Omada SDN Controller User Guide: Centralized Network Management.pdf

# Omada SDN Controller User Guide (V5.12)

## Overview
This guide provides instructions for managing TP-Link devices using the Omada SDN Controller, offering centralized control over your network infrastructure. It is designed for network managers familiar with IT concepts and terminologies.

Key Components:
- Controller: The software or hardware platform that manages network devices.
- Gateway/Router: Network devices that facilitate data transfer between different networks.
- Switch: Devices used to connect and switch data between multiple devices within a local area network (LAN).
- AP (Access Point): Wireless networking devices that allow wireless devices to connect to a wired network.

## Getting Started

### Set Up Your Software Controller:
1. Determine Network Topology: Map out your network's layout, identifying switches, gateways, and other devices.
2. Install the Software Controller: Download and install the controller software on a server or virtual machine.
3. Start and Log In: Launch the controller and log in with the provided credentials.

### Set Up Your Hardware Controller:
1. Determine Network Layout: Similar to the software setup, map your network devices.
2. Deploy the Hardware Controller: Install the hardware controller on a suitable location within your network.
3. Start and Log In: Power on the controller and access its web interface using the default login details.

### Cloud-Based Controller Setup:
Follow the manufacturer's instructions to set up a cloud-based controller for remote management, offering real-time device monitoring and control via an online platform.

## Managing Devices and Sites

### Create Sites:
Organize your network into logical sites based on geographical or functional boundaries, enabling targeted configuration and management.

### Adopt Devices:
Add TP-Link devices to the controller, allowing centralized control and configuration. This process involves scanning for devices and assigning them to specific sites.

For Software/Hardware Controllers:
- Scan for devices using the controller's discovery feature.
- Select devices to add to your network and assign them to appropriate sites.

For Cloud-Based Controller:
- Devices can be automatically detected and added upon initial setup.
- Manual device adoption may require unique identifiers or QR codes for registration.

## Configuring the Network

### Navigating the UI:
The SDN Controller's user interface (UI) allows easy navigation between different network management sections.

### Modifying Site Configurations:
- Site Configuration: Define site details, including name, description, and IP addressing schemes.
- Services: Configure network services like DHCP, DNS, and NTP for each site.
- Advanced Features: Explore additional settings for enhanced network management.

### Device Accounts:
Manage user accounts with specific permissions to control access to the controller and its functions.

### Wired Networks:
Configure LAN connections, setting up IP addresses, subnets, and gateway details.

Internet Connection:
- Assign an IP address from your network's subnet for the controller's internet connectivity.

### Wireless Networks:

#### Basic Setup:
- Create SSIDs (Service Set Identifiers) with unique names and security protocols (WPA2, WPA3).
- Configure wireless channels and transmission power.

#### Advanced Settings:
- WLAN Schedule: Programmed schedules for network access control.
- 802.11 Rate Control: Optimize data transfer rates based on device capabilities.
- MAC Filtering: Allow or deny specific devices from connecting to the network.
- Multicast/Broadcast Management: Control and optimize multicast traffic.
- AI WLAN Optimization: Utilize AI for automatic network tuning and performance enhancements.

## Network Security:

- ACL (Access Control Lists): Define rules to control network access, allowing or blocking specific IP addresses or MAC addresses.