How I Set Up My Home Network Like a Pro

In this post, I’ll show you how I boosted the **Wi-Fi range of my Jio AirFiber** and built a stable home network for all my devices. If you’re using Jio AirFiber and facing range or speed issues, this guide will help you fix them. I’ll also share how I connected my Raspberry Pi server, IoT devices, and multiple routers for the best performance.

What Problems I Was Facing with Jio AirFiber

-> Wi-Fi range didn’t cover the far corners of my home. -> Speeds dropped when more than 6–7 devices were connected. -> My Raspberry Pi and ESP32 IoT devices often disconnected. -> I wanted to connect my home NAS and servers without interruptions.

What I Did to Fix These Issues

1. Tested multiple range extenders and mesh routers. 2. Moved the Jio AirFiber router to the best central location. 3. Used an additional router in **Access Point (AP) mode**. 4. Set up a proper home network with static IPs for important devices.

Step 1: Finding the Right Router Placement

First, I used the **Wi-Fi Analyzer app** to check signal strength in different parts of my house. I then moved the Jio AirFiber router closer to the center of my home and elevated it on a shelf. This simple change improved coverage by 15–20%.

Step 2: Adding a Secondary Router (AP Mode)

I had an old TP-Link router lying around, so I set it up as an Access Point: 1. Connect TP-Link router to Jio AirFiber router via LAN cable. 2. Disable DHCP on the TP-Link router. 3. Set it to the same SSID and password as the main router. This created a **seamless Wi-Fi experience** as I moved around the house.

Step 3: Using a Wi-Fi Range Extender

For areas that still had weak signal, I added a small **Wi-Fi repeater**. Tip: If possible, always prefer wired Access Points over repeaters because repeaters can cut the speed by half.

Step 4: Optimizing Channels and Bands

Jio AirFiber supports both 2.4GHz and 5GHz bands. -> I set 2.4GHz to a less crowded channel (1, 6, or 11). -> I locked the 5GHz band to channel 40. This reduced interference from neighbors' Wi-Fi networks.

Step 5: Connecting My Raspberry Pi and Servers

I run a **Raspberry Pi Cloud Server** and some IoT devices at home. To keep them stable, I assigned **Static IP addresses** on the router for: - Raspberry Pi - My NAS (TrueNAS) - ESP32 devices Now I can easily access them using their IP or DDNS hostname.

🔗 Related: How I Turned My Raspberry Pi into a Cloud Server – A complete guide to building your own private Google Drive at home.

Step 6: Adding DDNS and Cloudflare Tunnels

I wanted to access my devices even when I was outside my home network. So I set up: - **Dynu DDNS**: To get a domain name that updates automatically when my IP changes. - **Cloudflare Tunnel**: To securely access my Raspberry Pi and servers without port forwarding.


    cloudflared tunnel run

This way, I can now access my Pi and NAS from anywhere using my subdomain.

Step 7: Securing My Home Network

-> Changed all default router passwords. -> Disabled remote admin on the Jio AirFiber router. -> Separated IoT devices into a **Guest Network**. -> Enabled automatic backups for my Raspberry Pi.

Extra Tips to Boost Jio AirFiber Performance

1. Always update the router firmware to the latest version. 2. Use CAT6 LAN cables for wired devices. 3. Turn off unused features like WPS and USB sharing on the router. 4. Reboot the router once a week to clear cache.

Why This Setup Works

This setup ensures: - Strong Wi-Fi coverage in every room. - Stable connections for IoT devices and servers. - Easy remote access without messing with port forwarding. - A secure network that’s future-proof.

Final Words

If you’re struggling with Jio AirFiber’s range or speed, try this method. A combination of better placement, Access Points, and DDNS will solve most issues. 👉 Also, check my Cloudflare Tunnel + Dynu Setup Guide to learn how I made my network accessible from anywhere. Thanks for reading! Share this with your friends who use Jio AirFiber.

Boosting My Jio AirFiber Range & Complete Home Networking Setup