SFP1GBX40UES Startech Dell Emc SFP Upstream Transceiver Module

Overview of the Startech SFP1GBX40UES Transceiver Module

The StarTech SFP1GBX40UES 1Gb/s 1000Base-BX-U Multi-Mode Fibre 850nm 500m SFP GBIC Transceiver Module is designed to provide reliable Gigabit Ethernet connectivity for enterprise, campus, industrial, and data communication environments. 

General Information

• Manufacturer: Startech
• Part Number: SFP1GBX40UES
• Product Type: Transceiver Module

Technical Highlights

• Total Port: 1
• Connector Style: LC interface
• Port Details: 1 x LC Duplex 1000BASE-BX40-U link
• Transmission Standard: 1000BASE-BX40-U
• Ethernet Compatibility: Gigabit Ethernet

Media & Performance

• Cable Medium: Optical Fiber
• Fiber Mode: Single-mode operation

Network Efficiency

• Technology: Gigabit Ethernet
• Protocol: 1000BASE-BX40-U

Physical Characteristics

Design & Form Factor

• Design: Hot-swappable for quick replacement
• Form Factor: Compact transceiver design

Application & Usage

• Optimized for data networking environments
• Reliable solution for optical fiber communication

StarTech SFP1GBX40UES SFP Transceiver Module

Engineered for seamless integration into compatible networking equipment, this Small Form-Factor Pluggable transceiver delivers stable data transmission while maintaining low power consumption and excellent signal integrity. The module supports 1 Gigabit per second communication speeds, enabling efficient network expansion and optimized bandwidth utilization for modern infrastructure deployments.

Built according to industry-standard SFP specifications, the transceiver allows network administrators to deploy scalable fiber optic connections without requiring extensive hardware modifications. Its compact hot-swappable design enables insertion and removal without interrupting system operation, reducing maintenance downtime and simplifying network management procedures.

Gigabit Ethernet Connectivity for Modern Networks

Gigabit Ethernet remains one of the most widely deployed networking technologies across enterprise and commercial infrastructures. The StarTech SFP1GBX40UES transceiver supports 1000Base-BX-U communication standards, providing dependable network connectivity for switches, routers, media converters, network interface cards, and various fiber-enabled devices.

The module facilitates high-speed communication between network endpoints while maintaining low latency and stable throughput. Organizations utilizing bandwidth-intensive applications benefit from the consistent performance offered by the transceiver, ensuring efficient transport of business-critical data, voice communications, cloud applications, and multimedia content.

Optimized Data Transmission Stability

Network stability is a critical factor in enterprise environments. The StarTech SFP1GBX40UES incorporates advanced optical components designed to minimize transmission errors and maintain signal quality over supported distances. This helps reduce packet loss, retransmissions, and performance bottlenecks that can negatively affect network operations.

By maintaining consistent optical performance characteristics, the module contributes to improved overall network reliability and supports continuous business operations across interconnected infrastructure components.

Optical Technology and Fiber Communication Capabilities

The transceiver utilizes advanced optical communication technology to convert electrical signals into optical signals for transmission over fiber infrastructure. This conversion process enables high-speed data transfer while minimizing electromagnetic interference and signal degradation commonly associated with traditional copper networking media.

Fiber optic communication offers significant advantages in environments where long-term reliability, electromagnetic immunity, and network scalability are essential. The StarTech SFP1GBX40UES leverages these benefits to provide dependable communication across various networking scenarios.

850nm Optical Wavelength Operation

The module operates using an 850nm optical wavelength, a commonly utilized wavelength within fiber optic communication systems. This wavelength enables efficient signal propagation through supported fiber media while maintaining dependable communication performance.

Optical components designed around the 850nm spectrum provide effective signal transmission and reception capabilities, allowing the transceiver to deliver consistent network performance across supported deployment distances.

