SFP10GSREMST Startech SFP+ Transceiver 10GBPS MM LC

The StarTech SFP10GSREMST SFP+ Transceiver is designed to provide users with a fast and reliable data transfer rate of 10Gbps. This impressive data rate allows for high-speed communication between devices, making it ideal for various applications that require quick and efficient data transmission.

General Information

• Manufacturer: Startech
• Part Number: SFP10GSREMST
• Product Type: Transceiver Module

Technical Highlights

• Total Ports: 1 x LC Duplex interface
• Connector Type: LC, engineered for multi-mode fiber optic cabling
• Network Interface: 10GBASE-SR Ethernet ensuring rapid communication
• Fiber Compatibility: Multi-mode optical fiber
• Ethernet Standard: 10 Gigabit Ethernet
• Network Technology: 10GBASE-SR, optimized for short-distance fiber connectivity

Application & Usage

• Primary Applications: Data Networking and Optical Infrastructure
• Usage Environment: Perfect for high-speed fiber optic data transfer

Form Factor

• Type: Hot-swappable design for effortless installation and replacement

Network Efficiency and Speed

• Transmission Speed: Up to 10 Gbps for uninterrupted data flow
• Distance Range: Effective for fiber runs up to 300 meters

Key Advantages

• Reliable and consistent high-speed connectivity
• Compact hot-swappable form factor for flexible deployment
• Optimized for short-range fiber optic communication

Compatibility & Reliability

• Designed for seamless integration with multi-mode fiber systems
• Ensures dependable performance in enterprise networking environments

Startech SFP10GSREMST 10GBPS SFP+ Transceiver Module

The Startech SFP10GSREMST 10Gbps 10GBase-SR Multi-Mode Fiber 400m 850nm LC Connector SFP+ Transceiver Module is designed to provide reliable and high-speed optical connectivity for modern enterprise, data center, and network infrastructure environments. Built around the Small Form-Factor Pluggable Plus standard, this transceiver delivers 10 Gigabit Ethernet performance while maintaining compatibility with a broad range of switches, routers, servers, storage systems, and networking appliances.

Engineered for short-range optical communication, the module utilizes 850nm wavelength transmission technology and supports multi-mode fiber cabling infrastructures. The compact design enables efficient port density in network equipment while delivering the bandwidth required by virtualization platforms, cloud environments, storage networks, and enterprise backbone deployments.

SFP+ Form Factor

The SFP+ architecture offers significant advantages compared to larger transceiver formats. The compact dimensions enable network administrators to maximize switch port density without sacrificing performance. The Startech SFP10GSREMST follows industry-standard SFP+ specifications, allowing seamless integration into compatible networking devices.

The hot-swappable design allows installation and replacement without shutting down critical network infrastructure. This capability minimizes downtime and supports continuous network operation during upgrades, maintenance activities, and hardware replacement procedures.

10GBase-SR Optical Technology

The module supports the 10GBase-SR Ethernet standard, which is specifically optimized for high-speed transmission over multi-mode optical fiber. This technology provides cost-effective deployment within data centers and enterprise facilities where short-distance high-bandwidth communication is required.

By leveraging short-range optical signaling, the transceiver delivers low latency and high throughput performance suitable for demanding applications including virtualization clusters, storage area networks, video streaming infrastructure, and cloud computing environments.

10 Gigabit Ethernet Performance Capabilities

High-Speed Data Transmission

The Startech SFP10GSREMST provides a full 10Gbps transmission rate, enabling organizations to meet increasing bandwidth requirements associated with modern business operations. The 10 Gigabit Ethernet standard represents a substantial improvement over traditional Gigabit Ethernet implementations, supporting significantly higher data transfer volumes.

This enhanced bandwidth capacity is particularly beneficial for applications involving large file transfers, virtualization traffic, database synchronization, backup operations, and high-performance computing environments. The transceiver ensures stable and consistent performance even under demanding network workloads.

Optimized Throughput Efficiency

Network environments utilizing the SFP10GSREMST benefit from optimized throughput characteristics that help reduce bottlenecks between critical infrastructure components. The optical design supports efficient signal transmission while maintaining data integrity across supported distances.

High-speed connectivity between switches, servers, and storage devices contributes to improved application responsiveness and overall network efficiency. Organizations can support growing traffic demands without compromising operational performance.

