HPE Aruba ION 1930 24-Port Switch

The HPE Aruba ION 1930 24-Port Switch is a smart managed Gigabit Ethernet switch designed for modern enterprise offices, educational institutions, healthcare facilities, retail chains, and distributed branch networks that require dependable wired connectivity with high-speed uplink performance. Combining enterprise-grade hardware with flexible management options, this switch provides a scalable and reliable foundation for growing business networks.

As part of the comprehensive range of

Aruba networking products in India
, the HPE Aruba ION 1930 24-Port Switch delivers professional networking features while maintaining ease of deployment and centralized visibility.

High-Density Gigabit Access Switching

The HPE Aruba ION 1930 24-Port Switch features twenty-four 1G RJ-45 Ethernet ports that provide stable and high-speed wired connectivity for workstations, IP phones, wireless access points, printers, and other network-connected devices. This port density makes it ideal for access-layer deployments in offices, classrooms, and commercial environments.

By supporting a large number of endpoints on a single switch, organizations can simplify network design and reduce the need for additional access devices.

10GbE SFP+ Uplinks for Aggregation

To support upstream connectivity and network aggregation, the HPE Aruba ION 1930 24-Port Switch includes four 10GbE SFP+ uplink ports. These high-speed fiber uplinks provide sufficient bandwidth for connecting to core switches, aggregation layers, or data center infrastructure.

The SFP+ uplinks ensure smooth traffic flow between access layers and upstream networks, making the switch suitable for bandwidth-intensive environments and future expansion.

Enterprise-Class Switching Performance

The HPE Aruba ION 1930 24-Port Switch delivers a switching capacity of 128 Gbps and a forwarding rate of up to 95.23 million packets per second. This non-blocking performance ensures consistent throughput and low latency even during peak usage periods.

Such performance is critical for supporting modern applications such as cloud services, video conferencing, VoIP, and large file transfers across enterprise networks.

ARM Cortex-A9 Processing Architecture

Powered by an ARM Cortex-A9 processor, the HPE Aruba ION 1930 24-Port Switch provides reliable control-plane performance for stable network operations. This architecture enables efficient handling of management tasks, protocol processing, and configuration changes.

The processor ensures responsive performance even when managing multiple VLANs and monitoring network traffic.

Layer 2 Switching Features

The HPE Aruba ION 1930 24-Port Switch supports advanced Layer 2 switching features that enable effective traffic segmentation and network control. VLAN configuration allows administrators to separate data, voice, and guest traffic, improving security and performance.

Additional features such as link aggregation, spanning tree protocols, multicast optimization, and Quality of Service mechanisms help prioritize latency-sensitive applications and maintain predictable network behavior.

Flexible Cloud, Web, and SNMP Management

The switch offers multiple management options to suit different operational requirements. Administrators can manage the HPE Aruba ION 1930 24-Port Switch through an intuitive web-based interface for local control or leverage cloud-based management for centralized visibility across multiple sites.

SNMP support allows integration with third-party monitoring systems, enabling proactive network management and faster troubleshooting.

Security and Network Protection

Security is an essential aspect of enterprise networking, and the HPE Aruba ION 1930 24-Port Switch includes features designed to protect the network edge. Secure management access, traffic filtering, and segmentation capabilities help reduce the risk of unauthorized access.

These features make the switch suitable for environments with strict security and compliance requirements.

Ideal Deployment Scenarios

The HPE Aruba ION 1930 24-Port Switch is ideal for enterprise offices, educational campuses, healthcare facilities, hospitality environments, and retail operations. It functions effectively as an access-layer switch providing Gigabit connectivity with high-speed uplinks to aggregation or core layers.

Organizations deploying wireless access points, IP telephony systems, and business-critical applications benefit from the switch’s reliability and performance.

Integration with Aruba Networking Ecosystem

The HPE Aruba ION 1930 24-Port Switch integrates seamlessly with other

Aruba enterprise networking solutions
. This enables organizations to build unified wired and wireless infrastructures with consistent policies and centralized management.

The ecosystem approach simplifies network expansion and supports long-term scalability as business requirements grow.

Reliability and Long-Term Value

Built with enterprise-grade components, the switch is designed for continuous operation in demanding environments. Stable firmware, regular updates, and robust hardware design ensure long-term reliability and consistent performance.

This makes the HPE Aruba ION 1930 24-Port Switch a dependable investment for organizations seeking professional and scalable networking infrastructure.

Best Practices for Deployment

When deploying the switch, it is recommended to plan VLAN architecture, uplink utilization, and traffic prioritization in advance. Proper cable management, labeling, and documentation improve maintainability and reduce troubleshooting time.

Regular firmware updates and proactive monitoring help maintain optimal performance and network security.

Conclusion

The HPE Aruba ION 1930 24-Port Switch delivers a powerful combination of high-density Gigabit access, 10GbE SFP+ uplinks, enterprise-class performance, and flexible management options. With seamless integration into the Aruba networking ecosystem, it is an ideal solution for organizations building reliable, scalable, and future-ready wired networks.

Specifications and supported features may vary depending on firmware version and regional availability. Always verify deployment requirements before implementation.