Hewlett Packard Enterprise Aruba JL325A 2930M 2-Port Stacking Module (New Sealed)

The HPE Aruba JL325A is a dedicated 2-port stacking module designed for the Aruba 2930M switch series, enabling high-performance and scalable network stacking in enterprise environments. It allows multiple switches to operate as a single logical system, significantly simplifying network management and improving overall efficiency. This module delivers high-speed stacking connectivity with up to 80 Gbps aggregate bandwidth, ensuring fast and reliable inter-switch communication. It is engineered to enhance network resiliency, reduce configuration complexity, and support seamless expansion of switching infrastructure without service disruption. The JL325A is ideal for enterprise campus networks, branch offices, and growing business environments where scalability, stability, and centralized control are essential. It integrates directly into compatible Aruba 2930M switches and supports smooth deployment with minimal setup effort, making it a reliable solution for building flexible and high-performance network architectures.

• Function: Enables high-speed stacking of multiple switches into a single logical system for simplified management
• Stacking Ports: 2 dedicated high-speed stacking ports for inter-switch connectivity
• Stacking Performance: Up to 80 Gbps aggregate stacking bandwidth for high-performance data exchange
• Scalability: Supports stacking of up to 10 switches for expanded network growth
• Network Management: Allows multiple switches to be managed as a single unified device
• Installation: Compact plug-in module design for easy integration into compatible switches
• Compatibility: Specifically designed for Aruba 2930M Series switches
• Reliability: Improves redundancy and network resiliency in enterprise environments
• Use Case: Ideal for enterprise campuses, branch networks, and scalable business infrastructures
• Performance Optimization: Reduces network complexity and improves overall switching efficiency
• Redundancy Support: Provides failover capability within the stack for improved uptime
• Traffic Handling: Ensures smooth inter-switch traffic flow for high-demand enterprise applications
• Maintenance: Simplifies firmware upgrades and configuration management across multiple devices
• Network Efficiency: Minimizes cabling complexity by replacing multiple individual switch links with stacking connections