Arista 7130LS 96-Port SFP+ Ultra-Low Latency Switch No PSU

• Financial trading and electronic exchange connectivity
• High-frequency trading infrastructure
• Enterprise data center aggregation
• Cloud and hybrid cloud interconnects
• High-performance computing clusters
• Low-latency storage networking
• Disaster recovery network infrastructure
• Network validation and testing labs
• Mission-critical enterprise backbone connectivity
• Infrastructure modernization and migration projects

• 96 high-density SFP+ network interfaces
• Ultra-low latency switching architecture
• Layer 1 matrix switching capability
• No PSU configuration for flexible deployment planning
• Optimized for latency-sensitive workloads
• Supports enterprise cloud connectivity
• Enhances operational efficiency in modern data centers
• Ideal for virtualization and storage environments
• Designed for scalable network expansion
• Enables reliable optical network connectivity
• Supports business continuity initiatives
• Simplifies migration from legacy low-latency platforms
• Compatible with enterprise rack deployments
• Built for long-term infrastructure lifecycle planning
• Improves ROI through flexible procurement options

• Brand: Arista
• Part Number: DCS-7130-96LS-F
• Model: 7130LS
• Product Family: 7130 Series
• Product Type: Ultra-Low Latency Ethernet Switch
• Switching Technology: Layer 1 Matrix Switch
• Port Configuration: 96 × SFP+ Ports
• Interface Type: SFP+
• Ethernet Speed: 10 Gigabit Ethernet (10GbE)
• Power Supply: No PSU Included

WHY CHOOSE THIS PRODUCT?

• Organizations select the Arista 7130LS No PSU model to achieve deterministic low-latency networking while maintaining flexibility in power infrastructure planning. Its combination of 96 SFP+ ports, Layer 1 switching, and power-supply-free configuration makes it well suited for upgrades, replacements, and custom enterprise deployments. The platform integrates smoothly into cloud, HPC, and financial environments, helping improve infrastructure utilization, support future expansion, reduce procurement complexity, and maximize long-term return on investment.