High-Speed Ethernet Deployment Using Network Switches for Corporate Wi-Fi

Objective

The goal of this project is to design and deploy a 1G Ethernet network using a Network switch as the core distribution point. This network will support high-speed Wi-Fi access points (APs) across a large corporate office space, ensuring near 1 Gbps throughput over the wireless network using U7 Pro Max access points.

Additionally, 2 x OM4 multimode fiber cables will be installed to extend NAS connectivity and deliver up to 50 Gbps over a multimode network across a firewall.

Project Phases

1. Site Assessment & Planning

• Conducted a site survey to map out network requirements, coverage zones, and bandwidth demands.
• Identified optimal AP placement to minimize interference and maximize coverage.
• Assessed the existing infrastructure for integration with the new Network switch deployment.
• Evaluated cabling routes and power requirements for PoE. Determined fiber cable routes for NAS connectivity, ensuring secure and high-speed data transfer.

2. Network Design

• Designed a structured network topology with the Network switch at the core.
• Planned for redundancy and failover mechanisms to ensure network reliability.
• Integrated fiber uplinks (via SFP ports) for high-speed backhaul to aggregation switches.
• Selected U7 Pro Max Wi-Fi access points to ensure optimal wireless performance with high-speed connectivity.
• Installed 2 x OM4 multimode fiber cables to support high-speed NAS connectivity up to 50 Gbps, extending across the firewall for secure data transfers.

3. Construction & Installation

• Installed CAT6A structured cabling from the Network switch to each U7 Pro Max AP location.
• Mounted and configured APs based on the predefined coverage plan.
• Installed fiber uplinks where necessary for extended connectivity.
• Deployed OM4 multimode fiber cables to ensure high-speed NAS integration across the firewall.
• Configured Network switch ports as UNI (User Network Interface) ports to manage customer traffic effectively.

4. Post-Construction Configuration & Testing

• Configured Network switch settings, including port security and traffic shaping. Conducted network performance tests, including:
• Wired speed tests (ensuring full 1G throughput to APs).
• Wireless throughput tests to verify near 1G Wi-Fi speeds in optimal conditions.
• Coverage and signal strength validation across the entire office.
• NAS performance tests, verifying up to 50 Gbps transfer speeds over the OM4 multimode network.
• Implemented network monitoring tools for proactive maintenance and real-time performance tracking.

Results & Benefits

• Delivered high-speed Ethernet (1Gbps) to all access points, ensuring seamless wireless performance.
• Optimized Wi-Fi coverage across the corporate office, reducing dead zones and congestion.
• Established a scalable and future-proof network that can handle increased bandwidth demands.
• Extended NAS connectivity with OM4 multimode fiber, ensuring secure 50 Gbps data transfers across the firewall.
• Reduced latency and bottlenecks, providing a high-performance experience for end users.

This structured approach ensures that the Network switch-based network delivers a robust, high-speed Ethernet backbone, enabling close to 1G Wi-Fi speeds using U7 Pro Max access points, while also enhancing NAS performance with OM4 multimode fiber connectivity.