100-585-048 Arista Sfp-10g-srl 10gbe Ethernet Sfp+Transceiver

Arista 100-585-048 10GbE Ethernet SFP+ Transceiver Overview

High-Performance Optical Networking Component

The Arista 100-585-048 SFP-10G-SR-L is a compact and efficient 10 Gigabit Ethernet SFP+ transceiver designed for high-speed data communication in modern networking environments. It is widely used in data centers and enterprise-grade switching systems to ensure reliable optical connectivity.

Key Manufacturer Details

• Brand: Arista Networks
• Part Number: 100-585-04
• Category: Optical Transceiver Module
• Series Type: 10 Gigabit Ethernet Solution

Core Technical Specifications

Device Classification

• Form Factor: SFP+ (Small Form-Factor Pluggable Plus)
• Module Type: Hot-swappable optical transceiver
• Application: High-speed Ethernet networking environments

Supported Protocols and Standards

• Compliant with IEEE 802.3ae standards
• Supports 10GBASE-SR-L optical transmission protocol
• Designed for short-range multi-mode fiber connections

Data Transmission Capabilities

• Maximum Data Rate: 10 Gigabit Ethernet (10GbE)
• Optimized for low-latency and high-bandwidth performance
• Ensures stable and efficient network throughput

Functional Advantages

Performance Benefits

• Enhanced network speed for demanding workloads
• Reliable optical signal transmission with minimal loss
• Suitable for scalable enterprise network infrastructures

Operational Efficiency

• Plug-and-play installation for reduced downtime
• Compatible with a wide range of Arista switching devices
• Energy-efficient design for optimized power usage

Application Areas

Enterprise and Data Center Usage

• Cloud computing environments
• High-performance server interconnects
• Core and aggregation network switching layers

Network Infrastructure Deployment

• Fiber optic backbone systems
• High-speed LAN and WAN setups
• Virtualized data center architectures

Design and Compatibility Highlights

• Compact SFP+ form factor for space-efficient installation
• Seamless integration with Arista networking hardware
• Built for scalability in modern IT infrastructures

Arista 100-585-048 10GbE Ethernet SFP+ Transceiver Module

The Arista 100-585-048 SFP-10G-SRL 10GbE Ethernet SFP+ transceiver module is designed to support high-speed optical networking environments that require dependable data transmission, low latency, and enterprise-grade interoperability. Built for modern data center infrastructures, aggregation layers, enterprise core deployments, and cloud networking architectures, this optical transceiver delivers reliable 10 Gigabit Ethernet connectivity over fiber optic cabling while maintaining excellent signal integrity and transmission efficiency.

Organizations deploying high-bandwidth applications, virtualization platforms, software-defined networking environments, and storage-intensive workloads depend on stable optical interfaces to ensure uninterrupted communications between switches, routers, servers, and storage appliances. The Arista 100-585-048 SFP-10G-SRL module supports these requirements by providing a compact hot-swappable form factor capable of seamless integration into compatible Arista networking hardware.

The SFP+ transceiver category remains one of the most important components in enterprise networking because it enables scalable and flexible connectivity across diverse infrastructures. By allowing network administrators to choose appropriate fiber distances, wavelengths, and interface types, SFP+ modules simplify infrastructure planning while reducing overall deployment complexity. The Arista 100-585-048 module is engineered specifically for high-density 10GbE networking environments where consistent performance and compatibility are essential.

Purpose-Built for Modern Data Center Infrastructure

Modern data centers demand networking hardware that can sustain massive east-west traffic flows generated by virtualization, hyperconverged infrastructure, cloud computing, and distributed applications. The Arista 100-585-048 SFP-10G-SRL transceiver is optimized for these environments by enabling high-speed optical communication between network devices operating within top-of-rack, leaf-spine, aggregation, and core architectures.

High-performance data center fabrics require dependable optical modules capable of maintaining low error rates under continuous workloads. This transceiver helps support stable packet delivery across mission-critical infrastructure while enabling flexible fiber deployments suitable for enterprise and hyperscale environments alike.

Because modern networks often undergo continual expansion, organizations need modular connectivity solutions that can evolve alongside bandwidth requirements. The compact SFP+ form factor allows network engineers to scale port density efficiently without significantly increasing rack space consumption or power usage.

