SFP10GSRSST Startech 10GBPS SFP+ MM LC Fiber Transceiver 850nm 300m

The StarTech SFP10GSRSST Transceiver is designed to provide users with a blazing-fast data transfer rate of 10Gbps. This impressive speed ensures that data can be transmitted and received quickly and efficiently, making it ideal for demanding applications that require high bandwidth and low latency.

General Information

• Manufacturer: Startech
• Part Number: SFP10GSRSST
• Product Type: Optical Transceiver Module

Technical Highlights

• Module Format: SFP+
• Design: Hot-swappable for seamless integration
• Port Configuration: 1 x LC Duplex Connector
• Supported Standard: 10GBase-SR

Media & Performance

• Supported Media: Optical Fiber
• Fiber Mode: Multi-mode compatibility

Networking Capabilities

• Ethernet Standard: 10 Gigabit Ethernet
• Network Protocol: 10GBase-SR technology

Physical Characteristics

Design Attributes

• Form Factor: Hot-pluggable for quick deployment

Applications

• Primary Use: Data Networking
• Additional Use: Optical Network Environments

Startech SFP10GSRSST 10GBPS Transceiver Module

The Startech SFP10GSRSST 10Gbps 10GBase-SR Multi-mode Fiber 300m 850nm Duplex LC Connector SFP+ Transceiver Module is engineered to provide reliable and high-speed optical connectivity for enterprise, data center, cloud computing, and network infrastructure environments. Designed according to industry-standard SFP+ specifications, this transceiver module delivers 10 Gigabit Ethernet performance over multi-mode fiber cabling while maintaining compatibility with a broad range of networking equipment. The module enables organizations to expand network capacity, improve bandwidth availability, and support data-intensive applications without compromising signal integrity or transmission stability.

10 Gigabit Ethernet Performance Capabilities

Supporting a maximum data transfer rate of 10Gbps, the Startech SFP10GSRSST transceiver is optimized for modern network environments that require rapid communication between switches, routers, servers, and storage devices. The module facilitates low-latency data transmission and enables high-throughput network operations that are essential for virtualization, cloud computing, big data processing, and enterprise application deployment.

The 10GBase-SR standard provides short-range optical communication over multi-mode fiber infrastructure. This makes the module particularly suitable for intra-building deployments, data center interconnects, server aggregation layers, storage area networks, and high-density switching environments where reliable high-speed communication is critical.

Compliance with 10GBase-SR Standards

The transceiver follows IEEE 802.3ae 10GBase-SR specifications, ensuring interoperability across a wide range of networking platforms. Standards compliance allows seamless integration into existing fiber infrastructures while maintaining predictable network performance and optical compatibility.

By adhering to recognized networking standards, the module simplifies deployment procedures and reduces compatibility concerns during infrastructure upgrades. Organizations can implement the transceiver with confidence across heterogeneous network environments that include equipment from multiple vendors.

Optical Transmission Architecture

850nm VCSEL Laser Technology

The Startech SFP10GSRSST utilizes an 850nm Vertical Cavity Surface Emitting Laser (VCSEL) as its optical transmission source. VCSEL technology offers excellent efficiency, reliable performance, and cost-effective operation for short-range optical networking applications.

The 850nm wavelength is specifically optimized for multi-mode fiber communication, enabling efficient signal propagation while minimizing attenuation within supported distance ranges. This optical design contributes to consistent data transmission quality and supports the bandwidth requirements of demanding enterprise applications.

Benefits of VCSEL-Based Optical Transmission

VCSEL transmitters provide stable optical output characteristics, reduced power consumption, and high modulation speeds. These attributes contribute to improved network reliability and facilitate deployment in dense networking environments where power efficiency and thermal management are important considerations.

The optical architecture supports rapid signal transmission while maintaining low bit error rates, ensuring dependable communication between connected network devices.

Receiver Sensitivity and Signal Integrity

The receiver subsystem is designed to accurately detect incoming optical signals while maintaining high sensitivity levels. This capability enables stable communication across supported distances and ensures dependable operation even in demanding network environments.

Advanced signal processing components help maintain transmission quality by minimizing the impact of optical loss and environmental variations. As a result, network administrators can rely on consistent performance throughout the operational lifespan of the transceiver.

Multi-Mode Fiber Connectivity

Optimized for Multi-Mode Fiber Infrastructure

The Startech SFP10GSRSST is specifically designed for use with multi-mode fiber cabling systems. Multi-mode fiber remains widely deployed throughout enterprise campuses, educational institutions, healthcare facilities, government organizations, and commercial data centers.

By leveraging existing multi-mode fiber installations, organizations can achieve cost-effective 10Gbps network upgrades without requiring extensive infrastructure replacement. This compatibility helps maximize return on investment while supporting evolving bandwidth demands.

OM3 Fiber Compatibility

The transceiver supports operation over OM3 multi-mode fiber and can achieve transmission distances up to 300 meters under appropriate installation conditions. OM3 fiber provides enhanced modal bandwidth characteristics that are optimized for high-speed 10 Gigabit Ethernet communication.

The combination of OM3 fiber and 850nm optical transmission enables dependable network performance across equipment rooms, server racks, and building distribution areas.

OM4 Fiber Deployment Advantages

When deployed with OM4 fiber infrastructure, the transceiver benefits from improved modal bandwidth performance and enhanced optical characteristics. OM4 cabling supports highly efficient signal propagation and can contribute to optimized network reliability in demanding enterprise environments.

Short-Reach Optical Networking Applications

The 10GBase-SR design is particularly effective for short-reach optical networking scenarios. Organizations frequently deploy these modules for switch-to-switch connections, switch-to-server links, network aggregation layers, storage connectivity, and virtualization infrastructure.

