DCS-7060CX2-32S-R Arista 100GB QSFP 2x 10GB SFP+ 32 Ports Manageable Switch

Product Overview of Arista DCS-7060CX2-32S-R Ethernet Switch

The Arista DCS-7060CX2-32S-R belongs to the acclaimed Arista 7060CX2 Series, designed for high-performance data center, cloud networking, and enterprise core environments. This Managed Layer 3 switch delivers dense 100 Gigabit Ethernet (100GbE) connectivity in a compact 1RU form factor, featuring 32 fixed QSFP100 ports and a dedicated 2×10 Gigabit SFP+ management or out-of-band port configuration.

General Information

• Brand: Arista
• Part Number: DCS-7060CX2-32S-R
• Product Type: 32 Ports Manageable Switch

Technical Highlights

• 32 QSFP100 slots supporting 100 Gigabit Ethernet
• 2 SFP+ slots for 10 Gigabit uplink capability
• Modular architecture for flexible deployment
• No stack port integration
• Management: 1x RJ45 Gigabit, 1x RS-232 RJ45, 1x USB Type-A
• Uplink: 2x 10 Gigabit Ethernet SFP+
• Network: 32x 100 Gigabit Ethernet QSFP100

Media & Performance

Supported Media Types

• Optical Fiber connectivity

Ethernet & Network Standards

• 100 Gigabit Ethernet (100GBase-X)
• 10 Gigabit Ethernet (10GBase-X)

Switching Power

• Switching capacity: 6.4 Tbps
• Forwarding rate: 3.3 Bpps
• Latency: 450ns ultra-low

I/O Expansions

• Total expansion slots: 34
• Slot types: QSFP and SFP+
• Dedicated SFP+ slots: 2

Network & Communication

• Operates at Layer 3 for advanced routing
• Supports up to 4096 VLANs

Management & Protocols

• Fully manageable with enterprise-grade protocols
• Operating system: Arista EOS - Group 2

Power Description

• Dual hot-swappable PWR-500AC-R units included
• Redundant power supply supported

Cooling System

• Back-to-front airflow design
• 4x FAN-7000-R modules included

System Resources

• System memory: 8 GB
• CPU: High-performance x86 processor
• Packet buffer: 22 MB with dynamic allocation

Routing Capabilities

• Max IPv4 LPM routes: 128,000 (ALPM)
• Max IPv6 LPM routes: 84,000 (prefix length ≤ 64)
• IPv4 host routes: 104,000
• Multicast routes: 4,000

Arista DCS-7060CX2-32S-R Layer 3 Switch

The Arista DCS-7060CX2-32S-R switch is engineered for high-density enterprise and hyperscale networking environments that require advanced Layer 3 routing, ultra-low latency switching performance, and scalable 100 Gigabit Ethernet connectivity. This switch platform belongs to the Arista 7060X2 Series, a family designed to support modern cloud networking infrastructures, virtualization deployments, software-defined data centers, and spine-leaf architectures. Equipped with thirty-two high-speed QSFP ports and two dedicated 10GbE SFP+ uplink interfaces, the platform delivers extensive bandwidth capacity for demanding east-west traffic patterns. The compact 1U rack-mountable chassis optimizes data center floor space while maintaining superior thermal efficiency through front-to-rear airflow cooling. The switch architecture is built around a non-blocking switching fabric that enables wire-speed packet forwarding across all interfaces simultaneously.

High-Performance Switching Fabric

The Arista DCS-7060CX2-32S-R incorporates a powerful switching ASIC architecture capable of delivering multi-terabit throughput with deterministic latency performance. The non-blocking architecture ensures that all ports can operate at full line rate without packet loss or congestion bottlenecks during peak traffic loads. Its advanced packet processing engine supports high-speed forwarding for IPv4 and IPv6 traffic, making it suitable for large-scale data center deployments where low latency and high throughput are essential operational requirements. The switching fabric is engineered to minimize packet buffering delays while maintaining consistent traffic handling efficiency.