Low Latency Communication

Optical networking technologies inherently provide low latency communication compared to many traditional connectivity methods. The SFP10GSREMST facilitates rapid data movement between network endpoints, supporting applications that require fast response times and real-time processing capabilities.

Low latency performance is particularly valuable in financial systems, virtualization environments, cloud platforms, and high-performance storage networks where communication delays can impact operational efficiency.

850nm Optical Wavelength Technology

Short-Wave Laser Transmission

The transceiver operates at an 850nm wavelength, a standard frequency commonly utilized for multi-mode fiber networking applications. This wavelength is optimized for short-range communication and supports efficient optical signal propagation through compatible fiber infrastructure.

The use of short-wave laser technology enables reliable transmission while maintaining cost-effective deployment characteristics. The wavelength selection is widely adopted across enterprise and data center networking environments due to its proven performance and compatibility.

Signal Stability Characteristics

Advanced optical components contribute to signal stability and transmission consistency. The 850nm optical design minimizes transmission errors and supports dependable network operation under various environmental conditions.

Stable optical performance is essential for maintaining reliable connectivity between critical infrastructure components and ensuring uninterrupted access to business applications and services.

Data Integrity

The wavelength technology employed within the transceiver helps preserve data integrity throughout the transmission process. High-quality optical components and precision manufacturing standards contribute to reduced bit error rates and dependable communication performance.

Multi-Mode Fiber Connectivity Features

Compatibility with Multi-Mode Fiber Infrastructure

The Startech SFP10GSREMST is designed specifically for deployment within multi-mode fiber networks. Multi-mode fiber cabling remains a popular choice for enterprise and data center installations due to its balance of performance, affordability, and deployment flexibility.

The transceiver supports established multi-mode fiber standards, enabling organizations to leverage existing cabling investments while upgrading network bandwidth capabilities. This compatibility simplifies migration to 10 Gigabit Ethernet technologies.

Support for OM Fiber Standards

The module can operate across multiple generations of multi-mode fiber infrastructure, including modern high-performance cabling systems designed for 10 Gigabit Ethernet applications. Support for advanced fiber grades enhances deployment flexibility and network scalability.

Organizations can utilize the transceiver within structured cabling environments that incorporate various fiber types while maintaining reliable connectivity and performance expectations.

Enhanced Optical Performance

Multi-mode fiber technology provides efficient light propagation for short-distance communication scenarios. The transceiver is optimized to maximize performance across supported fiber infrastructures while ensuring reliable signal transmission.

This optimization contributes to dependable network operation and supports the bandwidth requirements of contemporary enterprise applications.

400 Meter Transmission Distance

Extended Reach for Enterprise Deployments

One of the key characteristics of the SFP10GSREMST is its support for transmission distances up to 400 meters over compatible multi-mode fiber. This reach capability enables deployment across large facilities, data center campuses, educational institutions, healthcare environments, and corporate offices.

The 400-meter operating range provides sufficient flexibility for connecting network equipment located in different rooms, floors, or building sections while maintaining 10 Gigabit Ethernet performance.

Data Center Interconnect Applications

Within data center environments, the transmission distance capability supports connectivity between server racks, aggregation switches, storage arrays, and network distribution infrastructure. The module enables efficient traffic movement throughout the facility.

Reliable distance performance helps organizations design scalable network architectures capable of accommodating future growth and infrastructure expansion.

Enterprise Backbone Connectivity

The transceiver can serve as a foundational component within enterprise backbone networks where high-capacity links are required between network segments. The combination of bandwidth and reach supports robust communication across organizational infrastructure.

LC Duplex Connector Implementation

Industry-Standard LC Interface

The Startech SFP10GSREMST incorporates an LC duplex optical connector, one of the most widely adopted interfaces in modern fiber networking environments. LC connectors provide compact dimensions, secure connectivity, and reliable optical alignment.

The duplex configuration supports simultaneous transmission and reception operations, enabling full-duplex communication necessary for 10 Gigabit Ethernet applications.

Space-Efficient

LC connectors occupy minimal physical space compared to larger connector formats. This compact profile complements the high-density nature of SFP+ transceivers and supports efficient utilization of networking equipment ports.

Organizations deploying large-scale switch infrastructures benefit from improved cable management and reduced space requirements within network cabinets and equipment racks.

Reliable Optical Coupling

Precision-engineered LC interfaces ensure consistent optical coupling performance. Secure connector engagement helps maintain signal quality and minimizes the risk of connectivity interruptions caused by improper fiber alignment.

