XVR-00060-02 Arista 40G SR 850NM Transceiver

Highlights of Arista 40G SR 850NM Transceiver

The XVR-00060-02 Arista 40G SR 850nm Transceiver is a high-speed optical module engineered for short-reach multimode fiber connectivity. It delivers reliable 40Gbps transmission, making it an excellent choice for enterprise networks, cloud infrastructures, and modern data centers.

Main Information

• Manufacturer: Arista
• Part Number: XVR-00060-02
• Device Type: Optical Transceiver

Technical Specifications

• Data Rate: 40 Gigabits per second
• Optical Wavelength: 850 nanometers
• Max Transfer Distance: 100 meters over OM3 MMF
• Extended Transfer Distance: 150 meters over OM4 MMF
• Digital Diagnostics Monitoring (DDM): Supported

Physical & Interface Specifications

• Form Factor: Plug-in module
• Connectivity Technology: Wired
• Cabling Type: 40GBASE-SR4
• Optical Media Type: Multimode Fiber (MMF)
• Connector Type: MPO-12 / MTP-12

Environmental Parameters

• Minimum Operating Temperature: 0°C (32°F)
• Maximum Operating Temperature: 70°C (158°F)

Key Benefits

High-Speed Connectivity

• Delivers 40Gbps throughput for advanced networking applications.
• Optimized for short-range multimode fiber deployments.

Energy Efficiency

• Designed to minimize power consumption while maintaining performance.
• Supports digital diagnostics monitoring for proactive maintenance.

Versatile Compatibility

• Works seamlessly with OM3 and OM4 multimode fiber standards.
• Interoperable with major networking equipment vendors.

Arista XVR-00060-02 40G 850NM QSFP+ Transceiver Overview

The Arista XVR-00060-02 QSFP-SR4 40G SR 850NM QSFP+ Optic Transceiver is engineered to support modern high-bandwidth networking environments that require dependable 40 Gigabit Ethernet connectivity across multimode fiber infrastructure. Designed for enterprise networks, hyperscale data centers, cloud computing environments, virtualization platforms, and high-performance computing systems, this QSFP+ optical transceiver delivers stable performance, low latency, and reliable signal transmission for demanding networking operations.

Built around advanced 850nm optical technology, the Arista QSFP-SR4 transceiver supports short-range communication over OM3 and OM4 multimode fiber cabling. The module is optimized for high-density switching architectures where rapid data movement and low power consumption are essential for operational efficiency. As organizations continue to scale digital infrastructures, 40G optical connectivity solutions remain vital for aggregation layers, spine-leaf topologies, server clusters, and storage networking systems.

The Arista XVR-00060-02 module integrates seamlessly into compatible Arista networking hardware and supports standardized QSFP+ interfaces for flexible deployment across enterprise-grade networking ecosystems. The transceiver is engineered to maintain stable optical signal integrity while enabling faster throughput and efficient bandwidth utilization in environments where performance consistency is critical.

Advanced 40G Ethernet Connectivity Capabilities

The Arista QSFP-SR4 transceiver supports 40 Gigabit Ethernet connectivity using parallel multimode fiber transmission technology. This architecture enables high-speed communication between switches, routers, and servers while maintaining minimal signal degradation. The module is commonly deployed in short-distance networking scenarios where rapid data transfer and low latency communication are required.

Modern enterprise infrastructures rely on scalable interconnect technologies to support virtualization, artificial intelligence workloads, cloud services, and data-intensive applications. The Arista XVR-00060-02 delivers the throughput necessary for these operations by providing reliable 40G optical performance over multimode fiber cabling systems.

The QSFP+ form factor allows network administrators to maximize port density within switches and networking appliances. This enables efficient rack utilization while supporting the growing bandwidth demands of data center environments. The compact design also contributes to lower power consumption and improved thermal efficiency within high-density deployments.

Optimized Data Transmission Performance

The module utilizes four independent transmit and receive channels operating simultaneously to achieve aggregated 40Gbps data throughput. This parallel optical transmission method improves communication efficiency while reducing congestion in high-traffic environments. The transceiver maintains reliable packet delivery across supported distances, helping organizations maintain network stability during heavy operational loads.

With support for short-range optical communication, the Arista QSFP-SR4 module is especially effective for top-of-rack switching, aggregation layers, server interconnects, and intra-data-center communications. Its low latency characteristics make it suitable for environments where rapid response times are essential, including financial systems, cloud computing platforms, and high-performance database infrastructures.

850NM Optical Technology and Multimode Fiber Support

The Arista XVR-00060-02 transceiver operates using an 850nm wavelength, a standard optical specification for multimode fiber networking applications. This wavelength is optimized for short-distance optical transmission and delivers dependable communication performance within enterprise and data center infrastructures.

