SFP1GBX10DES Startech 1Gbps SFP-1G-BX10-D SM LC SFP Module Dell EMC Fiber

General Information

• Manufacturer: Startech
• Part Number: SFP1GBX10DES
• Product Type: Transceiver Module

Technical Highlights

• Module Type: SFP (mini-GBIC) transceiver
• System Compatibility: Designed for Gigabit Ethernet (GigE) networks
• Performance Speed: Supports up to 1Gbps data transfer
• Transmission Distance: Reliable operation over 10 km
• Downstream Capability: Optimized for long-distance communication

Reasons to Select Startech SFP1GBX10DES

Efficiency

• Ensures stable and consistent throughput for extended connections

Seamless Integration

• Compatible with a wide range of switches and routers for easy deployment

Additional Features and Benefits

Durability

• Constructed with premium-grade materials for resilience in demanding environments

Versatility

• Perfect for enterprise infrastructures and data center applications

Key Takeaways

• Reliable 1Gbps connectivity across 10 km fiber links
• Budget-friendly yet robust solution for professional networking

Startech SFP1GBX10DES Fiber SFP Transceiver Module

The Startech SFP1GBX10DES Fiber SFP Transceiver 1Gbps SFP-1G-BX10-D SM LC SFP Transceiver Module is engineered to provide reliable Gigabit Ethernet connectivity over single-mode fiber infrastructure. Designed to meet demanding enterprise networking requirements, this transceiver module enables efficient data transmission while maintaining compatibility with a broad range of networking equipment that supports industry-standard Small Form-Factor Pluggable interfaces. The compact design, advanced optical components, and dependable signal processing capabilities make this module a practical solution for modern network deployments requiring long-distance communication.

Operating as a bidirectional optical transceiver, the module utilizes wavelength division multiplexing technology to transmit and receive data over a single strand of single-mode fiber. This architecture significantly reduces fiber infrastructure requirements while maximizing available network resources. The transceiver supports a data transfer rate of 1Gbps, making it suitable for Gigabit Ethernet applications across campus networks, enterprise backbones, service provider environments, and industrial communication systems.

Single-Mode Fiber Communication Performance

The SFP-1G-BX10-D transceiver is specifically optimized for single-mode fiber applications. Single-mode fiber technology enables optical signals to travel greater distances with reduced attenuation and minimal signal distortion. By supporting long-distance communication links, the module becomes a valuable component for organizations requiring dependable connectivity between geographically separated network segments.

The optical design supports transmission distances of up to 10 kilometers under appropriate deployment conditions. This capability allows network administrators to connect buildings, branch offices, remote network closets, surveillance systems, and industrial facilities without requiring additional signal regeneration equipment. The ability to maintain stable Gigabit performance over extended distances contributes to efficient network expansion and infrastructure optimization.

Bidirectional Transmission Technology

One of the defining characteristics of the Startech SFP1GBX10DES transceiver is its bidirectional communication capability. Traditional fiber optic connections often require two fiber strands, one dedicated to transmission and the other to reception. The bidirectional architecture employed by this module enables both functions to operate over a single fiber strand through the use of different optical wavelengths.

This wavelength-based separation of transmit and receive channels improves fiber utilization and reduces cabling complexity. Organizations deploying new network infrastructure can achieve substantial savings in fiber resources while maintaining full-duplex communication performance. The efficient use of existing fiber infrastructure also makes the module an attractive option for network upgrades and expansion projects.

Optical Specifications and Transmission Characteristics

Advanced Wavelength Implementation

The Startech SFP1GBX10DES utilizes dedicated optical wavelengths to facilitate bidirectional communication. By separating transmit and receive operations through wavelength allocation, the transceiver ensures stable optical performance while minimizing interference. This architecture supports reliable signal integrity across long-distance fiber links and enables efficient operation within high-demand networking environments.

The implementation of wavelength-specific optical components contributes to enhanced network reliability. Precision optical filters and laser technologies help maintain signal quality, enabling accurate data delivery even in environments where network availability and performance are critical operational requirements.

Optical Signal Stability

Signal stability is a key consideration in fiber optic networking environments. The module incorporates high-quality optical components designed to maintain consistent performance across varying operating conditions. Stable optical output supports predictable network behavior and minimizes the likelihood of communication interruptions caused by signal degradation.

Carefully engineered optical pathways help ensure efficient transmission and reception characteristics. This design approach supports long-term operational consistency and contributes to dependable network infrastructure performance.

Receiver Sensitivity Characteristics

The receiver subsystem is engineered to detect incoming optical signals with high sensitivity. Enhanced receiver performance supports reliable data recovery across extended transmission distances and helps maintain communication integrity even when optical power levels experience expected reductions over long fiber runs.

The ability to accurately process incoming signals contributes to lower error rates and improved network stability. These characteristics are particularly important in enterprise and carrier-grade environments where uninterrupted data communication is essential.

Gigabit Ethernet Integration Capabilities

Support for 1000BASE-BX Networking Standards

The transceiver supports Gigabit Ethernet communication through compliance with established 1000BASE-BX networking technologies. This compatibility enables integration with a wide variety of switches, routers, media converters, network interface cards, and optical networking platforms that support Gigabit bidirectional fiber connectivity.