Hot-Swappable SFP+ Design Advantages

The hot-swappable architecture of the Arista 100-585-048 SFP-10G-SRL module allows administrators to install or replace transceivers without powering down connected networking equipment. This capability significantly reduces operational disruptions and improves maintenance efficiency in production environments.

Hot-swappable modules are particularly valuable in enterprise data centers where uptime requirements are strict and maintenance windows are limited. Administrators can rapidly troubleshoot optical connectivity issues, upgrade infrastructure, or replace damaged components without interrupting overall network operations.

The SFP+ form factor also contributes to deployment flexibility by enabling compatibility with a broad range of fiber networking architectures. Network engineers can select transceivers based on transmission distance, optical specifications, and environmental considerations while maintaining consistent hardware platforms.

Technical Specifications of the Arista 100-585-048 SFP-10G-SRL Module

10 Gigabit Ethernet Performance

The Arista 100-585-048 module is engineered for 10 Gigabit Ethernet connectivity, supporting high-throughput networking applications that require rapid data exchange between servers, switches, and storage devices. As enterprise workloads continue increasing in size and complexity, 10GbE connectivity remains an essential component of modern infrastructure planning.

Applications such as virtualization, database replication, high-frequency transaction processing, cloud orchestration, and large-scale storage access benefit significantly from the bandwidth capabilities provided by 10GbE optical networking.

By supporting high-speed packet transmission with low latency characteristics, the module enables organizations to maintain responsive application performance while reducing network bottlenecks across critical infrastructure segments.

Optical Transmission Characteristics

The optical design of the Arista 100-585-048 SFP-10G-SRL transceiver supports stable signal transmission over multimode fiber environments commonly deployed within enterprise and campus infrastructures. Optical transceivers play a central role in maintaining reliable communication pathways between interconnected systems.

Fiber optic communication offers several advantages over traditional copper-based networking technologies, including reduced electromagnetic interference, longer transmission distances, improved bandwidth capabilities, and superior signal integrity. These benefits make optical transceivers indispensable in enterprise-grade networking environments.

The module’s optical architecture supports dependable connectivity for short-range and medium-range applications commonly found in data centers, server rooms, and enterprise campus deployments.

Compact SFP+ Form Factor

The Small Form-factor Pluggable Plus design allows organizations to maximize switch port density while minimizing physical infrastructure requirements. Compact transceiver modules contribute to more efficient rack utilization and streamlined cable management within dense networking environments.

High-density networking deployments often require hundreds or thousands of optical interfaces operating simultaneously. The compact nature of the SFP+ standard enables large-scale deployments without excessive hardware expansion or increased cooling demands.

The standardized form factor also simplifies procurement and infrastructure planning by enabling interoperability across supported networking platforms and optical ecosystems.

Benefits of Deploying Arista SFP+ Optical Transceivers

Enhanced Network Scalability

Scalability remains one of the primary concerns for enterprise IT departments and cloud service providers. The Arista 100-585-048 SFP-10G-SRL module enables organizations to scale their network infrastructure incrementally by adding optical interfaces as bandwidth demands increase.

Instead of replacing entire switching platforms during expansion projects, administrators can leverage modular SFP+ connectivity to upgrade transmission capabilities efficiently. This approach reduces capital expenditures while improving long-term infrastructure flexibility.

Scalable optical networking solutions are particularly important in rapidly growing environments where application workloads, virtualization density, and user traffic continue expanding over time.

Reduced Electromagnetic Interference

Fiber optic transceivers provide superior resistance to electromagnetic interference compared to copper networking technologies. This characteristic improves transmission reliability in environments containing high electrical activity, industrial equipment, or densely populated networking infrastructure.

By transmitting data through light rather than electrical signals, optical networking minimizes susceptibility to interference-related transmission errors. This contributes to improved network stability and reduced packet loss across mission-critical applications.

Enterprise organizations operating in electrically noisy environments often prioritize optical networking specifically for its reliability advantages and signal integrity characteristics.

Energy-Efficient Networking Operations

Energy efficiency has become increasingly important within modern data center operations due to rising power consumption and cooling costs. The compact and efficient architecture of SFP+ transceivers contributes to lower operational overhead while supporting high-speed networking requirements.

Reduced power consumption helps organizations improve sustainability initiatives while lowering long-term infrastructure operating expenses. Efficient networking hardware also contributes to improved thermal management within dense rack environments.