Data Center Networking Applications

Server Connectivity Solutions

The transceiver is well suited for connecting high-performance servers to aggregation and top-of-rack switches within modern data centers. The 10Gbps bandwidth supports virtualization workloads, application hosting platforms, and cloud service environments.

Server infrastructures increasingly depend on high-speed networking to accommodate growing data demands, making 10 Gigabit optical connectivity an essential component of contemporary deployments.

Storage Network Integration

Storage systems generate significant network traffic, particularly during backup operations, replication activities, and large-scale data transfers. The SFP10GSREMST provides the bandwidth necessary to support storage networking requirements while maintaining reliable communication performance.

Efficient storage connectivity contributes to faster backup completion times, improved data availability, and enhanced operational productivity.

Virtualization Infrastructure

Virtualized environments frequently consolidate numerous workloads onto shared physical hardware platforms. This consolidation increases network traffic demands and requires high-capacity communication channels between servers, storage devices, and network switches.

The transceiver enables virtualization platforms to operate efficiently by providing consistent 10 Gigabit Ethernet connectivity throughout the infrastructure.

Enterprise Network Deployment Benefits

Scalable Network Expansion

Organizations planning network growth can utilize the SFP10GSREMST as part of scalable infrastructure strategies. The module supports increasing bandwidth requirements while maintaining compatibility with industry-standard networking equipment.

Scalable optical connectivity helps businesses accommodate future application demands, user growth, and digital transformation initiatives without requiring extensive infrastructure redesign.

Infrastructure Modernization

Many enterprises continue transitioning from legacy Gigabit Ethernet environments toward higher-speed networking architectures. The transceiver supports modernization initiatives by delivering enhanced bandwidth and performance capabilities.

Network upgrades utilizing 10 Gigabit optical connectivity can improve overall operational efficiency and support evolving business requirements.

Reliability in Mission-Critical Environments

Mission-critical applications require dependable communication infrastructure capable of maintaining consistent performance under demanding conditions. The SFP10GSREMST is engineered to support continuous operation within professional networking environments.

Reliable optical communication helps reduce disruptions and supports uninterrupted access to essential business services and applications.

Compatibility and Interoperability Features

Broad Equipment Support

The transceiver is designed for compatibility with a wide range of networking platforms that support SFP+ optical modules. This interoperability simplifies deployment and reduces integration complexity across heterogeneous network environments.

Organizations can deploy the module within diverse infrastructure ecosystems while maintaining consistent connectivity performance and operational reliability.

Standards-Based Implementation

Compliance with established networking standards contributes to predictable operation and broad interoperability. Standards-based design principles ensure that the transceiver can function effectively within modern networking architectures.

This adherence to industry specifications supports seamless integration with compatible hardware from multiple vendors.

Plug-and-Play Deployment Advantages

Network administrators benefit from simplified installation procedures enabled by standards-compliant design. The module can be inserted into supported SFP+ ports and quickly incorporated into existing network infrastructures.

Reduced deployment complexity helps minimize implementation time and supports efficient network maintenance practices.

Operational Stability

Efficient Power Consumption

The Startech SFP10GSREMST is engineered to deliver high-speed optical performance while maintaining efficient power characteristics. Lower power consumption contributes to reduced heat generation and improved operational efficiency within densely populated networking environments.

Efficient operation is particularly important in data centers where power utilization and thermal management directly influence infrastructure costs and overall system performance.

Consistent Environmental Performance

The module is designed to operate reliably across standard networking equipment environmental conditions. Robust construction and quality optical components contribute to stable operation throughout extended deployment periods.

Consistent performance characteristics help maintain dependable network connectivity and support business continuity objectives.

Optical Networking Performance Characteristics

Signal Quality Optimization

Advanced optical design elements support signal quality optimization throughout the transmission path. Precise component alignment and manufacturing accuracy contribute to efficient data transport and reduced signal degradation.

High-quality signal transmission is essential for achieving dependable 10 Gigabit Ethernet performance across enterprise and data center infrastructures.

Error Reduction Capabilities

The transceiver incorporates optical technologies that help minimize transmission errors and support reliable communication. Reduced error rates contribute to improved network efficiency and enhanced application performance.

Reliable data transport is particularly valuable in environments handling large data volumes, critical business processes, and high-performance computing workloads.