Advanced Ethernet Port

The switch provides thirty-two QSFP interfaces capable of supporting high-speed Ethernet connectivity options including 40GbE and 100GbE operation modes. These interfaces provide flexible deployment scenarios for aggregation, spine connectivity, storage networking, and virtualization clusters. The inclusion of dual 10GbE SFP+ interfaces allows administrators to integrate dedicated uplinks, management networks, or legacy infrastructure connectivity without consuming high-bandwidth QSFP ports. This hybrid port design improves deployment flexibility across mixed-speed enterprise environments.

QSFP High-Speed Connectivity

The QSFP interfaces support advanced transceiver compatibility for short-range, long-range, and direct attach copper connectivity. This flexibility enables deployment across various cabling infrastructures including fiber optic networks and DAC configurations. The high-density QSFP implementation allows organizations to consolidate switching layers while reducing rack footprint requirements. These interfaces support scalable bandwidth expansion for cloud applications, distributed computing, and storage area networking traffic.

Dedicated SFP+ Uplink Interfaces

The integrated 10GbE SFP+ ports are designed to provide dedicated connectivity for management, aggregation, or server uplink applications. These interfaces support enterprise-grade transceiver modules for flexible optical and copper Ethernet connectivity. The dedicated SFP+ architecture enhances deployment versatility by allowing administrators to separate management traffic from high-bandwidth production traffic. This segmentation improves operational efficiency and network management capabilities.

Enterprise Layer 3 Routing Capabilities

The Arista DCS-7060CX2-32S-R supports advanced Layer 3 routing functionality required for modern enterprise and cloud-scale network infrastructures. The switch includes comprehensive routing protocol support for dynamic path selection, traffic engineering, and resilient network operation. Its hardware-accelerated routing engine enables high-speed packet forwarding for complex routing environments while maintaining low latency performance. The platform supports extensive routing table scalability for large enterprise deployments and multi-tenant data center architectures.

IPv4 and IPv6 Routing Support

The switch platform supports dual-stack networking environments with comprehensive IPv4 and IPv6 routing capabilities. Native IPv6 support ensures compatibility with modern network infrastructures and future-proof deployment strategies. Advanced routing scalability enables efficient handling of large routing tables and high-volume traffic patterns commonly found in enterprise and hyperscale environments. The routing engine is optimized for high-speed convergence and stable network operation.

Dynamic Routing Protocol Integration

The platform supports industry-standard dynamic routing protocols that enable intelligent traffic forwarding and automated path selection. These capabilities are essential for resilient data center networking and distributed enterprise infrastructures. Dynamic routing functionality allows the switch to adapt to changing network conditions, improving uptime and reducing manual configuration requirements. The routing architecture supports scalable deployment across multi-layer network topologies.

Virtual Routing and Segmentation

The switch supports network virtualization and traffic segmentation technologies that improve multi-tenant deployment flexibility. These capabilities enable secure isolation of traffic flows across shared network infrastructures. Virtual routing functionality enhances scalability and simplifies administration in cloud computing and enterprise virtualization environments.

Data Center Optimization and Cloud Networking

The Arista DCS-7060CX2-32S-R is specifically optimized for cloud networking infrastructures and high-density data center environments. The switch architecture supports scalable east-west traffic patterns generated by virtualization platforms, distributed storage systems, and containerized application workloads. Its ultra-low latency forwarding capabilities improve application responsiveness and support real-time communication environments. The switch is suitable for private cloud infrastructures, enterprise virtualization clusters, and hyperscale networking deployments.

Spine-Leaf Network Deployment

The high-density 100GbE design makes the platform ideal for spine-layer deployment within modern spine-leaf data center architectures. The switch provides the bandwidth density and scalability required for high-performance fabric interconnectivity. Leaf-layer deployment scenarios also benefit from the switch’s flexible port configurations and advanced Layer 3 functionality. This versatility allows organizations to standardize on a single platform across multiple network tiers.

High Availability and Network Resiliency

The Arista DCS-7060CX2-32S-R is engineered with enterprise-class resiliency features to ensure maximum uptime and operational continuity. The platform supports redundant networking architectures, rapid failover mechanisms, and advanced hardware reliability features. These capabilities are essential for mission-critical enterprise applications, financial trading environments, cloud infrastructures, and large-scale data center deployments.

