XVR-10006-20 Arista 1000BASE-LX SFP Transceiver

Details of Arista 1000BASE-LX SFP Transceiver

The XVR-10006-20 Arista 1000BASE-LX SFP Transceiver is a reliable Gigabit Ethernet optical module designed for seamless integration into enterprise and data center networks, offering stable long-distance connectivity over single-mode fiber.

Main Information

• Manufacturer: Arista
• Part Number: XVR-10006-20
• Device Type: Optical Transceiver

Technical Specifications

• Data Rate: 1 Gbps
• Wavelength: 1310 nm
• Maximum Distance: Up to 10 kilometers

Fiber & Connector

• Fiber Type: Single-Mode Fiber
• Connector Type: Duplex LC

Form Factor

• Design: Hot-pluggable SFP module

Key Advantages

• Stable Gigabit Ethernet connectivity
• Extended reach up to 10 km
• Compact hot-swappable design
• Compatible with single-mode fiber infrastructure

Arista XVR-10006-20 1GBPS 1310nm Transceiver Overview

The Arista XVR-10006-20 1GBPS 1000Base-LX Single-Mode Fibre 1310nm 10km Duplex LC Connector SFP Transceiver Module is engineered for enterprise-grade networking environments that require stable long-distance optical communication, consistent data transmission performance, and seamless integration with advanced networking infrastructure. Designed for Gigabit Ethernet connectivity, this optical transceiver module enables dependable fiber communication across single-mode fiber networks while maintaining excellent signal quality and low latency. Organizations that rely on scalable data transport, high-speed communication, and uninterrupted network operations frequently deploy this transceiver to optimize connectivity between switches, routers, storage systems, and data center infrastructure.

The module supports 1000Base-LX standards and utilizes a 1310nm optical wavelength to achieve transmission distances of up to 10 kilometers over single-mode fiber cabling. Its duplex LC connector design ensures secure and efficient fiber connectivity while supporting high-density network deployments. The compact Small Form-Factor Pluggable architecture allows hot-swappable installation and minimizes operational downtime during maintenance or upgrades. As businesses continue to expand digital infrastructure and cloud-based environments, reliable optical transceivers such as the Arista XVR-10006-20 become critical components for maintaining high-performance network ecosystems.

High-Performance Gigabit Ethernet Connectivity

Reliable 1GBPS Optical Networking

The Arista XVR-10006-20 transceiver module is specifically designed to deliver stable 1GBPS Gigabit Ethernet connectivity for enterprise and carrier-grade networking applications. Gigabit Ethernet remains a foundational technology for organizations requiring dependable bandwidth for file transfers, virtualization, cloud access, unified communications, and storage networking. This module supports high-speed data transmission while maintaining low signal degradation over extended distances.

Modern business environments depend heavily on continuous data exchange between servers, storage arrays, switches, and remote infrastructure. The 1000Base-LX standard supported by this module ensures compatibility with a broad range of enterprise networking equipment while providing excellent optical performance across single-mode fiber cabling. The combination of consistent throughput and long-distance support makes this transceiver suitable for campus networks, metropolitan networks, branch office connectivity, and enterprise backbone deployments.

Enhanced Signal Integrity

Optical signal quality plays a vital role in maintaining network reliability and minimizing packet loss. The Arista XVR-10006-20 utilizes advanced optical components and precision manufacturing techniques to ensure strong signal integrity throughout the transmission process. By operating at a 1310nm wavelength, the module efficiently transmits optical signals with minimal attenuation across single-mode fiber links.

Improved signal integrity contributes to reduced retransmissions, lower latency, and enhanced application performance. Organizations running business-critical workloads such as database management systems, cloud computing environments, video conferencing platforms, and virtual desktop infrastructure benefit significantly from stable optical connectivity that minimizes communication disruptions.

1000Base-LX Technology Advantages

Long-Distance Fiber Transmission

The 1000Base-LX networking standard is widely recognized for supporting long-range optical communication over single-mode fiber infrastructure. The Arista XVR-10006-20 leverages this technology to provide transmission distances of up to 10 kilometers, making it ideal for organizations with geographically distributed infrastructure.

Long-distance fiber communication is essential for connecting remote buildings, branch offices, industrial facilities, educational campuses, and large enterprise environments. Unlike copper-based networking solutions that face distance limitations and electromagnetic interference challenges, optical fiber networks maintain consistent performance over much greater distances while delivering superior reliability and data integrity.

Efficient Network Backbone Connectivity

Enterprise backbone networks require high-speed communication channels that can handle substantial volumes of traffic between core network devices. The Arista XVR-10006-20 supports efficient backbone connectivity by enabling high-bandwidth optical communication between aggregation switches, distribution switches, and core routers.

By deploying optical transceivers within backbone infrastructure, organizations can improve overall network performance, reduce congestion, and enhance traffic management capabilities. The module’s support for Gigabit Ethernet communication ensures compatibility with a wide variety of existing enterprise networking systems while supporting future infrastructure expansion initiatives.

