Cisco C9300-NM-8X= Catalyst 9300 8-Port 10GE Network Module

• Maintain 10GE spare modules for Catalyst 9300 switches
• Replace compatible Catalyst 9300 10GE network modules
• Support high-speed enterprise switching infrastructure
• Standardize eight-port 10GE module configurations
• Prepare replacement inventory for critical network switches
• Maintain high-speed connectivity across enterprise networks
• Support planned Catalyst 9300 infrastructure maintenance
• Reduce sourcing delays during network module replacement
• Match switches requiring an 8 x 10GE network module
• Support network engineering hardware replacement workflows
• Maintain standardized spare inventory across switch estates
• Prepare high-speed modules for operational continuity

• Eight 10GE ports provide high-speed network connectivity
• Hot-swappable design supports compatible module replacement
• Designed for supported Cisco Catalyst 9300 Series switches
• Spare-module positioning supports operational readiness planning
• 10GE interface density suits bandwidth-intensive network links
• Eight-port configuration simplifies high-speed port matching
• Catalyst 9300 platform fit supports infrastructure standardization
• Dedicated part number simplifies procurement and asset tracking
• C9300-NM-8X= identifies the required 8-port 10GE module
• Suitable for enterprise network module replacement planning
• Supports high-speed connectivity on compatible switch platforms
• Modular architecture enables defined network interface selection

• Brand: Cisco
• Model: C9300-NM-8X=
• Product Family: Catalyst 9300
• Product Series: Cisco Catalyst 9300 Series
• Product Type: Network Module
• Module Type: Switch Network Module
• Product Description: Catalyst 9300 8 x 10GE Network Module, Spare
• Module Configuration: 8 x 10GE
• Number of Ports: 8
• Port Type: 10GE
• Port Speed: 10 Gigabit Ethernet
• Network Interface: 10GE
• Ethernet Port Count: 8
• High-Speed Port Count: 8
• Module Function: Network Connectivity Module
• Module Application: Catalyst 9300 Network Expansion
• Module Classification: Spare Module
• Hot-Swappable: Yes
• Supported Device: Cisco Catalyst 9300 Series Switch
• Platform Compatibility: Catalyst 9300 Series
• Hardware Platform: Cisco Catalyst 9300
• Installation Type: Modular
• Replacement Type: Hot-Swappable Network Module
• Connectivity Type: 10 Gigabit Ethernet
• Network Module Capacity: 8 x 10GE Ports
• Enterprise Use: High-Speed Network Infrastructure
• Procurement Category: Catalyst 9300 Spare Module
• Replacement Application: Compatible Catalyst 9300 Switches
• Asset Identification: C9300-NM-8X=
• Intended Deployment: Enterprise Switching Infrastructure
• Compatibility: Cisco Catalyst 9300 Series Switch

WHY CHOOSE THIS PRODUCT?

• Eight 10GE interfaces: The 8 × 10GE configuration provides a clearly defined high-speed connectivity option for supported Catalyst 9300 deployments where multiple 10 Gigabit interfaces are required.
• Hot-swappable design: Hot-swappable functionality supports compatible module replacement without treating the module as a conventional fixed component, helping maintenance teams plan for reduced operational interruption.
• Spare-ready procurement: Its specified spare-module designation makes it useful for organizations maintaining replacement inventory for critical Catalyst 9300 infrastructure.
• High-speed port density: Eight 10GE interfaces provide greater high-speed port density than the 4 × 1GE configuration of the C9300-NM-4G=, helping match module selection to bandwidth requirements.
• Platform standardization: Designed for supported Catalyst 9300 Series switches, it allows organizations to maintain a consistent switching platform and defined replacement strategy.
• Simplified sourcing: The exact C9300-NM-8X= part number makes purchasing, inventory management, quotation requests and replacement identification easier.
• Maintenance readiness: Keeping a compatible spare on hand can help network operations teams respond more efficiently when module replacement is required.
• Lifecycle value: A dedicated spare supports structured hardware lifecycle planning and can reduce dependence on urgent procurement for compatible network infrastructure.