XVR-10083-20 Arista 25GbE 100m MMF SFP28 Optical Transceiver

Arista XVR-10083-20 25GbE SFP28 Optical Transceiver Module

Product Overview

The Arista XVR-10083-20 is a high-speed 25GBASE-SR SFP28 transceiver module engineered for reliable and efficient short-range fiber networking. Designed to support modern enterprise and data center environments, this compact optical module delivers ultra-fast 25GbE connectivity across multimode fiber infrastructure with low latency and stable signal performance.

General Information of Arista XVR-10083-20

• Manufacturer: Arista
• Part Number: XVR-10083-20
• Product Type: Optical Transceiver Module
• Form Factor: SFP28
• Interface Type: SFP28 Pluggable

Networking Specifications

• Data Link Protocol: 25GBASE-SR
• Data Transfer Speed: 25 Gbps
• Transmission Medium: Multimode Fiber Optic
• Optical Wavelength: 850nm
• Maximum Distance: 100 meters

Optimized 25Gb Ethernet Connectivity

• Supports 25GbE high-speed networking
• Ideal for enterprise and hyperscale data centers
• Designed for low-latency optical communication
• Reliable short-distance fiber connectivity
• Compact hot-swappable SFP28 form factor

Enhanced Optical Signal Stability

• 850nm VCSEL laser technology
• Supports multimode fiber cabling
• Transmission distance up to 100m
• Efficient signal delivery for dense networking setups
• Reduced electromagnetic interference

Hot-Pluggable Convenience

• Easy installation and replacement
• Supports high-density network architecture
• Minimizes network downtime
• Compatible with SFP28-enabled switches and routers
• Space-saving compact design

Reliable Solution for Modern Data Centers

• Cloud computing infrastructure
• Enterprise core networking
• Top-of-rack switching
• Storage area networks (SAN)
• 25Gb Ethernet aggregation
• Virtualized server environments
• Data center interconnects

Benefits of Using the Arista XVR-10083-20 Transceiver

• Fast and stable 25Gbps communication
• Energy-efficient optical networking
• Low-latency data transmission
• Reduced cabling complexity
• Scalable infrastructure support
• Enterprise-grade networking reliability

Advantages of the Arista XVR-10083-20

• 25GbE SFP28 optical transceiver
• Supports multimode fiber optic networks
• 850nm short-range optical technology
• Transmission distance up to 100m
• Ideal for enterprise and data center deployments
• Compact hot-swappable design
• Reliable and high-performance fiber networking solution

Arista XVR-10083-20 25GbE 100m Optical Transceiver

The Arista XVR-10083-20 25GbE 100m MMF 25GBASE-SR SFP28 Optical Transceiver Module is engineered to support modern high-bandwidth Ethernet environments requiring reliable, low-latency, and high-density optical networking performance. Designed for 25 Gigabit Ethernet deployments, this SFP28 optical transceiver provides exceptional throughput capabilities while supporting short-range multimode fiber connectivity over distances up to 100 meters. In hyperscale data centers, enterprise switching infrastructures, virtualization clusters, and cloud networking architectures, the module delivers stable optical transmission with reduced power consumption and superior port density.

As organizations continue migrating toward high-performance computing and bandwidth-intensive applications, the demand for scalable optical transceiver solutions continues to increase. The Arista XVR-10083-20 enables efficient migration from 10GbE to 25GbE networking infrastructures while maximizing existing multimode fiber investments. The module is optimized for compatibility with Arista switching platforms and supports seamless integration into high-speed Ethernet ecosystems requiring dependable optical interconnectivity.

25GBASE-SR SFP28 Optical Technology and Performance

High-Speed 25GbE Transmission Architecture

The Arista XVR-10083-20 utilizes advanced 25GBASE-SR optical transmission technology to deliver 25 Gigabit Ethernet communication across multimode fiber networks. Compared to traditional 10GbE interfaces, 25GbE technology significantly improves bandwidth efficiency while maintaining similar cabling infrastructure requirements. This advancement enables network architects to increase throughput without proportionally increasing physical hardware complexity.

25GBASE-SR technology operates using short-wavelength optics optimized for multimode fiber environments. The SFP28 form factor provides compact, high-density optical connectivity that supports scalable switching and routing infrastructures. With increasing workloads generated by virtualization, AI clusters, cloud computing, and storage replication, 25GbE interfaces have become essential for modern networking environments.

