Aruba Networking 2930 2-port Stacking Module

Overview

The Aruba JL325A is a two-port stacking module designed to expand the capacity of Aruba 2930M switches by linking multiple units with high-speed wired connections. This module simplifies network growth by enabling seamless stacking without complex setup, making it ideal for businesses and IT environments that need reliable and efficient network expansion. Its compact size and lightweight design allow it to fit easily into existing rack setups without consuming much space.

Key features

• Two-port stacking capability that connects multiple Aruba 2930M switches for unified management and increased bandwidth
• Plug-in design allows for quick installation with minimal downtime, helping maintain network availability
• Wired connectivity ensures stable and consistent data transfer between stacked switches, reducing network interruptions
• Compact and lightweight form factor supports space-efficient deployment in both small and large network environments
• Compatible specifically with Aruba 2930M 24 Smart Rate POE+ 1-Slot switch models, ensuring seamless integration

Key specs

• Ports: 2 stacking ports
• Dimensions: 14.7 x 6.1 x 2.8 cm
• Weight: 149.7 grams
• Compatibility: Aruba 2930M switches, including 24 Smart Rate POE+ 1-Slot models

Connectivity and compatibility

This stacking module is designed to work exclusively with Aruba 2930M switches, providing a reliable wired connection that supports high-speed data transfer between units. Its plug-in interface fits directly into the designated slot on compatible switches, ensuring a secure and stable link that enhances network performance without requiring additional cables or adapters.

Ideal uses and environments

The JL325A stacking module is well suited for growing office networks and data centers that rely on Aruba 2930M switches. It supports network administrators who need to scale their infrastructure efficiently while maintaining consistent performance and simplified management. This module fits well in environments where space is limited but network capacity must be expanded reliably.