The Cisco C9400-SUP-1XL-Y is a powerful supervisor engine designed for the Cisco Catalyst 9400 Series modular switches, delivering high-performance switching, advanced security, and scalable connectivity for enterprise campus networks. Built to support modern networking demands, this supervisor module provides reliable processing power and efficient traffic management across large-scale environments.With support for high-speed 25 Gigabit uplinks and substantial switching capacity, the C9400-SUP-1XL-Y ensures fast and efficient data handling for bandwidth-intensive applications such as cloud services, video, and IoT deployments. It is ideal for core and distribution layer roles in enterprise networks.The module includes advanced security features, network automation, and programmability capabilities, enabling simplified management and enhanced operational efficiency. It also supports high availability and redundancy, ensuring continuous network performance with minimal downtime.Seamlessly integrating into the Catalyst 9400 modular chassis, the C9400-SUP-1XL-Y is built with Cisco’s enterprise-grade architecture, offering durability, scalability, and long-term reliability for mission-critical network infrastructures.
🔹 Bullet Points:
HIGH-PERFORMANCE SUPERVISOR ENGINE: Designed for Cisco Catalyst 9400 Series modular switches
25G UPLINK SUPPORT: Enables high-speed connectivity for enterprise core and aggregation layers
ADVANCED PROCESSING POWER: Handles large volumes of network traffic efficiently
SCALABLE NETWORK ARCHITECTURE: Supports growing enterprise and campus network demands
HIGH AVAILABILITY SUPPORT: Enables redundancy for uninterrupted network operations
ADVANCED SECURITY FEATURES: Protects against network threats and vulnerabilities
AUTOMATION AND PROGRAMMABILITY: Simplifies network management and configuration
SEAMLESS CHASSIS INTEGRATION: Fully compatible with Catalyst 9400 platform
OPTIMIZED FOR MODERN APPLICATIONS: Ideal for cloud, IoT, and high-density environments
CISCO TRUSTED QUALITY: Ensures durability, performance, and long-term reliability











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