across extended deployment periods.

Its robust construction supports long-term reliability in data centers, telecommunications facilities, enterprise campuses, and mission-critical computing environments.

Thermal Management Considerations

Efficient thermal characteristics help maintain consistent operation within densely populated networking equipment. Proper heat management contributes to longer component lifespan, improved stability, and enhanced overall system reliability.

Compatibility and Network Integration

Industry Standards Compliance

The Intel E10GSFPSRG1P5 follows widely adopted optical networking standards, enabling seamless integration into diverse networking environments. Standards-based interoperability simplifies deployment and ensures compatibility with supported networking equipment.

Organizations can deploy the module within existing infrastructures while maintaining consistent operational behavior across network segments.

Flexible Deployment Scenarios

The module can be utilized in a wide variety of networking applications, including access layer connectivity, aggregation networks, core switching environments, storage networking, virtualization clusters, cloud infrastructure deployments, and disaster recovery architectures.

This versatility allows organizations to standardize on a single optical connectivity solution across multiple operational scenarios.

Optimized for Modern High-Bandwidth Networks

Whether deployed within enterprise campuses, cloud data centers, virtualization clusters, storage environments, educational institutions, healthcare facilities, financial organizations, or government infrastructures, the Intel E10GSFPSRG1P5 10Gbps SFP+ 10GBASE-SR Plug-In Transceiver Module delivers the performance, reliability, flexibility, and interoperability required for modern high-speed optical networking. Its combination of compact design, standards-based compatibility, multimode fiber support, hot-pluggable functionality, and dependable 10 Gigabit Ethernet performance makes it an essential component for organizations seeking efficient and scalable optical connectivity solutions.