How to Change Ring Wi-Fi: Reconnecting Your Ring Device to a New Network
Whether you've upgraded your router, changed your internet provider, or moved to a new home, reconnecting your Ring device to a new Wi-Fi network is something most Ring owners will face at some point. The process is straightforward once you know where to look — but there are a few variables that affect exactly how it goes.
Why Ring Devices Need to Be Manually Reconnected
Ring devices — including doorbells, cameras, and alarm components — store your Wi-Fi credentials locally. They don't automatically detect a new network or follow your phone to a new connection. When your network name (SSID) or password changes, the device loses its connection and needs to be manually pointed to the new network through the Ring app.
This is by design. Local credential storage is a basic security measure that prevents devices from arbitrarily connecting to unknown networks.
What You'll Need Before You Start
- The Ring app installed on your smartphone (iOS or Android)
- Your new Wi-Fi network name and password ready
- The Ring device within reasonable range of your router during setup
- Your phone connected to the new Wi-Fi network you want to use
That last point matters more than most people expect. The Ring app uses your phone's current network connection as part of the handoff process on many device types.
How to Change Wi-Fi on a Ring Device: The General Process
Step 1: Open the Ring App and Find Your Device
Tap the three-line menu (☰) in the top-left corner, then go to Devices. Select the specific Ring device you want to reconnect.
Step 2: Access Device Settings
From the device dashboard, tap the Settings icon (gear icon), then look for Device Health. This screen shows your current network status and is where the Wi-Fi change process begins.
Step 3: Tap "Change Wi-Fi Network"
Inside Device Health, you'll see a Change Wi-Fi Network option. Tapping this launches the setup wizard, which walks you through putting the device into setup mode and connecting it to the new network.
Step 4: Put the Device Into Setup Mode
Most Ring devices require you to press a physical button to enter setup mode — typically the orange button on the back or side of the device. The light on the front will flash or spin to confirm it's ready. The app will prompt you through this step.
Step 5: Connect to the Ring's Temporary Network
During setup, your phone will need to temporarily connect to a network broadcast by the Ring device itself (named something like Ring-XXXXXX). This is how the app communicates the new credentials to the device. On iOS, you may be prompted automatically. On Android, you may need to go into your Wi-Fi settings manually.
Step 6: Select Your New Network and Enter the Password
The app will display available networks. Choose your new network, enter the password, and confirm. The device will reboot and attempt to connect.
Variables That Affect How Smoothly This Goes 🔧
Not every Ring device reconnection goes identically. Several factors shape the experience:
| Variable | How It Affects the Process |
|---|---|
| Device type | Doorbells, indoor cameras, and floodlights each have slightly different button locations and light indicators |
| Ring app version | Older app versions may have slightly different menu paths |
| Phone OS (iOS vs Android) | Android sometimes requires manual network switching during setup; iOS handles it more automatically |
| Router settings | Routers with separate 2.4 GHz and 5 GHz networks can cause confusion — Ring devices generally prefer or require 2.4 GHz |
| Network name changes | If only your password changed but SSID stayed the same, the process is identical — the device can't distinguish |
The 2.4 GHz vs 5 GHz Factor
This trips up a significant number of users. Most Ring devices are designed to connect on the 2.4 GHz band, not 5 GHz. If your router broadcasts both bands under the same network name, this usually isn't a problem — the device will connect to the appropriate band. But if you're setting up on a 5 GHz-only network or a router that only shows the 5 GHz SSID, the Ring device may fail to connect without an obvious error message.
Some newer Ring devices do support dual-band or 5 GHz connections. Checking your specific model's documentation or the Device Health screen in the app will tell you what your device supports.
Ring Devices That Work Differently
Ring Alarm components (contact sensors, motion detectors, keypads) connect through the Ring Alarm Base Station, not directly to your router. To change Wi-Fi for a Ring Alarm system, you update the Base Station's network — the individual sensors follow automatically since they communicate via Z-Wave or Zigbee to the base, not Wi-Fi directly.
Ring Chimes follow the same app-based process as cameras and doorbells but are often overlooked — if your chime stops ringing after a network change, it needs to be reconnected separately.
When the Process Doesn't Work
If setup fails or the device won't enter setup mode:
- Hard reset the device using the setup button (hold for 10–20 seconds depending on model) and start fresh
- Check router compatibility — some routers with strict firewall settings or uncommon security protocols (like WPA3-only) can block the initial handshake
- Move the device closer to the router temporarily during setup — weak signal during the reconnection process is a common failure point
- Restart both the router and the Ring device before attempting again
The Part That Depends on Your Setup 🏠
The steps above cover the core process reliably. But how easy or complicated this actually is for you depends on factors specific to your situation — the type of Ring device you own, how your router is configured, whether you're dealing with a mesh network, and whether your phone's OS cooperates during the temporary network switch.
Some users complete this in under two minutes. Others encounter the 2.4 GHz issue, or their phone won't auto-switch networks, or they have a Ring model with a less obvious setup button. Understanding where the friction points typically hide is usually enough to get through it — but your particular combination of hardware, network, and device model is what will actually determine how straightforward your reconnection turns out to be.