Reduced Electromagnetic Interference

Fiber optic communication provides substantial advantages over traditional copper networking technologies in environments susceptible to electromagnetic interference. Since optical fiber transmits data using light rather than electrical signals, the Arista XVR-10006-20 enables highly reliable communication even in industrial facilities, manufacturing plants, and electrically noisy environments.

This immunity to electromagnetic interference contributes to improved network uptime and data accuracy. Organizations operating mission-critical systems benefit from stable optical communication that is resistant to environmental disruptions and electrical fluctuations.

Single-Mode Fiber Network Optimization

Advantages of Single-Mode Fiber Infrastructure

Single-mode fiber technology is widely utilized in enterprise and telecommunications environments due to its ability to support long-distance communication with minimal signal attenuation. The Arista XVR-10006-20 is optimized for single-mode fiber networks and delivers reliable optical transmission across extended distances without compromising performance.

Single-mode fiber infrastructure offers several operational benefits, including higher bandwidth capacity, lower attenuation rates, and improved scalability for future network growth. As organizations continue adopting data-intensive technologies and cloud-based applications, single-mode fiber provides the performance foundation required for evolving network demands.

Future-Ready Network Expansion

Scalability remains a primary concern for modern organizations investing in networking infrastructure. The Arista XVR-10006-20 supports scalable network growth by enabling long-range optical connectivity that can easily accommodate future expansion projects. Enterprises deploying fiber optic infrastructure gain the flexibility to increase network capacity and extend connectivity without major architectural changes.

The use of standardized 1000Base-LX technology also simplifies future upgrades and interoperability with additional networking equipment. Businesses seeking long-term infrastructure investments often choose single-mode fiber solutions because they support both current operational requirements and future bandwidth demands.

1310nm Optical Wavelength Efficiency

Optimized Optical Transmission

The 1310nm operating wavelength utilized by the Arista XVR-10006-20 provides highly efficient optical communication across single-mode fiber networks. This wavelength is commonly used in enterprise optical networking because it offers low dispersion and reliable signal propagation over extended distances.

Efficient wavelength operation contributes to stable transmission quality and consistent network performance. By minimizing optical signal degradation, the module helps ensure reliable data communication between interconnected devices across enterprise infrastructure.

Improved Long-Range Communication Stability

Maintaining stable communication across long-distance fiber links requires precise wavelength management and optical engineering. The 1310nm wavelength used in this transceiver module supports dependable long-range connectivity while reducing transmission errors and maintaining signal clarity.

Organizations relying on uninterrupted data communication for cloud services, virtual environments, and distributed computing infrastructures benefit from the stable optical characteristics provided by 1310nm transmission technology.

Duplex LC Connector Design

Secure Fiber Connectivity

The duplex LC connector interface integrated into the Arista XVR-10006-20 provides secure and reliable optical connectivity for enterprise networking environments. LC connectors are widely recognized for their compact form factor, precision alignment, and high-performance optical characteristics.

Secure fiber connections are essential for maintaining signal integrity and preventing connectivity disruptions. The duplex configuration supports simultaneous transmit and receive communication channels, enabling full-duplex Gigabit Ethernet operation for enhanced network efficiency.

High-Density Deployment Support

Modern data centers and enterprise networks frequently require high-density port configurations to maximize infrastructure efficiency. The compact LC connector design allows network administrators to deploy large numbers of optical connections within limited rack space while maintaining organized cable management.

Efficient port density contributes to improved scalability and simplified infrastructure expansion. Organizations managing complex network environments benefit from the reduced space requirements associated with LC connector technology.

Hot-Swappable SFP Architecture

Minimized Operational Downtime

The Small Form-Factor Pluggable design of the Arista XVR-10006-20 enables hot-swappable installation and replacement without requiring system shutdowns. This capability significantly reduces operational downtime and allows network administrators to perform maintenance tasks while keeping critical services operational.

Hot-swappable functionality is particularly valuable in enterprise environments where continuous uptime is essential for maintaining productivity, customer services, and business continuity. The ability to replace or upgrade transceivers without disrupting network operations contributes to more efficient infrastructure management.

Enterprise Data Center Applications

Data Center Interconnect Solutions

Data centers require high-speed, low-latency communication channels to support virtualization, cloud computing, storage networking, and application delivery services. The Arista XVR-10006-20 provides reliable optical connectivity for interconnecting switches, servers, and storage platforms within data center environments.

Efficient data center interconnectivity improves workload distribution, resource utilization, and application responsiveness. By utilizing optical communication technology, organizations can support increasing data traffic volumes while maintaining consistent network performance.

Virtualization Infrastructure Support

Virtualized environments generate substantial east-west traffic between servers and storage systems. The Arista XVR-10006-20 supports the bandwidth and reliability requirements associated with virtualization platforms by enabling stable Gigabit Ethernet communication across optical infrastructure.

Reliable network performance is essential for virtual machine migration, storage access, backup operations, and high-availability configurations. Optical transceivers help ensure that virtualized workloads maintain optimal performance under varying traffic conditions.

