[shortdesc]48x 10GE/1GE SFP+ and 2x 10GE SFP+ slots, hot-swappable line card, FortiSwitch AX9000G compatible, high-density enterprise fiber switching[/shortdesc] High-Density Fiber Connectivity for Modular Core Switching The Fortinet FortiSwitch FS-AX9000G-LC10S line card delivers scalable 10 Gigabit fiber connectivity for high-performance campus and data center core networks. Designed exclusively for the FortiSwitch AX9000G modular chassis, this line card enables dense SFP+ deployments while maintaining operational flexibility through a hot-swappable architecture. Key Benefits and Features High-Port Density Fiber Design: Provides forty-eight 10GE or 1GE SFP+ interfaces plus two dedicated 10GE SFP+ ports to support high-volume aggregation and access-layer fiber connectivity. Hot-Swappable Architecture: Allows live insertion and replacement without network downtime when supported by the chassis configuration. AX9000G Chassis Integration: Seamlessly integrates with FortiSwitch AX9000G modular systems for large-scale, resilient deployments. Energy Efficient Performance: Engineered for optimized power consumption within the modular chassis environment. Enterprise-Grade Reliability: Built for continuous operation in demanding data center and core network environments. Ideal Use Cases Enterprise campus core and aggregation switching Data center fiber access and distribution layers High-density SFP+ environments requiring maximum slot efficiency Service provider aggregation architectures Organizations scaling modular FortiSwitch capacity Technical Specifications Product Type: Modular switch line card Compatible Chassis: FortiSwitch AX9000G Series Interfaces: 48x 10GE/1GE SFP+ and 2x 10GE SFP+ slots Hot Swap Support: Yes Maximum Power Consumption: 321 W Heat Dissipation: 1,095 BTU/h Operating Temperature: 0°C to 40°C Weight: 6.7 kg Form Factor: Chassis line card module Scale Your Core Network with Confidence Deploy the FS-AX9000G-LC10S today to expand fiber capacity and future-proof your FortiSwitch AX9000G infrastructure.