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Re: Which 5G Bands - Not Frequencies - Are Used?
I never got a reply: which bands, not frequencies, are being used by Videotron to supply 5G? I noted in my previous response, that 1700MHz uses n66 and n86; whilst 2100MHz usesn1, n34, n65, n66, n84 and n95. Which of these are currently used? If the answers can't be found here, where else might I look or ask? Is there perhaps a number I might call? Thanks a bunch!2,4 kVues0like1CommentaireWhich 5G Bands - Not Frequencies - Are Used?
Which 5G bands specifically are used?Wikipediasuggests, that 1700 MHz is used by bands n66 and n86; 2100 MHz is used by bands n1, n34, n65, n66, n84 and n95; and 700 MHz is used by bands n12, n13, n14, n28, n29, n67, n83 and n85. For example, according tothis map(which sadly doesn't contain 5G information for Videotron - hence my question), Videotron's towers seem to broadcast LTE on bands 4 and 66, both at 1700 MHz - but not on band 70, which is also at 1700 MHz. As such, a phone which receives data at 1700 MHz on only band 70 and not on bands 4 and 66 would not function on Videotron's network.4,8 kVues0like4CommentairesRe: 5G Bands
Which 5G bands specifically are used?Wikipediasuggests, that 1700 MHz is used by bands n66 and n86; 2100 MHz is used by bands n1, n34, n65, n66, n84 and n95; and 700 MHz is used by bands n12, n13, n14, n28, n29, n67, n83 and n85. For example, according to this map(which sadly doesn't contain 5G information for Videotron - hence my question), Videotron's towers seem to broadcast LTE on bands 4 and 66, both at 1700 MHz - but not on band 70, which is also at 1700 MHz. As such, a phone which receives data at 1700 MHz on only band 70 and not on bands 4 and 66 would not function on Videotron's network.2,9 kVues0like0Commentaire