To make matters worse there is a slower 5G tower only 2 miles NW. So don't worry about the bars try to figure out where the 4G tower is and the 5G tower is and then get a spot where you improve those Primary reading without making the secoday any worse.Įxample my home the 5G tower is 3 miles SW where the 4G tower is. So the thing is this crazy gateway needs the 4G LTE to kinda also be solid to hold on to the 5G. RSRP -92dBm OK would be nice if it was lower but ok SNR 2dB This is also not good aim to get this at the least 7+ Reliable data speeds may be attained, but marginal data with drop-outs is possible.RSRP -108dBm This is bad you want to get this in the low -90’s Unfortunately, I cannot put this chart up as it is supposed to be but, if you look down the list for the positive RSRQ number that is in your test mode and the negative numbers right below is the corresponding RSRQ number. Look at your RSRQ number in the field test, look at the corresponding negative number in the chart and you have your signal quality. However, I found the following info that is self explanatory. Having said this the formula for RSRQ, I have found, is quite involved. So, in the ios15 field test mode it looks like it is set up for 5G while still serving LTE, 4G,3G, etc, with the Neighbor tower being the main tower for LTE as it is always capturing the signal of the strongest tower. LTE has just a main tower and only looks for another tower when the main cell signal weakens or drops. If I am wrong, please someone jump on and set us straight.ĥG always has a main tower and a neighbor cell tower, where possible, to jump to one another to keep the quality of the 5G signal strong and constant.

From what I have noticed in looking this up, of course 5G and LTE are two technologies.

Rsrp rsrq