Standards-based operation simplifies deployment and ensures predictable interoperability across heterogeneous networking environments. Organizations can incorporate the module into existing infrastructure without requiring extensive modifications to network architecture or management processes.

Full-Duplex Data Transmission

Full-duplex communication enables simultaneous transmission and reception of data, maximizing available network bandwidth and improving overall efficiency. The SFP1GBX10DES transceiver supports full-duplex Gigabit operation, making it suitable for bandwidth-intensive enterprise applications and network services.

Applications such as file transfers, virtualization environments, cloud connectivity, video surveillance systems, and unified communications platforms benefit from consistent full-duplex performance. The transceiver helps maintain responsive network behavior while supporting modern business workloads.

Low Latency Communication

The optical architecture contributes to low-latency data transmission characteristics. Fast optical signal processing and efficient protocol support help minimize communication delays, allowing network devices to exchange information rapidly and accurately.

Low latency operation is particularly beneficial for environments supporting real-time applications, voice communications, video streaming, industrial automation, and data center interconnectivity.

Physical Design and Form Factor Features

Compact Small Form-Factor Pluggable Construction

The Small Form-Factor Pluggable design allows the transceiver to occupy minimal physical space while delivering high-performance optical networking capabilities. The compact dimensions facilitate deployment in high-density networking equipment where port availability and space efficiency are important considerations.

Network administrators can install multiple transceivers within a single switch or router chassis without compromising equipment density objectives. This scalability supports network growth while maintaining efficient rack utilization.

Hot-Pluggable Functionality

The hot-pluggable design enables installation and replacement without requiring network device shutdown. This feature reduces maintenance-related downtime and supports efficient operational management within enterprise and service provider environments.

Technicians can replace modules, perform upgrades, or implement network changes while preserving overall system availability. The ability to make modifications without service interruption contributes to improved operational flexibility.

Connector Interface

The module utilizes an LC optical connector interface designed for secure fiber connectivity and efficient signal transmission. LC connectors are widely adopted within enterprise networking environments due to their compact size, dependable performance, and ease of installation.

The connector design supports precise optical alignment, helping ensure stable signal transmission while minimizing insertion loss. Reliable connector performance contributes to consistent network operation across long deployment periods.

Network Infrastructure Deployment Scenarios

Enterprise Campus Connectivity

Enterprise campuses frequently require high-speed communication links between buildings and network distribution locations. The Startech SFP1GBX10DES transceiver supports these deployments by providing long-distance Gigabit connectivity over single-mode fiber infrastructure.

Organizations can establish dependable backbone connections linking core switches, distribution switches, security systems, and centralized data resources. The ability to operate across significant distances supports efficient campus-wide network design.

Data Center Interconnect Applications

Modern data centers depend on reliable optical connectivity to facilitate communication between network infrastructure components. The transceiver supports data center interconnect requirements by enabling Gigabit fiber links between switching platforms, storage environments, and network aggregation layers.

The module's optical performance characteristics help ensure stable communication within mission-critical computing environments. Efficient data transmission contributes to predictable application performance and infrastructure reliability.

Remote Network Extension

Organizations extending network services to remote facilities often require long-distance optical communication solutions. The SFP1GBX10DES transceiver enables efficient deployment of Gigabit connectivity to branch offices, warehouses, manufacturing facilities, educational campuses, and utility installations.

The long-reach optical capabilities reduce the need for intermediate networking equipment, simplifying deployment and lowering infrastructure complexity.

Reliability and Operational Durability

Industrial-Grade Component Selection

The transceiver incorporates carefully selected optical and electronic components designed to support long-term operational stability. High-quality manufacturing processes contribute to reliable performance across diverse deployment environments.

Consistent component quality helps reduce operational disruptions and supports predictable network behavior throughout the module's service life. Reliability remains a critical factor for organizations deploying optical networking infrastructure in business-critical applications.

Thermal Performance Optimization

Efficient thermal management contributes significantly to transceiver reliability. The module is engineered to dissipate heat effectively while maintaining stable operating conditions for internal optical and electronic components.

Controlled thermal behavior helps preserve signal integrity, extends component longevity, and supports consistent performance during continuous network operation. Thermal optimization is particularly important in high-density networking environments where equipment operates continuously.

Compatibility and Integration Advantages

Multi-Vendor Network Support

The transceiver is designed to support deployment across a broad range of networking platforms that utilize standard SFP interfaces. This flexibility enables organizations to integrate the module into mixed-vendor environments while maintaining consistent Gigabit Ethernet connectivity.

Compatibility with industry-standard networking architectures simplifies procurement processes and supports scalable infrastructure planning. Network administrators can deploy the module across diverse hardware platforms while preserving operational consistency.

Seamless Network Expansion

As network requirements evolve, organizations often need to extend connectivity without replacing existing infrastructure. The Startech SFP1GBX10DES facilitates incremental network growth by providing a standardized optical interface that integrates easily into established environments.

The module supports expansion initiatives involving additional buildings, network segments, storage systems, surveillance deployments, and distributed computing resources. Its standards-compliant design enables straightforward implementation while preserving existing network investments.