VS-S720-10G

Cisco
VS-S720-10G
50,00
Cisco VS‑S720‑10G‑3C – 10GbE-Enabled Supervisor Engine for Catalyst 6500/7600 Series

The Cisco VS‑S720‑10G‑3C is a Virtual Switching-capable Supervisor Engine 720 designed for Cisco Catalyst 6500 and 7600 Series chassis. Featuring two 10 GbE X2 uplinks, it supports advanced Layer 2/3 services with high throughput and virtual switch capabilities using Cisco VSS.

  • Model: VS‑S720‑10G‑3C
  • Uplink Ports: 2 × 10GBASE‑X (X2), 2 × 1G SFP, 1 × 10/100/1000 RJ‑45
  • Switch Fabric Bandwidth: 720 Gbps (40 Gbps per slot)
  • Forwarding Performance: Up to 450 Mpps IPv4, 225 Mpps IPv6
  • VRF Scaling: Hardware-based MPLS with up to 1,024 VRFs and 256,000 routes
  • Policy & Routing Cards: Includes MSFC3 and PFC3C modules
  • Form Factor: 6U plug-in supervisor; hot-swappable
  • Management Ports: 1 × RJ-45 console, 2 × 1G SFP, 2 × 10G X2
  • Installation: Compatible with VSS for virtual chassis

Key Features
  • Virtual Switching (VSS Ready): Enables chassis virtualization for unified management and 1.44 Tbps aggregate bandwidth
  • High-Performance Uplinks: Two 10 GbE X2 ports boost bandwidth and redundancy
  • Advanced Layer 3 Services: Hardware-routing with MPLS, IPv4/IPv6, NetFlow, QoS, ACLs
  • Resiliency: Supports redundant supervisors and fast failover
  • Hot-Swappable Maintenance: Facilitates upgrades without network disruption

Benefits
  • Enterprise Scalability: Delivers massive bandwidth for core, aggregation, or data center tasks
  • Simplified Operations: Virtual chassis reduces complexity across dual chassis deployments
  • Enhanced Security & Traffic Control: Comprehensive policy enforcement and prioritization
  • Future-Proof: Suitable for modern infrastructures with evolving bandwidth demands

Ideal For
  • Data center aggregation and core layers
  • Service provider or campus network backbones
  • High-availability environments requiring seamless redundancy
  • Networks needing mixed-speed uplinks and scalable Layer 3 services

Condition: USED

Type: Supervisor Engine