Core Switch Replacement and Access Switch Addition for Acsia Technologies

Introduction

Acsia Technologies aimed to upgrade its network infrastructure by replacing the core switch and adding an additional access switch. This case study outlines the actions taken to configure an Aruba 2930 core switch, an Aruba 1930 access switch, and an Aruba 505 AP access point. The successful implementation resulted in an enhanced network infrastructure with improved performance, scalability, and reliable Wi-Fi connectivity for users.

Scope of Work

The project’s scope involved the following key areas:

• Replacement of the core switch with Aruba 2930
• Addition of an access switch with Aruba 1930
• Configuration of an Aruba 505 AP access point for wireless connectivity

Actions Taken

Core Switch Configuration

The existing core switch was replaced with an Aruba 2930 switch. The new core switch was configured to handle the network’s backbone operations and ensure high-speed and reliable connectivity throughout the organization. The configuration involved setting up VLANs, port configurations, and routing protocols to optimize network performance.

Access Switch Configuration

An additional access switch, the Aruba 1930, was added to the network infrastructure to expand connectivity options and accommodate more devices. The access switch was configured to connect end-user devices and provide them with access to the network resources. The configuration included VLAN setup, port configurations, and link aggregation, ensuring efficient and secure connectivity.

Aruba 505 AP Configuration

An Aruba 505 AP access point was deployed to provide reliable and high-speed Wi-Fi connectivity. The access point was configured to broadcast wireless networks, allowing users to connect their devices and access network resources seamlessly. Configuration tasks included SSID setup, security protocols, channel selection, and radio power optimization.

Results and Benefits

The replacement of the core switch, addition of an access switch, and deployment of the Aruba 505 AP access point yielded several positive outcomes, including:

• Improved network performance: The upgraded core switch, with its advanced features and capabilities, enhanced network performance, providing faster data transmission and reduced latency.
• Scalability and expansion: The addition of an access switch allowed for the expansion of the network, accommodating more devices and users without compromising performance or connectivity.
• Reliable wireless connectivity: The configuration of the Aruba 505 AP access point ensured reliable and high-speed Wi-Fi connectivity, enabling users to connect their devices and access network resources seamlessly.
• Streamlined network management: The centralized management capabilities of Aruba switches and access points simplified network management, allowing for easier configuration, monitoring, and troubleshooting.
• Enhanced security: The network infrastructure’s configuration included security measures such as VLANs, port configurations, and encryption protocols, safeguarding the network and data from unauthorized access.

Conclusion

The successful replacement of the core switch, addition of an access switch, and deployment of the Aruba 505 AP access point at Acsia Technologies resulted in an upgraded network infrastructure with improved performance, scalability, and reliable Wi-Fi connectivity. The configuration of Aruba switches and access points ensured streamlined network management and enhanced security. This case study serves as an example of an industrial-standard network and Wi-Fi enterprise configuration, highlighting the importance of a well-designed and implemented network infrastructure for organizations seeking reliable and efficient connectivity.