Redundant Power Architecture

The switch supports redundant hot-swappable power supplies that improve operational continuity and minimize downtime risks. Redundant power configurations protect against unexpected hardware failures and electrical disruptions. Hot-swappable power components simplify maintenance procedures by allowing replacement without interrupting switch operation.

Front-to-Rear Airflow Cooling

The front-to-rear airflow design optimizes thermal management within enterprise rack environments and hot aisle/cold aisle data center layouts. Efficient cooling performance contributes to long-term hardware reliability and consistent operational stability. The airflow architecture is specifically engineered for high-density rack deployments where thermal efficiency is a critical infrastructure requirement.

Hot-Swappable Cooling Modules

The switch incorporates modular fan assemblies that can be replaced during operation without requiring system shutdown. This design improves serviceability and reduces maintenance-related downtime. Intelligent thermal monitoring capabilities help maintain optimal operating temperatures under varying traffic loads and environmental conditions.

Resilient Network Design

The platform supports resilient networking topologies with rapid convergence characteristics and fault-tolerant connectivity options. These features improve service availability and minimize network interruption risks. Advanced resiliency protocols help maintain continuous connectivity during hardware failures or link disruptions.

Scalability for Enterprise and Hyperscale Deployments

The Arista DCS-7060CX2-32S-R is designed to scale efficiently within growing enterprise infrastructures and hyperscale cloud environments. Its high-density architecture allows organizations to expand network capacity while minimizing rack space and power consumption requirements. The switch supports scalable deployment models ranging from enterprise aggregation layers to massive distributed cloud networking fabrics.

High-Density Rack Integration

The compact 1U form factor maximizes port density while conserving valuable rack space within modern data centers. Organizations can deploy large-scale high-bandwidth infrastructures with improved operational efficiency and reduced physical footprint. The dense port configuration reduces cabling complexity and simplifies rack-level network design.

Bandwidth Expansion Flexibility

The platform’s 100GbE-ready architecture enables organizations to scale bandwidth capacity in response to increasing application demands and traffic growth. This future-ready design protects infrastructure investments while supporting evolving networking requirements. Flexible transceiver compatibility allows incremental bandwidth upgrades without requiring complete hardware replacement.

Support for Large-Scale Storage Networks

High-performance storage environments require low-latency connectivity and extensive bandwidth scalability. The Arista DCS-7060CX2-32S-R provides the networking performance necessary for distributed storage architectures and software-defined storage platforms. The switch supports storage traffic optimization for data replication, backup operations, and clustered storage communication.

Cloud-Scale Infrastructure Expansion

Cloud service providers and enterprise private cloud deployments benefit from the switch’s scalable architecture and automation-ready operating environment. The platform supports rapid infrastructure expansion while maintaining operational consistency.

Enterprise Deployment Scenarios

The Arista DCS-7060CX2-32S-R is suitable for a broad range of enterprise and service provider networking applications. Its high-density architecture, Layer 3 routing capabilities, and automation support make it adaptable for numerous deployment models.

Enterprise Core Networking

The switch can function as a high-performance enterprise core platform supporting campus aggregation, data center interconnectivity, and large-scale routing operations. Its advanced routing scalability and resilient architecture provide the reliability required for mission-critical enterprise infrastructures. The high-bandwidth design enables consolidation of multiple networking layers into a compact switching platform.

Cloud Data Center Fabrics

Cloud networking environments benefit from the switch’s low-latency forwarding characteristics and programmable EOS operating system. The platform supports scalable multi-tenant infrastructures with automated provisioning capabilities. Its 100GbE connectivity supports high-density virtualization clusters and distributed application communication patterns.

High-Performance Computing Environments

HPC deployments require ultra-low latency switching performance and high-throughput interconnectivity between compute nodes. The Arista DCS-7060CX2-32S-R provides the bandwidth density and packet forwarding efficiency necessary for computationally intensive workloads. The switch architecture minimizes communication delays between clustered computing resources and distributed processing systems.