SFP1GBX10UES Startech Dell EMC SFP Transceiver Module

The StarTech SFP1GBX10UES is a high-performance SFP+ transceiver module designed to deliver superior connectivity and reliability for networking needs. 

General Information

• Manufacturer: Startech
• Model Number: SFP1GBX10UES
• Product Type: Optical Transceiver Module

Technical Highlights

• Total Port: 1
• Connector Type: LC Interface
• Supported Port: 1 x LC Duplex 1000BASE-BX10-U
• Transmission Medium: Optical Fiber
• Fiber Mode: Single-mode operation
• Ethernet Standard: Gigabit Ethernet
• Network Protocol: 1000BASE-BX10-U

Physical Characteristics

Design & Form Factor

• Hot-swap: Hot-swappable for quick replacement
• Compact Build: Space-efficient design suitable for dense networking environments

Networking Capabilities

• Primary Use: High-speed data transmission over single-mode fiber
• Deployment: Ideal for enterprise networking and optical backbone systems
• Efficiency: Ensures reliable Gigabit connectivity with minimal downtime

Key Advantages

• Seamless integration with Gigabit Ethernet infrastructure
• Durable and hot-swappable design for flexible operations
• Optimized for long-distance single-mode fiber communication

StarTech SFP1GBX10UES Single-Mode Fibre Transceiver

The StarTech SFP1GBX10UES 1Gb/s 1000Base-BX10 Single-Mode Fibre 1310nm 10km LC Connector SFP Transceiver Module is designed to provide reliable Gigabit Ethernet connectivity across single-mode fiber infrastructure. Engineered for enterprise, campus, metropolitan, and industrial networking environments, this Small Form-Factor Pluggable transceiver delivers dependable performance while supporting long-distance optical communication requirements. The module operates according to the 1000Base-BX10 networking standard, enabling high-speed data transmission over a single strand of optical fiber through bidirectional wavelength technology.

This transceiver utilizes a 1310nm transmit wavelength and is optimized for transmission distances of up to 10 kilometers over single-mode fiber cabling. By incorporating bidirectional optical communication, the module reduces fiber infrastructure requirements and helps maximize network efficiency. Organizations deploying Gigabit Ethernet services can benefit from simplified fiber management while maintaining high-performance connectivity between switches, routers, media converters, and other networking equipment.

Advanced Gigabit Ethernet Performance

Supporting data rates of up to 1Gb/s, the StarTech SFP1GBX10UES transceiver is engineered for applications requiring stable and continuous network communication. Gigabit Ethernet remains a widely deployed networking standard across enterprise infrastructures, providing sufficient bandwidth for file transfers, voice communication, video traffic, virtualization environments, and cloud-based services.

The module enables efficient transmission of Ethernet frames while maintaining signal integrity across extended distances. Its optical architecture minimizes electromagnetic interference and supports highly reliable communication compared to traditional copper-based networking technologies.

1000Base-BX10 Networking Standard

The 1000Base-BX10 specification is specifically developed to support bidirectional Gigabit Ethernet communication over single-mode fiber. Unlike traditional duplex fiber solutions requiring separate fibers for transmission and reception, BX technology allows both operations to occur over a single fiber strand.

This approach significantly reduces fiber consumption and simplifies deployment planning in environments where fiber resources may be limited. The StarTech SFP1GBX10UES module complies with these networking standards, ensuring compatibility with supported infrastructure and enabling efficient optical networking implementations.

Single-Mode Fiber Communication Architecture

Long-Distance Optical Transmission

Single-mode fiber technology provides superior distance capabilities compared to multimode alternatives. The StarTech SFP1GBX10UES leverages this advantage by supporting communication links extending up to 10 kilometers. Such capabilities make the transceiver suitable for inter-building connections, campus networking, remote office integration, and metropolitan access deployments.

The narrow optical core of single-mode fiber minimizes modal dispersion, allowing signals to travel longer distances while maintaining integrity. This characteristic contributes directly to consistent performance and reduced transmission errors.

Optimized Optical Signal Quality

The transceiver incorporates precision optical components designed to maintain stable light transmission characteristics. Advanced laser and receiver technologies help ensure efficient signal propagation through fiber infrastructure. Stable optical output contributes to improved network reliability, particularly in mission-critical environments where communication consistency is essential.

By maintaining accurate optical levels throughout operation, the module helps reduce packet loss and transmission interruptions while supporting continuous Gigabit Ethernet connectivity.

Reduced Signal Degradation

Single-mode fiber deployments often require optical components capable of minimizing attenuation and preserving signal quality over extended distances. The StarTech SFP1GBX10UES is engineered to operate within established optical power budgets, supporting dependable performance across compliant fiber installations.

1310nm Optical Wavelength Technology

Efficient Transmission Characteristics

The 1310nm wavelength utilized by the StarTech SFP1GBX10UES represents one of the most widely adopted transmission windows for single-mode optical communication. This wavelength offers favorable attenuation characteristics and supports stable data transmission over medium and long-distance fiber links.

Optical systems operating at 1310nm benefit from reduced chromatic dispersion compared to some alternative wavelengths, enabling efficient Gigabit Ethernet transport over extended network infrastructures.