The module supports OM3 and OM4 multimode fiber cabling standards, allowing organizations to leverage existing structured cabling investments while upgrading to higher bandwidth networking capabilities. OM3 fiber typically supports 40G transmission up to 100 meters, while OM4 fiber extends operational reach up to 150 meters depending on deployment conditions and infrastructure quality.

Compatibility with Existing Multimode Infrastructure

Many enterprise environments already utilize multimode fiber cabling throughout their facilities. The Arista QSFP-SR4 transceiver enables organizations to implement high-speed 40G networking without requiring complete fiber infrastructure replacement. This compatibility helps reduce deployment costs while accelerating network modernization projects.

The use of multimode fiber technology also simplifies installation and maintenance processes within enterprise facilities. Multimode fiber is widely adopted for data center interconnections due to its cost-effectiveness, flexible deployment characteristics, and strong compatibility with modern networking hardware.

Reliable Optical Signal Integrity

Optical signal integrity plays a critical role in maintaining network performance and minimizing transmission errors. The Arista XVR-00060-02 module is engineered to support stable optical communication under continuous operational loads. Advanced optical components and precision engineering help reduce signal loss, maintain accurate data delivery, and ensure consistent communication reliability.

By supporting high-quality optical transmission characteristics, the module contributes to reduced retransmissions, improved bandwidth efficiency, and stable network operation across enterprise environments.

QSFP+ Form Factor Advantages in Enterprise Networks

The QSFP+ form factor has become a widely adopted standard in modern networking due to its compact design and support for high-bandwidth applications. The Arista XVR-00060-02 leverages the benefits of QSFP+ technology to deliver efficient high-density networking connectivity within enterprise and cloud infrastructures.

Compared to larger optical modules, QSFP+ transceivers enable greater port density within switches and routers. This allows organizations to scale network capacity without significantly increasing rack space requirements. High-density networking is particularly important in modern data centers where maximizing equipment efficiency directly impacts operational costs and infrastructure scalability.

Hot-Swappable Deployment Flexibility

The Arista QSFP-SR4 transceiver supports hot-swappable operation, allowing administrators to install or replace modules without shutting down networking equipment. This capability minimizes downtime and supports continuous operational availability in mission-critical environments.

Hot-swappable functionality also simplifies maintenance procedures and enables rapid troubleshooting during infrastructure upgrades or hardware replacements. Organizations operating around-the-clock services benefit from reduced service interruptions and improved maintenance flexibility.

Efficient Thermal and Power Characteristics

Power efficiency and thermal management are important considerations in high-density networking deployments. The compact QSFP+ architecture contributes to lower power consumption compared to older optical technologies while helping maintain manageable thermal profiles within networking equipment.

The Arista XVR-00060-02 is engineered to support efficient operational characteristics that align with modern data center energy optimization strategies. Reduced heat generation contributes to improved equipment longevity and lower cooling infrastructure demands.

Applications in Data Centers and Cloud Computing

The Arista XVR-00060-02 QSFP-SR4 transceiver is commonly deployed within modern data centers, cloud computing environments, and enterprise networking infrastructures that require dependable high-speed connectivity. The module supports various networking architectures designed to manage large-scale data movement and virtualization workloads.

Spine-Leaf Network Architecture Support

Modern data centers frequently implement spine-leaf architectures to improve scalability, reduce latency, and optimize east-west traffic communication. The Arista QSFP-SR4 module supports high-bandwidth links between spine and leaf switches, helping maintain rapid communication across distributed compute resources.

By enabling reliable 40G connectivity, the transceiver helps organizations support virtualization clusters, distributed applications, software-defined networking frameworks, and cloud-based infrastructure deployments.

Server and Storage Interconnect Applications

High-performance server clusters and enterprise storage systems require reliable high-speed networking to maintain efficient data access and processing operations. The Arista XVR-00060-02 module supports communication between storage arrays, hypervisors, compute nodes, and networking appliances.

The module is suitable for environments handling large-scale database operations, backup systems, disaster recovery infrastructures, artificial intelligence processing, and enterprise analytics platforms. Reliable optical performance helps reduce bottlenecks while supporting faster data movement across infrastructure components.

Virtualization and Hyperconverged Infrastructure

Virtualized environments often generate significant east-west traffic between virtual machines, storage systems, and application workloads. The Arista QSFP-SR4 transceiver provides the bandwidth capacity necessary to maintain responsive virtualized services while supporting efficient workload migration and resource allocation.

Hyperconverged infrastructures also benefit from high-speed interconnect technologies that enable synchronized communication between compute, networking, and storage resources. The module contributes to improved infrastructure responsiveness and operational scalability within converged enterprise environments.

Arista Networking Compatibility and Integration

The Arista XVR-00060-02 transceiver is specifically designed to integrate with compatible Arista networking platforms. Arista Networks is recognized for developing high-performance switching and routing solutions for enterprise data centers, cloud providers, and hyperscale infrastructures.