Campus Network Deployment Scenarios

Educational Institution Connectivity

Educational campuses often require long-distance network connectivity between academic buildings, research facilities, administrative offices, and data centers. The Arista XVR-10006-20 provides an effective solution for establishing high-speed optical links across campus environments while maintaining stable communication performance.

Fiber optic infrastructure supports bandwidth-intensive educational applications such as online learning platforms, multimedia streaming, digital libraries, and collaborative research systems. The module’s long-range capabilities enable institutions to extend network coverage without compromising performance.

Corporate Campus Networking

Large corporate campuses depend on reliable backbone connectivity to support communication between distributed office locations and centralized IT infrastructure. The Arista XVR-10006-20 enables efficient optical networking across corporate environments while supporting high-bandwidth business applications.

Organizations benefit from improved collaboration, faster data access, and enhanced operational efficiency through reliable optical communication infrastructure. Fiber-based networking also provides long-term scalability for expanding enterprise operations.

Carrier and Telecommunications Applications

Metropolitan Area Network Integration

Telecommunications providers and service operators frequently deploy optical transceivers within metropolitan area networks to support regional connectivity and service delivery. The Arista XVR-10006-20 supports stable optical communication across urban networking environments and enables efficient data transport between network nodes.

Metropolitan network infrastructure must handle significant traffic volumes while maintaining service reliability and low latency. Optical networking technology provides the performance foundation required for broadband services, enterprise connectivity, and cloud-based communication platforms.

Reliable Service Provider Infrastructure

Service providers require networking components capable of delivering continuous performance under demanding operational conditions. The Arista XVR-10006-20 is engineered to support carrier-grade reliability and long-term operational stability within telecommunications infrastructure.

Consistent optical communication helps providers maintain service quality, minimize outages, and support customer connectivity requirements. High-quality transceivers contribute to efficient network management and reduced maintenance overhead.

Compatibility and Interoperability Benefits

Integration with Arista Networking Equipment

The Arista XVR-10006-20 is designed for seamless integration with compatible Arista networking hardware, including enterprise switches and routing platforms. Optimized compatibility ensures reliable operation and simplifies deployment within existing network ecosystems.

Organizations utilizing Arista infrastructure benefit from streamlined installation procedures, enhanced performance consistency, and improved interoperability between network components. Native compatibility also supports simplified network management and monitoring processes.

Standards-Based Networking Support

Compliance with industry-standard networking specifications ensures broad interoperability with compatible Gigabit Ethernet systems. The 1000Base-LX standard enables organizations to deploy the transceiver within diverse infrastructure environments while maintaining reliable communication performance.

Standards-based networking promotes vendor flexibility, simplifies infrastructure planning, and supports long-term investment protection. Businesses can expand and modernize network infrastructure with confidence knowing that standardized components maintain interoperability across evolving technology environments.

Thermal Stability and Reliability

Efficient Heat Management

Optical transceiver reliability depends heavily on effective thermal management and stable operating conditions. The Arista XVR-10006-20 is engineered to maintain consistent performance across varying environmental conditions while minimizing thermal-related degradation.

Efficient heat dissipation contributes to improved operational longevity and reduced failure rates. Data centers and enterprise facilities operating high-density networking infrastructure benefit from transceivers capable of maintaining stable performance under continuous workloads.

Network Security and Data Integrity

Secure Optical Communication

Fiber optic communication provides inherent security advantages compared to traditional copper networking technologies. Since optical signals are transmitted through fiber strands rather than electrical conductors, unauthorized interception becomes significantly more difficult.

The Arista XVR-10006-20 supports secure enterprise communication by enabling optical transmission that is resistant to electromagnetic eavesdropping and signal interference. Organizations handling sensitive information benefit from the enhanced security characteristics associated with fiber-based networking.

Improved Data Accuracy

Maintaining accurate data transmission is essential for enterprise applications, cloud computing platforms, and financial systems. The optical design of the Arista XVR-10006-20 helps minimize transmission errors and maintain high levels of data integrity across network connections.

Accurate communication reduces the risk of corrupted data packets, retransmissions, and application performance issues. Businesses relying on real-time communication systems and critical transactional workloads benefit from dependable optical networking infrastructure.

Energy Efficiency and Infrastructure Optimization

Low Power Consumption Design

Energy efficiency has become increasingly important for organizations seeking to reduce operational costs and support sustainable IT initiatives. The Arista XVR-10006-20 is designed with efficient power utilization characteristics that help minimize energy consumption while delivering reliable optical communication performance.

Reduced power consumption contributes to lower cooling requirements and improved data center efficiency. Organizations operating large-scale networking environments can achieve meaningful energy savings by deploying efficient optical transceiver technology.

Optimized Rack Space Utilization

The compact SFP form factor allows organizations to maximize rack space utilization while supporting high-density networking configurations. Efficient space management is essential in modern data centers where infrastructure scalability and operational efficiency remain top priorities.

High-density optical deployments enable businesses to expand network capacity without requiring substantial increases in physical infrastructure space. This contributes to lower facility costs and more flexible network architecture planning.