The short-range transmission profile allows efficient utilization of fiber resources while delivering the bandwidth necessary to support modern business applications.

Duplex LC Connector Interface

Industry-Standard LC Connectivity

The Startech SFP10GSRSST incorporates a duplex LC optical connector interface that is widely recognized throughout the networking industry. The compact LC design enables high-density fiber connectivity while maintaining secure and reliable optical connections.

LC connectors are commonly used in enterprise networks, telecommunications environments, and data centers due to their space-efficient design and dependable performance characteristics.

High-Density Deployment Benefits

Modern networking environments often require large numbers of fiber connections within limited rack space. The duplex LC interface supports high-density deployment strategies by minimizing connector footprint while maintaining accessibility for installation and maintenance procedures.

This design allows network administrators to maximize port utilization and optimize rack organization without sacrificing cable management efficiency.

Reliable Fiber Termination

The precision-engineered LC interface promotes accurate fiber alignment and secure optical coupling. Reliable termination reduces insertion loss and helps maintain consistent signal quality throughout the communication path.

Stable optical connectivity contributes directly to network availability and supports uninterrupted business operations.

SFP+ Form Factor Advantages

Compact Modular Design

The Small Form-Factor Pluggable Plus architecture provides a compact and flexible solution for 10 Gigabit optical networking. The reduced physical footprint enables equipment manufacturers to integrate a large number of high-speed ports within modern switches, routers, and network appliances.

The modular design allows network administrators to select appropriate transceiver types according to deployment requirements while maintaining hardware flexibility.

Scalable Infrastructure Expansion

SFP+ modules facilitate scalable network growth by allowing organizations to add optical connectivity as requirements evolve. Network expansion can occur incrementally without requiring complete hardware replacement.

This flexibility supports efficient infrastructure planning and enables organizations to adapt to changing operational demands.

Interchangeable Optical Media Support

The SFP+ platform supports multiple optical standards, allowing network administrators to deploy transceivers that match specific distance, fiber type, and bandwidth requirements. This modular approach simplifies network design and enhances deployment versatility.

Hot-Swappable Functionality

The Startech SFP10GSRSST supports hot-swappable operation, enabling installation and replacement without shutting down connected networking equipment. This capability minimizes service interruptions and facilitates efficient maintenance procedures.

Hot-swappable functionality is especially valuable in mission-critical environments where network availability and uptime are essential operational requirements.

Enterprise Data Center Applications

Server Connectivity Infrastructure

Modern servers generate significant network traffic due to virtualization, cloud services, application hosting, and storage operations. The Startech SFP10GSRSST provides the bandwidth necessary to support these workloads while maintaining reliable communication between servers and network switches.

High-speed optical connectivity enables efficient resource utilization and supports performance-sensitive business applications.

Virtualization Environment

Virtualized infrastructures require substantial network bandwidth to accommodate virtual machine migrations, distributed computing workloads, and centralized storage access. The 10Gbps performance capabilities of the transceiver help support these demanding operational requirements.

Reliable optical communication ensures stable connectivity between virtualization hosts and associated network resources.

Cloud Computing Deployments

Cloud environments depend on high-performance networking to facilitate resource sharing, workload distribution, and application delivery. The transceiver contributes to cloud infrastructure efficiency by enabling rapid data exchange across interconnected systems.

Consistent optical performance supports scalable cloud architectures and helps maintain service quality for end users.

Storage Networking Applications

Storage systems frequently require high-bandwidth connections to accommodate backup operations, database transactions, replication processes, and disaster recovery workflows. The Startech SFP10GSRSST supports these activities through dependable 10 Gigabit optical connectivity.

Efficient storage networking contributes to improved data availability and enhanced operational performance across enterprise environments.

Enhanced Thermal Performance

Efficient thermal management characteristics support stable operation in densely populated networking environments. Heat dissipation considerations help maintain component reliability and promote consistent performance during continuous operation.

Effective thermal design contributes to extended operational lifespan and improved infrastructure dependability.

Low Error Transmission Characteristics

The Startech SFP10GSRSST is engineered to support low bit error rates and dependable optical communication. Accurate signal generation and reception mechanisms help maintain data integrity across supported transmission distances.

Reliable data transport is essential for enterprise applications, storage systems, virtualization platforms, and mission-critical business services that depend on uninterrupted network connectivity.

Compatibility and Integration Features

Broad Network Equipment

The module is designed to integrate with compatible networking devices that support SFP+ optical transceivers. This broad compatibility enables deployment across diverse enterprise infrastructures while simplifying network modernization projects.

Organizations can leverage existing hardware investments while implementing high-speed optical connectivity solutions tailored to operational requirements.

Switch Integration Capabilities

Enterprise switches frequently serve as the foundation of high-performance network architectures. The transceiver supports switch connectivity requirements by providing reliable optical communication channels for aggregation, distribution, and access layer deployments.

Stable switch integration facilitates efficient traffic management and supports scalable network growth strategies.

Router Connectivity Applications

Routers responsible for inter-network communication benefit from dependable high-speed optical links. The transceiver enables efficient data exchange between routing platforms and associated infrastructure components while maintaining consistent network performance.

Reliable router connectivity contributes to optimized traffic flow and enhanced overall network responsiveness.

Infrastructure Upgrade Flexibility

The Startech SFP10GSRSST allows organizations to transition from lower-speed network technologies to 10 Gigabit Ethernet environments using established fiber infrastructure. This flexibility simplifies upgrade initiatives, supports evolving bandwidth requirements, and enables cost-effective modernization strategies while preserving network reliability and operational efficiency.