The transceiver is validated for interoperability with supported Arista switches and networking systems, helping organizations maintain stable connectivity and predictable operational performance. Compatibility validation reduces the risk of communication inconsistencies and supports streamlined deployment processes.

Support for Enterprise Networking Standards

The module complies with established networking and optical communication standards that govern QSFP+ transceiver functionality. Standards compliance ensures interoperability across supported networking ecosystems and helps organizations maintain flexible infrastructure expansion capabilities.

By adhering to recognized optical networking specifications, the Arista QSFP-SR4 module supports stable operation within multi-vendor enterprise environments where standards-based communication is essential for maintaining compatibility.

Reliable Integration in Mission-Critical Environments

Mission-critical infrastructures require networking hardware capable of delivering continuous operational stability. The Arista XVR-00060-02 module is engineered for enterprise-grade reliability, supporting demanding workloads and continuous network traffic conditions.

Organizations deploying financial applications, cloud services, telecommunications platforms, healthcare systems, and enterprise resource planning environments benefit from stable optical communication performance that supports uninterrupted service availability.

Scalability Benefits for Growing Network Infrastructure

Scalable networking infrastructure is essential for organizations experiencing increasing bandwidth demands and expanding digital operations. The Arista XVR-00060-02 QSFP-SR4 transceiver supports scalable 40G networking deployments that can adapt to evolving enterprise requirements.

As organizations adopt cloud-native technologies, virtualization frameworks, artificial intelligence systems, and data-intensive applications, high-speed optical networking becomes increasingly important for maintaining infrastructure efficiency and operational responsiveness.

Support for Future Network Expansion

The deployment of 40G optical connectivity provides a strong foundation for future infrastructure growth. Many enterprise environments continue to utilize 40G aggregation and interconnect technologies as part of broader network modernization strategies.

The Arista QSFP-SR4 module enables organizations to expand network capacity while maintaining efficient utilization of existing multimode fiber infrastructure. This approach supports phased migration strategies and helps optimize capital investment in networking equipment.

Enhanced Network Performance Optimization

Efficient optical communication contributes to improved application performance, reduced latency, and optimized bandwidth allocation across enterprise environments. The Arista XVR-00060-02 transceiver supports these objectives by enabling stable high-speed data transmission between networking components.

Organizations operating cloud applications, streaming platforms, virtual desktop infrastructures, and large-scale analytics systems benefit from enhanced communication efficiency that supports consistent end-user experiences and operational productivity.

Reliability and Enterprise-Grade Engineering

Enterprise networking hardware must maintain stable performance under continuous operational demands. The Arista XVR-00060-02 QSFP-SR4 transceiver is engineered with enterprise-grade optical components designed to support long-term reliability in high-density environments.

Precision manufacturing and quality assurance processes help ensure consistent optical performance and dependable communication stability. Reliable transceiver operation contributes to improved network uptime and reduced maintenance disruptions.

Consistent Performance Across High-Traffic Workloads

High-traffic networking environments demand transceivers capable of maintaining accurate data transmission during peak operational conditions. The Arista XVR-00060-02 module supports consistent packet delivery and stable communication across intensive workloads.

Its optical architecture helps reduce signal degradation and transmission inconsistencies, supporting predictable network behavior in enterprise-scale deployments. This reliability contributes to efficient workload management and optimized network resource utilization.

Importance of 40G Optical Networking in Modern Infrastructure

Despite the emergence of higher-speed networking technologies, 40G Ethernet continues to play a significant role within enterprise and cloud infrastructures. Many organizations utilize 40G connectivity for aggregation layers, server interconnects, storage networking, and data center backbone communication.

The Arista XVR-00060-02 QSFP-SR4 transceiver supports these operational requirements by delivering dependable 40G optical performance optimized for short-range multimode fiber environments.

Cost-Effective High-Speed Networking Deployment

40G networking remains a cost-effective solution for organizations seeking substantial bandwidth improvements without the immediate expense associated with transitioning to higher-speed architectures. The use of existing multimode fiber infrastructure further enhances deployment efficiency and reduces upgrade complexity.

The Arista QSFP-SR4 module helps organizations achieve improved network performance while maintaining practical infrastructure investment strategies aligned with operational growth requirements.

Supporting Evolving Enterprise Digital Transformation

Digital transformation initiatives continue to increase the demand for scalable networking infrastructure capable of supporting cloud applications, virtualization, artificial intelligence, machine learning, and distributed computing environments. Reliable optical communication remains essential for enabling these technologies.

The Arista XVR-00060-02 transceiver contributes to enterprise modernization efforts by providing high-speed optical connectivity designed to support current and future networking demands. Its combination of bandwidth efficiency, compatibility, reliability, and operational stability makes it a valuable component within modern enterprise networking ecosystems.