Enhanced Signal Integrity

Signal integrity plays a vital role in ensuring successful data transmission. The optical architecture of the StarTech SFP1GBX40UES supports accurate signal conversion and propagation, helping maintain data accuracy throughout the communication process.

The integrated optical transmitter and receiver work together to preserve communication quality, supporting error-free transmission in properly configured network environments.

500 Meter Transmission Distance Support

The StarTech SFP1GBX40UES supports fiber communication distances of up to 500 meters, making it suitable for a wide range of enterprise networking applications. This distance capability allows organizations to connect equipment located in separate rooms, buildings, departments, or infrastructure zones without sacrificing communication quality.

Extended transmission capability provides greater flexibility during network design and deployment. Administrators can strategically position network equipment while maintaining efficient communication links throughout the infrastructure.

Campus and Enterprise Network Expansion

Many organizations require fiber connectivity between distribution closets, server rooms, equipment racks, and departmental locations. The 500-meter reach of the transceiver enables practical deployment across medium-distance network segments commonly found within business environments.

The module can support backbone connections, aggregation links, and network extension projects where dependable Gigabit communication is required between geographically separated devices.

Infrastructure Scalability Advantages

Scalable network infrastructure is essential for organizations anticipating future growth. By supporting fiber communication over substantial distances, the StarTech SFP1GBX40UES assists administrators in developing flexible network architectures capable of accommodating additional devices, users, and applications.

This scalability helps protect infrastructure investments while supporting future network expansion initiatives.

SFP Form Factor Design and Deployment Flexibility

The Small Form-Factor Pluggable architecture of the StarTech SFP1GBX40UES offers significant deployment flexibility across numerous networking platforms. The compact dimensions allow network equipment manufacturers to provide multiple SFP ports within limited chassis space, maximizing connectivity density.

Organizations benefit from the modular nature of SFP technology because network links can be customized based on specific transmission requirements. Administrators can select transceivers optimized for particular distances, fiber types, and network applications without replacing the entire networking device.

Hot-Swappable

One of the key advantages of SFP technology is hot-swappable functionality. The StarTech SFP1GBX40UES can be installed or replaced while compatible equipment remains operational, minimizing network disruption and simplifying maintenance procedures.

This capability is particularly valuable in enterprise environments where downtime can impact productivity and business operations.

Compatibility with Network Infrastructure Equipment

The StarTech SFP1GBX40UES is designed to operate with a broad range of compatible networking devices that support standard SFP transceiver technology. This versatility enables deployment across diverse network infrastructures and equipment ecosystems.

Compatible devices may include managed switches, Layer 2 switches, Layer 3 switches, routers, firewalls, media converters, network appliances, and optical networking platforms equipped with supported SFP interfaces.

Integration with Enterprise Switches

Enterprise switching platforms frequently utilize SFP ports to provide flexible fiber connectivity options. The transceiver enables these platforms to establish reliable optical communication links while supporting Gigabit Ethernet network services.

Switch-to-switch uplinks, aggregation links, and backbone connections can all benefit from the stable performance characteristics of the module.

Router Connectivity Applications

Routers serving branch offices, campus networks, and distributed enterprise infrastructures often require dependable fiber connectivity. The StarTech SFP1GBX40UES supports these requirements by providing efficient Gigabit communication capabilities suitable for routing applications.

Optical Component Engineering and Reliability

The internal optical architecture of the transceiver incorporates precision-engineered components that contribute to long-term operational reliability. High-quality transmitter and receiver assemblies help ensure stable optical performance throughout the product lifecycle.

Reliable optical operation is essential for minimizing network disruptions and maintaining communication continuity across connected infrastructure components.

Laser and Receiver Performance

The optical transmitter generates controlled light signals that carry digital information across fiber media. Correspondingly, the receiver accurately interprets incoming optical signals and converts them back into electrical data suitable for processing by networking equipment.

Carefully engineered optical subsystems help maintain communication quality while supporting consistent network operation.

