Quick google search suggests otherwise. It appears to depend on configuration but can go over 50 GHz, is that true? Would be a real broad band operation if they're trying to jam all that.
I can't speak to the intentions of the person operating the jammer - if a person were using a jammer believing it to be prophylactic of the effects of radiation by 5G radios it may not be useful to ask what frequencies they were trying to jam.
Anyways, the excerpts from DDG results for the BG-E8 5G list its jamming spectrum as 870MHz to 5850MHz. And for probably 98+% of users that will cover the frequencies in use where they live. The "high band" frequencies (25-100GHz) have a much shorter range, very low penetrating power (essentially you need to have line of sight to the antenna), and really only make sense in very high density areas like stadiums and maybe urban cores.
Thank you, I stand corrected. It seems 5G is all over the spectrum according to the FCC[0]. Not quite sure why I thought it was limited to sub 6GHz for some reason.
Probably because sub6 is the only one that matters to most people. The others are rather useless outside of high density events(think a football stadium and such), as they have next to zero penetration power.
Yes, 5G can operate on lots of different frequencies depending on whether you want high bandwidth or high coverage (or, through careful combinations) both!
Since 50GHz is basically line-of-sight, if you want to jam it, just build a wall!
Quick google search suggests otherwise. It appears to depend on configuration but can go over 50 GHz, is that true? Would be a real broad band operation if they're trying to jam all that.