This article introduces the bandwidth required for Live View, FTP Uploading, Email Alerts and Push Notifications for Reolink IP cameras.
Applies to: All Reolink IP cameras and NVR (Reolink battery-powered cameras excluded)
The maximum bitrate is different for different models, if you already bought the camera, you can find the bitrate on your camera's settings, if you haven't bought camera yet, you can find your model's bitrate on the Model > Spec > Code Rate part via Reolink official website.
1. Bandwidth for Live View
If you choose Clear mode, then the bandwidth is the same as the Bitrate under clear mode.
If you choose Fluent Type, then the bandwidth is the same as the Bitrate under fluent mode.
In Clear mode: the maximum Bitrate is 8192 kbps
In Fluent mode: the maximum Bitrate is 512 kbps
2. Bandwidth for FTP Uploading
In Clear mode: the maximum Bitrate is 8192 kbps
In Fluent mode: the maximum Bitrate is 512 kbps
You may set up the upload video resolution according to your needs.
Note: Some cameras do not support FTP feature: Which Cameras/NVRs Support FTP Uploading
3. Bandwidth for Email Alerts
The bandwidth for email notifications is not very high. You can choose to attach text, a picture, text & pictures, or text & video to the email alerts. If you set the email notification to attach text & video, the required bandwidth is about 1.6kbps (for cameras with hardware IPC_515/513).
You can set up the email attachment here.
4. Bandwidth for Push Notifications
Bandwidth for push notifications can be ignored, as the push file is very small (less than 1KB) so it takes up a very small amount of bandwidth.
5. Bandwidth for NVR
If you use a Reolink NVR, the NVR itself takes up almost no bandwidth. It is only necessary to calculate the sum of the bandwidth consumed by all cameras.
If you have the camera upload the clear video (maximum bitrate) to the FTP server, view the clear video (maximum bitrate) on Reolink App at the same time, and have enabled the email notification with a video attached, the total bandwidth needed would be: 8192+8192+1.6=16385.6kbps, approximately 16Mbps.