Long-Term Operational Stability

Stable component performance contributes to dependable network functionality over extended deployment periods. The transceiver is designed to support continuous operation in demanding networking environments where reliability remains a critical requirement.

Network Efficiency and Data Throughput Benefits

The Gigabit bandwidth provided by the StarTech SFP1GBX40UES supports efficient data transfer across connected network segments. This bandwidth capacity enables organizations to accommodate diverse workloads, including file sharing, virtualization traffic, cloud connectivity, database access, and collaborative applications.

Consistent throughput helps maintain application responsiveness while supporting productivity-enhancing technologies utilized throughout modern business environments.

Support for High-Volume Data Traffic

As organizations increasingly rely on digital workflows, network infrastructure must support growing traffic demands. The transceiver enables Gigabit-speed communication capable of handling substantial data volumes while maintaining stable performance characteristics.

This capability supports environments where multiple users and applications simultaneously access shared network resources.

Optimized Backbone Connectivity

Network backbone links serve as critical pathways for traffic movement between infrastructure segments. The StarTech SFP1GBX40UES can support backbone communication requirements by providing dependable Gigabit optical connectivity across supported distances.

Enterprise Deployment Scenarios

The versatility of the StarTech SFP1GBX40UES makes it suitable for numerous deployment scenarios throughout enterprise and commercial environments. Organizations can utilize the module to enhance connectivity, improve infrastructure flexibility, and support evolving networking requirements.

Data Center Connectivity

Within data center environments, the transceiver can facilitate communication between network switches, storage platforms, server infrastructure, and management systems. Reliable Gigabit connectivity supports efficient resource access and infrastructure coordination.

Server Room Applications

Server rooms often require dependable optical connections between networking equipment and critical computing resources. The module's performance characteristics support stable communication pathways that contribute to overall infrastructure reliability.

Educational Institution Networks

Schools, colleges, and universities frequently deploy fiber connectivity to interconnect buildings, laboratories, administrative facilities, and learning environments. The 500-meter transmission capability allows the transceiver to support numerous educational networking applications.

Business Campus Connectivity

Corporate campuses often consist of multiple buildings and distributed infrastructure resources. The StarTech SFP1GBX40UES can assist organizations in creating efficient optical communication links between campus network components while supporting centralized management strategies.

Thermal Performance and Energy Efficiency

Efficient thermal management is an important consideration in high-density networking environments. The StarTech SFP1GBX40UES is designed to operate within specified thermal parameters while maintaining reliable communication performance.

Low power consumption characteristics contribute to overall energy efficiency, helping organizations optimize operational costs while supporting sustainable infrastructure practices.

High-Density Network Deployments

Modern switches often contain numerous SFP ports operating simultaneously. Efficient transceiver design helps maintain acceptable thermal conditions within networking equipment, supporting stable operation even in dense deployment scenarios.

Power Optimization Benefits

Lower power consumption contributes to reduced heat generation and improved equipment efficiency. These characteristics can be particularly valuable in environments where multiple transceivers operate continuously throughout the network infrastructure.

Standards Compliance and Industry Integration

The StarTech SFP1GBX40UES is engineered to align with industry-standard SFP specifications, supporting interoperability within compatible networking ecosystems. Standards-based design promotes simplified deployment, predictable operation, and broader equipment compatibility.

Compliance with recognized networking standards helps organizations integrate optical connectivity solutions without introducing unnecessary complexity into existing infrastructure architectures.

Interoperability Advantages

Standards-based transceivers provide greater deployment flexibility by supporting operation across various compatible hardware platforms. This interoperability enables organizations to build and expand network environments while maintaining consistent communication capabilities.

Future Infrastructure Adaptability

As networking requirements evolve, modular SFP technology provides a practical path for infrastructure adaptation. The StarTech SFP1GBX40UES supports this flexibility by delivering dependable Gigabit optical connectivity suitable for numerous current and future networking applications.