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DECT does transmit 24/7 to poll the handsets, otherwise they would show no connection to base.
Its only very short pulses, but that changes to continuous transmission during a call.
Its very similar to the way a mobile phone works.
DECT cannot be disabled on the Smart Hub 2.
You are talking about quite a low power level, much less than a mobile phone.
Thanks very much for that info, Keith.
If DECT only broadcasts very short pulses, say once every minute, in standby mode, then I guess that would not be an issue in terms of radio wave exposure.
But then if the exposure is so minimal in standby mode, why would Gigaset phones offer an Eco Mode Plus setting, which switches off all radio wave radiation during standby?
Gigaset phones have the Eco Mode option, which cuts radio wave transmission power by 80% during calls. And they also have Eco Mode Plus which cuts out all radiation completely when the phone is on standby.
On my existing Gigaset cordless phone in my home, I have both Eco Mode and Eco Mode Plus switched on.
I appreciate the the radiation power from a mobile phone on call is going to be a lot higher than the output of a cordless phone on call. However, it's the 24 hour output from a cordless base station in standby mode which might be an issue, as the human body does not get any break from this.
If the DECT unit on the Smart Hub 2 cannot be turned off, then I guess even if I don't use the BT DECT phones, and stick with my Gigaset cordless, the Smart Hub router will still be transmitting standby mode DECT signals 24/7.
But yes, if as you say a cordless DECT base station on standby only transmits very brief pulses once every short while, then possibly nothing to be concerned about.
Have you read this as an introduction? Digital enhanced cordless telecommunications - Wikipedia