Cisco A99-48X10GE-1G-FC High-Density Carrier Switch

• ISP core and edge aggregation networks
• Telecom carrier backbone expansion
• Enterprise data center aggregation layers
• High-bandwidth cloud connectivity environments
• Metro Ethernet deployments
• Service provider access layer scaling
• High-density virtualized network infrastructures
• Edge routing and switching deployments
• Modular chassis-based network expansion

• 48x10GE high-density switching for aggregation networks
• 1GE port enables flexible management integration support
• Carrier-grade architecture ensures stable performance
• Flexible consumption model supports scalable deployment
• Fanless design for pre-powered chassis environments
• Low latency forwarding for edge aggregation layers
• Optimized for telecom and service provider networks
• Modular switch design enables scalable deployments
• High bandwidth 10G connectivity for enterprise edge

• Brand: Cisco
• Model: A99-48X10GE-1G-FC
• Product Type: Switch
• Series: Carrier-grade Aggregation Platform
• Port Configuration: 48 x 10 Gigabit Ethernet (10GE)
• Management Port: 1 x 1 Gigabit Ethernet (1GE)
• Deployment Type: Modular / Chassis-based System
• Consumption Model: Flexible Consumption
• Cooling System: No Fan (Passive Architecture)
• Power Supply: No PSU Included
• Chassis Dependency: Requires pre-powered chassis environment
• Network Role: High-density aggregation & edge switching
• Switching Capacity: Optimized for high-throughput traffic handling
• Latency: Low-latency forwarding architecture
• Scalability: Horizontally scalable within modular systems
• Redundancy Model: Chassis-level redundancy dependent
• Traffic Type: Data, voice, and high-bandwidth services
• Target Environment: ISP, Telecom, Enterprise Core Networks
• Architecture Type: Carrier-grade modular switching design
• Management Interface: 1GE out-of-band management support

WHY CHOOSE THIS PRODUCT?

• High-density 48x10GE port architecture for scalability
• Flexible consumption model for optimized CAPEX planning
• Carrier-grade design for mission-critical deployments
• Modular integration into pre-powered network environments
• Efficient edge and aggregation performance for ISPs
• Simplified management via dedicated 1GE interface
• Reduced infrastructure overhead with fanless design approach