HPE JL325A Aruba 2930 2-Port Stacking Module Plug-In Module

Part Number (JL325A)

The HPE Aruba 2930 2-Port Stacking Module is an essential component for enhancing the performance and scalability of your network infrastructure. One of its standout features is the part number, JL325A. This unique identifier is crucial for users as it ensures compatibility and enables easy identification and procurement of the correct module for their specific needs.

Compatibility with Aruba 2930 Series Switches

The JL325A stacking module is specifically designed to be compatible with the Aruba 2930 Series switches. This compatibility is a significant advantage for users who already have these switches deployed in their network infrastructure. By utilizing the JL325A stacking module, users can easily expand their network capabilities without replacing their existing switches, saving both time and money.

Seamless Integration

Integrating the JL325A stacking module with Aruba 2930 Series switches is a seamless process. The module seamlessly slots into the switch chassis, allowing for easy installation and configuration. The compatibility ensures that users can quickly deploy the stacking module without any disruption to their existing network operations.

Enhanced Network Performance

The compatibility between the JL325A stacking module and Aruba 2930 Series switches brings significant performance enhancements to the network. By connecting multiple switches using the stacking module, users can create a virtual chassis, enabling them to manage multiple switches as a single device. This consolidation of switches eliminates complexity and reduces management overhead, resulting in improved network performance and operational efficiency.

Increase Scalability

With the JL325A stacking module, users can effortlessly scale their network infrastructure by adding more switches to the stack. This scalability is essential for growing businesses or organizations that anticipate an increase in network traffic or need to accommodate additional devices. The stacking module facilitates easy expansion, allowing users to adapt their network to evolving requirements without any major disruptions.

Redundancy and Resilience

The compatibility between the JL325A stacking module and Aruba 2930 Series switches also offers enhanced redundancy and resilience. By connecting switches in a stack, users can create link aggregation groups (LAGs) that distribute traffic across multiple physical links. This redundancy ensures that if one link fails, traffic seamlessly redirects to the remaining links, preventing network downtime and ensuring uninterrupted connectivity.

Ports (2)

The HPE Aruba 2930 2-Port Stacking Module features two ports, making it a versatile choice for network expansion and connectivity requirements. The number of ports available in a stacking module is an important consideration for users, as it directly impacts the flexibility and capacity of their network infrastructure.

Increased Connectivity Options

The inclusion of two ports in the JL325A stacking module allows users to connect multiple switches together, creating a high-bandwidth backbone for their network. This increased connectivity enables efficient data transfer between switches, ensuring smooth communication and reducing latency.

Flexible Network Topology

The two ports in the JL325A stacking module provide users with the flexibility to design various network topologies based on their specific requirements. Whether it's a simple daisy-chain configuration or a more complex ring or mesh topology, the dual ports offer the necessary flexibility to create a resilient and efficient network infrastructure.

Link Aggregation

The availability of two ports in the JL325A stacking module also facilitates link aggregation. With link aggregation, multiple physical links can be combined into a single logical link, increasing bandwidth and providing redundancy. This feature is particularly beneficial for high-demand environments where network performance and reliability are crucial.

Future Expansion

Having two ports in the JL325A stacking module allows for future expansion and scalability. Users can utilize one port for stacking purposes while reserving the other port for future growth or connecting to other devices. This future-proofing capability ensures that users can easily adapt their network infrastructure as their needs evolve.

Interface Type (Stacking)

The interface type of the HPE Aruba 2930 2-Port Stacking Module is stacking. This interface type plays a vital role in simplifying network management, improving performance, and enabling seamless scalability.

Simplified Network Management

The stacking interface of the JL325A module simplifies network management by allowing users to manage multiple switches as a single entity. Instead of individually configuring and managing each switch in the stack, users can centrally control and monitor the entire stack, reducing administrative overhead and streamlining network operations.

Single IP Address

By utilizing the stacking interface, users can assign a single IP address to the entire switch stack, eliminating the need to assign individual IP addresses to each switch. This simplifies network management and reduces the complexity of maintaining multiple IP addresses, making it easier to identify and troubleshoot any issues that may arise.

Consolidated Configuration

The stacking interface enables consolidated configuration across the entire switch stack. Users can define and apply configurations to one switch in the stack, and those configurations will automatically propagate to all other switches in the stack. This streamlined configuration process saves time and ensures consistency across the network.

Efficient Resource Utilization

The stacking interface optimizes resource utilization by allowing users to share resources across the switch stack. For example, with a stacked configuration, users can allocate VLANs, security policies, and other resources across all switches in the stack, ensuring efficient utilization of available resources and avoiding wastage.

Seamless Scalability

The stacking interface facilitates seamless scalability by enabling users to add or remove switches from the stack without disrupting network operations. This flexibility is crucial for businesses or organizations that anticipate future growth or need to accommodate changing network requirements. The stacking interface simplifies the process of expanding the network infrastructure, ensuring a smooth transition and minimal downtime.

Form Factor (Plug-In Module)

The HPE Aruba 2930 2-Port Stacking Module features a plug-in module form factor, offering users a convenient and versatile solution for extending the capabilities of their network infrastructure.

Ease of Installation

The plug-in module form factor of the JL325A stacking module makes it incredibly easy to install. Users can simply insert the module into the corresponding slot on the switch chassis, eliminating the need for complex wiring or additional rack space. This ease of installation ensures that users can quickly deploy the module without any major disruptions to their existing network setup.

Hot-Swappable Design

The plug-in module form factor also enables hot-swappable functionality. This means that users can remove or insert the JL325A stacking module while the switch is still operational. The hot-swappable design eliminates the need to power down the switch or interrupt network connectivity, making it convenient for maintenance, upgrades, or reconfiguration.

Space-Saving Solution

The plug-in module form factor is a space-saving solution for organizations with limited rack space. By utilizing a plug-in module, users can maximize their available rack space while still enjoying the benefits of enhanced network performance and scalability. This compact design allows for efficient use of physical resources and ensures a clutter-free network environment.

Modular Flexibility

The plug-in module form factor offers modular flexibility, allowing users to customize their network infrastructure based on their specific needs. Users can mix and match different modules within the switch chassis to extend functionality, such as adding additional stacking modules or integrating other expansion modules. This modular approach provides users with the flexibility to adapt their network to changing requirements without having to replace the entire switch.