Enhanced Lane Efficiency Compared to 10GbE

One of the most important benefits of 25GbE architecture is its improved lane efficiency. Traditional 40GbE implementations frequently rely on four parallel 10Gbps lanes, while 25GbE networking utilizes single-lane 25Gbps technology. This streamlined architecture reduces cable complexity, minimizes hardware overhead, and improves operational scalability.

The Arista XVR-10083-20 supports efficient network design strategies that simplify deployment while maximizing switch port utilization. By enabling higher throughput within a smaller physical footprint, organizations can improve rack density and optimize overall network resource allocation.

Optimized for High-Density Data Center Environments

Modern data centers require networking hardware capable of supporting thousands of simultaneous connections while maintaining predictable latency and low power consumption. The Arista XVR-10083-20 is specifically engineered for these environments. Its compact SFP28 form factor allows network administrators to deploy large-scale 25GbE infrastructures within constrained rack space.

High-density switching platforms frequently require hundreds of optical ports within a single rack unit. The SFP28 design minimizes thermal output while preserving signal integrity and transmission reliability. This combination supports efficient airflow management and contributes to improved operational sustainability within large-scale facilities.

Multimode Fiber Support and 100-Meter Reach Capabilities

Reliable Short-Range Optical Connectivity

The Arista XVR-10083-20 supports transmission distances up to 100 meters over multimode fiber cabling. This reach capability is ideal for intra-rack, inter-rack, and short-distance aggregation deployments commonly found in enterprise and hyperscale environments. The module delivers consistent optical signal performance with minimal attenuation and reliable data integrity.

Short-range multimode connectivity is particularly valuable for data center operators seeking cost-effective high-speed optical communication. Multimode fiber infrastructure is widely deployed in enterprise campuses and server facilities due to its affordability and simplified installation characteristics.

Compatibility with OM3 and OM4 Fiber Infrastructure

The transceiver module is designed to operate with industry-standard multimode fiber types including OM3 and OM4 cabling. These fiber standards are commonly utilized in modern Ethernet infrastructures due to their superior bandwidth characteristics and support for high-speed optical communication.

OM3 fiber provides dependable support for 25GbE transmission within standard data center environments, while OM4 cabling extends performance margins and improves signal quality. The ability to leverage existing multimode infrastructure significantly reduces deployment costs during network upgrades and bandwidth expansion projects.

Advantages of OM4 Fiber Deployments

OM4 multimode fiber offers enhanced modal bandwidth performance compared to earlier fiber generations. When paired with the Arista XVR-10083-20, OM4 cabling improves transmission stability and helps maintain consistent signal quality under demanding operational conditions.

Organizations deploying next-generation switching fabrics often select OM4 fiber to future-proof their infrastructure investments. The combination of Arista optical technology and high-performance multimode cabling creates a scalable foundation for evolving Ethernet requirements.

SFP28 Form Factor Benefits

Compact Design for Increased Port Density

The SFP28 form factor provides significant advantages for high-density networking platforms. Compared to larger optical module standards, SFP28 transceivers occupy less physical space while supporting substantially higher throughput. This allows network equipment manufacturers to integrate more ports into compact switching systems.

The Arista XVR-10083-20 supports dense deployment scenarios where maximizing switch capacity is critical. Data centers operating large-scale virtualization environments frequently require extensive east-west traffic communication between servers, storage arrays, and compute clusters. High-density SFP28 deployment strategies improve scalability without increasing rack complexity.

Reduced Power Consumption and Thermal Output

Power efficiency remains a critical consideration within modern networking infrastructures. The Arista XVR-10083-20 is engineered to minimize power usage while maintaining high-performance optical transmission. Lower power consumption contributes to reduced cooling requirements and improved energy efficiency across enterprise environments.

Thermal management is equally important in densely populated switching environments. Excessive heat generation can negatively impact network reliability and hardware lifespan. The optimized design of the SFP28 module supports stable operation within high-density chassis configurations.

Hot-Swappable Operational Flexibility

The hot-swappable nature of the Arista XVR-10083-20 enables administrators to install or replace transceivers without interrupting system operation. This functionality simplifies maintenance procedures and minimizes downtime during upgrades or hardware replacement activities.

