Aug 20 16:55:46 odroid rbfeeder[2897524]: [2022-08-20 16:55:46] Data sent: 35.9 MB
Aug 20 16:55:46 odroid rbfeeder[2897524]: [2022-08-20 16:55:46] Data received: 31 B
Aug 20 16:56:47 odroid rbfeeder[2897524]: [2022-08-20 16:56:47] ******** Statistics updated every 60 seconds ********
Aug 20 16:56:47 odroid rbfeeder[2897524]: [2022-08-20 16:56:47] Packets sent in the last 60 seconds: 1706, Total packets sent since startup: 819120
Aug 20 16:56:47 odroid rbfeeder[2897524]: [2022-08-20 16:56:47] Data sent: 36.0 MB
Aug 20 16:56:47 odroid rbfeeder[2897524]: [2022-08-20 16:56:47] Data received: 31 B
Aug 20 16:57:48 odroid rbfeeder[2897524]: [2022-08-20 16:57:48] ******** Statistics updated every 60 seconds ********
Aug 20 16:57:48 odroid rbfeeder[2897524]: [2022-08-20 16:57:48] Packets sent in the last 60 seconds: 1750, Total packets sent since startup: 820870
Aug 20 16:57:48 odroid rbfeeder[2897524]: [2022-08-20 16:57:48] Data sent: 36.1 MB
Aug 20 16:57:48 odroid rbfeeder[2897524]: [2022-08-20 16:57:48] Data received: 31 B
Installed on a virtual Machine running on a TrueNAS host.
As Radarbox does not have an amd64 version, i am using the docker solution. Works like a charm
That is the solution i am using as well. I removed all my raspberries as it is waste of ressources having my NAS doing nothing else and is underemployed all day.
That depends on how your are handling you NAS systems My systems are only powered on when needed, a NAS eats more power resources then a raspberry pi
An average NAS does use around 30 watts/hour and the Raspberry Pi uses 3,5 watts/hour.
So 9 Rapberry Pi’s equal 1 NAS roughly.