Data center operators frequently evaluate transceiver efficiency as part of broader infrastructure optimization strategies focused on reducing energy consumption and maximizing hardware utilization.

Applications for the Arista 100-585-048 SFP-10G-SRL Module

Enterprise Data Centers

Enterprise data centers represent one of the most common deployment environments for 10GbE optical transceivers. The Arista 100-585-048 module supports high-speed server connectivity, storage networking, virtualization traffic, and aggregation layer communications required within modern enterprise infrastructures.

Data center workloads continue growing due to increasing adoption of cloud computing, virtualization, artificial intelligence platforms, and large-scale analytics applications. High-speed optical connectivity helps organizations maintain application responsiveness while supporting growing bandwidth requirements.

By enabling reliable communication between critical infrastructure components, the module contributes to overall operational stability and network efficiency.

Cloud Computing Environments

Cloud service providers rely heavily on scalable optical networking solutions capable of supporting enormous volumes of east-west traffic across distributed infrastructure environments. The Arista 100-585-048 SFP-10G-SRL module helps facilitate these high-bandwidth communications while supporting efficient infrastructure scaling.

Cloud environments often require rapid workload migration, distributed storage access, and real-time application synchronization across multiple systems. High-speed optical transceivers help maintain low-latency communication pathways necessary for these operations.

As cloud adoption continues accelerating across industries, dependable 10GbE connectivity remains a foundational requirement for service providers and enterprise hybrid cloud deployments.

Virtualization Platforms

Virtualized environments generate substantial network traffic due to interactions between virtual machines, storage systems, orchestration platforms, and management applications. Optical 10GbE connectivity helps prevent bandwidth congestion while supporting high-density virtualization deployments.

The Arista 100-585-048 module enables virtualization infrastructures to maintain efficient data movement across clustered servers and storage arrays. This contributes to improved workload performance and enhanced operational reliability.

Virtualization technologies continue evolving toward increasingly distributed architectures, making scalable optical networking solutions more important than ever for enterprise IT operations.

Storage Area Networks

Storage networking environments require fast and reliable data transmission between servers and centralized storage platforms. The Arista 100-585-048 SFP-10G-SRL transceiver supports high-bandwidth storage communications necessary for backup operations, disaster recovery, replication, and database access.

Storage-intensive applications benefit from low-latency optical communication that minimizes bottlenecks during data transfer operations. Organizations managing large datasets often prioritize high-speed optical networking to maintain acceptable performance levels.

As enterprise data volumes continue expanding, scalable storage networking infrastructure becomes increasingly essential for maintaining operational continuity and application responsiveness.

Compatibility and Integration Features

Integration with Arista Networking Hardware

The Arista 100-585-048 SFP-10G-SRL module is engineered for compatibility with supported Arista switches and networking platforms. Native compatibility helps ensure reliable operation, proper interface recognition, and optimized communication between transceivers and switching hardware.

Using manufacturer-supported transceivers can simplify deployment processes while reducing the risk of interoperability issues that may arise with unsupported optical components.

Enterprise organizations frequently standardize networking components to improve manageability, streamline procurement, and simplify infrastructure support operations.

Flexible Fiber Infrastructure Deployment

Fiber optic networking environments vary significantly depending on organizational requirements, building layouts, and transmission distance considerations. The modular design of SFP+ transceivers allows network engineers to customize deployments based on specific operational needs.

This flexibility supports efficient integration into both existing infrastructures and newly designed networking environments. Organizations can deploy fiber connectivity selectively while maintaining scalability for future expansion projects.

Flexible optical deployment strategies are particularly valuable in enterprise campuses, multi-building facilities, and large-scale data center environments where infrastructure requirements frequently evolve.

Support for High-Density Switching Platforms

Modern enterprise and cloud networking architectures increasingly rely on high-density switching platforms capable of supporting large numbers of simultaneous optical connections. The compact SFP+ design contributes to efficient port utilization within these environments.

High-density switching configurations are commonly used within spine-leaf architectures, hyperscale data centers, and large enterprise core networks where maximizing bandwidth per rack unit is essential.

The Arista 100-585-048 module supports these deployment models by enabling scalable optical connectivity while maintaining manageable infrastructure footprints.