Operational continuity is essential within mission-critical networking environments. Hot-swappable transceiver capabilities help maintain service availability while supporting efficient network lifecycle management practices.

Application Areas for Arista 25GbE Optical Transceiver Modules

Hyperscale Data Center Deployments

Hyperscale data centers require extremely efficient network architectures capable of handling massive traffic volumes with low latency and consistent reliability. The Arista XVR-10083-20 is ideally suited for spine-leaf networking topologies where high-bandwidth server interconnectivity is essential.

Cloud providers and hyperscale operators frequently deploy 25GbE connectivity to support virtualization clusters, software-defined networking platforms, distributed storage systems, and containerized workloads. The module enables scalable infrastructure expansion while maintaining operational consistency.

Enterprise Core and Aggregation Networks

Enterprise organizations increasingly adopt 25GbE technology within core and aggregation layers to support modern application demands. Bandwidth-intensive workloads including video collaboration, big data analytics, AI processing, and hybrid cloud connectivity require reliable high-speed Ethernet communication.

The Arista XVR-10083-20 enables enterprises to modernize network infrastructures while maintaining compatibility with existing multimode fiber deployments. This flexibility supports cost-effective migration strategies and long-term scalability planning.

High-Performance Computing Environments

High-performance computing clusters depend on ultra-fast communication between compute nodes, storage arrays, and distributed processing systems. Low latency and consistent throughput are essential for maintaining computational efficiency.

The Arista XVR-10083-20 supports demanding HPC environments by delivering stable 25GbE optical connectivity with minimal transmission delay. Research institutions, AI training environments, and scientific computing facilities benefit from the module’s high-speed communication capabilities.

AI and Machine Learning Infrastructure

Artificial intelligence and machine learning workloads generate enormous amounts of east-west traffic between GPU clusters, storage platforms, and compute nodes. High-speed optical interconnectivity plays a crucial role in minimizing bottlenecks and maximizing processing efficiency.

The Arista XVR-10083-20 contributes to scalable AI infrastructure design by supporting high-throughput optical networking with reliable short-range communication performance.

Arista Network Compatibility and Integration Advantages

Designed for Arista Ethernet Switching Platforms

The Arista XVR-10083-20 is engineered for compatibility with Arista networking hardware and Ethernet switching ecosystems. Native compatibility ensures stable interoperability, optimized performance, and simplified deployment within Arista environments.

Arista switches are widely recognized for low-latency performance, cloud-scale architecture, and advanced automation capabilities. The integration of certified optical transceivers helps maintain operational reliability across production networks.

Seamless Integration into Spine-Leaf Architectures

Spine-leaf networking topologies require predictable performance and scalable east-west traffic handling capabilities. The Arista XVR-10083-20 supports these architectures by enabling high-speed optical communication between leaf switches, spine switches, and connected compute infrastructure.

The module helps eliminate network bottlenecks while supporting balanced traffic distribution across large-scale data center fabrics. This architecture improves application responsiveness and infrastructure scalability.

Support for Modern Ethernet Standards

The transceiver complies with industry-standard Ethernet specifications for 25GBASE-SR operation. Standards compliance ensures interoperability across compatible networking platforms and supports predictable deployment outcomes.

Standards-based optical communication is essential for maintaining network flexibility and supporting future infrastructure expansion initiatives. The Arista XVR-10083-20 aligns with modern Ethernet requirements while delivering enterprise-grade optical performance.

Signal Integrity and Optical Transmission Reliability

Advanced Optical Components and Engineering

The Arista XVR-10083-20 incorporates advanced optical engineering techniques to maintain high signal integrity throughout transmission operations. Stable optical output, accurate wavelength control, and minimized signal distortion contribute to reliable data communication.

Consistent signal quality is essential for maintaining packet integrity within high-speed Ethernet environments. The module is designed to support continuous operation under demanding traffic conditions while preserving network stability.

Error Reduction and Data Integrity

Data integrity plays a vital role in enterprise and cloud networking environments. Optical transmission errors can negatively impact application performance, storage replication, and workload synchronization.

The Arista XVR-10083-20 supports reliable packet delivery with reduced bit error rates and optimized optical signaling performance. This reliability contributes to stable network operation across mission-critical infrastructures.

Low Latency Communication Performance

Low latency networking is increasingly important for real-time analytics, AI processing, financial applications, and distributed computing workloads. The transceiver’s optimized optical architecture supports rapid data transmission with minimal communication delays.

