Hi,

Again, thank you for your answer. Could you please elaborate a bit more about your number 1.4? what it’s ~1.4? also, was I correct in reasoning, that in the case of one transceiver, packages are sent (ping) with two discrete destination addresses, so that mobile phone is in idle — but alive and connected to both SIM card’s antennas at the same time, and the moment when one call (or any heavy activity, like Data transfer) activates, transceiver is fully loaded by the data transmission from A to B — where A is your phone, and B is the tower of the one SIM card’s operator.

Is the ping you’ve mentioned applying for DUOS phones? or Single SIM ones? if DUOS, when active or standby? my understanding, why radiation could go slightly up in Dual Stand-by’s transceiver is, that Ping could rise up.. as it needs to “simultaneously” communicate with two towers.. and this may increase the data-transfer.. (but I’m not sure I understand this point correctly.. maybe loading transfer with more intense pings don’t really increase the radiation.. I’m not too good at physics.. so, I assume there are two points to be discussed when talking about radiation: Frequency and an intensity of the connection).

Sure, mate, I know that things we’re discussing here are not absolute, as many parameters influence the ultimate result: coverage, distance, time of talking etc. but whatever I’m discussing here, I bring it up in a mathematical precision — considering the all the other givens are default — median.

Answering your last question: It’s way too ridiculous, and I’m getting nuts because of this “market need”.. but believe it or not, I’ve already tried for two months, and I can NOT find any Single-Sim phone in the market. I do live in Tallinn, Estonia. Apple has only the option with Single-Sim, but I’m Android bearer.

Again, thank you very much for your responses. I appreciate this!

Giorgi,

Cheers!