Compatibility with BX Optical Networks

Bidirectional optical communication relies on carefully selected transmit and receive wavelengths. The StarTech SFP1GBX10UES forms part of a complementary BX transceiver pair, enabling simultaneous transmission and reception through wavelength division multiplexing techniques.

This architecture supports effective utilization of available fiber resources while maintaining full-duplex network communication capabilities.

Stable Optical Output Performance

Consistent optical output is essential for maintaining network reliability. The module's optical subsystem is engineered to provide stable wavelength operation, helping ensure predictable communication performance throughout its deployment lifecycle.

Bidirectional Fiber Communication Benefits

Single Fiber Network Optimization

Traditional duplex optical networking requires two fiber strands for communication. One strand transmits data while the second strand receives data. The StarTech SFP1GBX10UES utilizes bidirectional optical technology that allows both functions to occur on a single fiber strand.

This capability can significantly reduce fiber infrastructure requirements and improve utilization of existing cabling resources. Organizations can deploy high-performance Gigabit Ethernet connectivity while minimizing fiber consumption.

Enhanced Fiber Resource Utilization

Efficient use of available fiber assets is particularly valuable in environments where installing new cabling may be expensive or operationally challenging. BX technology allows network administrators to maximize the value of existing optical infrastructure.

SFP Form Factor Advantages

Compact Module Design

The Small Form-Factor Pluggable design enables high-density networking deployments. The compact dimensions of the StarTech SFP1GBX10UES allow networking equipment manufacturers to support multiple optical interfaces within limited chassis space.

This compact architecture is especially beneficial in enterprise switches, aggregation platforms, and data communication systems requiring numerous fiber connections.

Hot-Swappable Functionality

The transceiver supports hot-swappable operation, allowing installation and replacement without shutting down the host networking device. This capability minimizes service disruptions and simplifies maintenance activities.

Network administrators can perform upgrades, replacements, or reconfigurations while maintaining operational continuity across critical network environments.

Simplified Deployment Procedures

The standardized SFP format streamlines installation processes. Administrators can quickly insert the module into compatible SFP ports and establish optical connections through the LC interface, reducing deployment complexity.

LC Connector Interface

Industry-Standard Connectivity

The StarTech SFP1GBX10UES features an LC optical connector interface, one of the most widely used connector standards in modern fiber networking. LC connectors provide secure optical coupling while supporting compact port densities required by contemporary networking equipment.

The connector design helps ensure reliable optical alignment and minimizes insertion loss during network operation.

High-Density Fiber Deployments

LC connectors occupy less physical space compared to larger fiber connector types. This characteristic supports higher port density within switches, routers, and patch panels, enabling efficient use of rack space in enterprise and telecommunications environments.

Reliable Optical Coupling

Proper optical alignment is critical for maintaining transmission quality. The LC connector design incorporated into the transceiver helps support stable signal transfer and consistent communication performance across connected fiber links.

Network Compatibility and Integration

Enterprise Networking Applications

The StarTech SFP1GBX10UES is suitable for integration into enterprise networking infrastructures requiring Gigabit Ethernet optical connectivity. The module can be deployed within core networks, distribution layers, access networks, and remote connectivity applications.

Its design supports seamless operation with compatible networking equipment featuring standard SFP interfaces.

Switch and Router Connectivity

Modern switches and routers frequently incorporate SFP slots to provide flexible media connectivity options. The StarTech transceiver enables these platforms to establish long-distance fiber links while maintaining Gigabit Ethernet communication standards.

This flexibility supports evolving network architectures and changing connectivity requirements.

10km Distance Capability

Campus Network Connectivity

The 10-kilometer transmission range supports connectivity between multiple buildings across educational institutions, corporate campuses, healthcare facilities, and government complexes. Organizations can establish high-speed communication links without requiring intermediate signal regeneration equipment.

This capability simplifies network architecture while supporting centralized resource access and data exchange.

Metropolitan Network Deployments

Metropolitan networking environments frequently require reliable optical communication over several kilometers. The StarTech SFP1GBX10UES provides suitable performance characteristics for connecting distributed facilities within urban and suburban service areas.

Its optical design supports stable operation across these extended communication distances.

Remote Site Connectivity

Organizations operating branch offices, remote facilities, warehouses, and industrial locations can utilize the module to establish dependable fiber-based communication links. Long-distance optical connectivity helps ensure consistent access to centralized network resources.

Optical Performance and Reliability

Consistent Data Transmission

Reliable optical communication depends on precise transmitter and receiver operation. The StarTech SFP1GBX10UES incorporates optical components engineered to support stable data transmission under continuous network workloads.

Maintaining signal quality across varying operational conditions contributes to predictable communication performance and improved network availability.

Reduced Electromagnetic Susceptibility

Fiber optic communication is inherently resistant to electromagnetic interference. Unlike copper cabling, optical fiber does not conduct electrical signals, making it highly suitable for environments containing electrical equipment, industrial machinery, or high-voltage infrastructure.

The transceiver benefits from these characteristics while supporting dependable Gigabit Ethernet communication.

Network Stability Enhancement

Stable optical links help reduce communication disruptions and support continuous operation of business-critical applications. The module's optical architecture contributes to overall network reliability and operational consistency.