Consistent low-latency operation improves application responsiveness and enhances the efficiency of distributed networking systems operating within modern digital infrastructures.

Data Center Scalability and Future-Proofing Strategies

Migration Path from 10GbE to 25GbE

Many organizations continue transitioning from legacy 10GbE infrastructures toward higher-performance Ethernet standards. The Arista XVR-10083-20 provides an efficient migration path that improves bandwidth capacity without requiring complete infrastructure replacement.

25GbE networking delivers substantially higher throughput while leveraging familiar SFP-based deployment methodologies. This simplifies operational adoption and reduces administrative complexity during migration projects.

Support for Evolving Cloud Infrastructure Requirements

Cloud computing environments continue expanding in complexity and scale. Modern applications generate increasing amounts of network traffic due to virtualization, distributed storage, microservices, and real-time analytics.

The Arista XVR-10083-20 enables organizations to prepare for future bandwidth demands by supporting scalable 25GbE optical connectivity. Flexible deployment capabilities make the module suitable for both current and emerging infrastructure requirements.

Infrastructure Investment Protection

Preserving existing multimode fiber investments remains a major priority for enterprise network planners. The Arista XVR-10083-20 allows organizations to upgrade bandwidth performance while continuing to utilize installed OM3 and OM4 cabling infrastructure.

This approach minimizes capital expenditure while extending the operational value of existing fiber deployments. Strategic infrastructure reuse supports cost-efficient network modernization initiatives.

Operational Efficiency and Network Management Benefits

Simplified Deployment and Maintenance

The compact SFP28 design simplifies optical module installation and replacement procedures. Network administrators can efficiently deploy large quantities of transceivers while minimizing operational disruption.

Efficient deployment workflows are particularly important within hyperscale environments containing thousands of optical interfaces. Simplified maintenance procedures help reduce operational overhead and improve infrastructure manageability.

Reliable Long-Term Performance

Enterprise networking environments require hardware capable of sustaining continuous operation under demanding workloads. The Arista XVR-10083-20 is engineered for long-term reliability and operational stability.

Robust optical components, thermal optimization, and standards-compliant engineering contribute to consistent performance throughout extended deployment lifecycles. Reliable transceiver operation supports improved uptime and reduced maintenance requirements.

Support for Automated Network Environments

Modern data center operations increasingly rely on automation, orchestration, and software-defined networking frameworks. High-performance optical infrastructure serves as a foundational component within automated environments.

The Arista XVR-10083-20 supports scalable automated networking architectures by delivering predictable optical connectivity and stable Ethernet communication performance. This consistency enhances operational efficiency and infrastructure responsiveness.

Advantages of 25GbE Networking in Modern Digital Infrastructure

Improved Bandwidth Utilization

25GbE networking significantly improves bandwidth efficiency compared to earlier Ethernet standards. Organizations can support higher traffic volumes with fewer physical interfaces, reducing hardware complexity and simplifying cable management.

The Arista XVR-10083-20 contributes to optimized bandwidth allocation across enterprise, cloud, and hyperscale environments. Higher throughput capacity enables organizations to support growing application demands without excessive infrastructure expansion.

Reduced Network Congestion

Bandwidth limitations frequently create network congestion within high-density computing environments. Congestion negatively impacts application responsiveness, storage performance, and workload synchronization.

The deployment of 25GbE optical connectivity helps alleviate bottlenecks by increasing available bandwidth between servers, switches, and storage systems. The Arista XVR-10083-20 supports smoother traffic flow and improved overall network efficiency.

Enhanced Support for Virtualized Workloads

Virtualized environments generate substantial east-west traffic as workloads communicate across distributed infrastructure components. High-speed networking is essential for maintaining virtual machine performance and ensuring responsive application delivery.

The Arista XVR-10083-20 enables stable high-throughput communication between virtualization hosts, storage arrays, and orchestration systems. Improved connectivity supports efficient workload mobility and infrastructure scalability.

Cloud-Native Networking Optimization

Cloud-native applications rely on distributed microservices architectures requiring rapid inter-service communication. Optical networking infrastructure must support dynamic traffic patterns and scalable connectivity.

The Arista XVR-10083-20 helps optimize cloud-native environments by delivering reliable 25GbE Ethernet performance within compact and efficient optical networking architectures.