Difference between revisions of "Talk:Spectrum Allocation by Country"
Jump to navigation
Jump to search
Joshuarshah (talk | contribs) (I hope you're happy. It seems like he has deleted the article. According to what you have said then I should go onto your page and "contribute" since i'm free to edit any page I want on here. I've noticed that you accussed Jrmobilitytt and I of being the same person. I find that very funny since you are pretending to be someone else but we all know that you are Dv42 even if you keep denying it. You are just a big hypocrite and I don't think anyone has the energy to deal with you. Have a good day) Tags: Blanking Undo |
("He" is obviously you lmao. You appear to be attempting to start some sort of YouTube/Twitter channel for yourself called "JR Mobility". Unless you expect me to believe it's just a coincidence that you both live in Trinidad and Tobago? Lmao twitter.com/joshuarshah) Tag: Undo |
||
| Line 1: | Line 1: | ||
I see that another user asked for a list of inaccuracies on this page. A few that I noticed: | |||
* China Mobile never used UMTS/HSPA. TD-SCDMA is a separate standard, and is not the same thing as TD-HSDPA or UMTS. They created TD-SCDMA in the first place because they didn't want to pay licensing fees for UMTS/HSPA. | |||
* China Mobile shut down their TD-SCDMA network a few years ago, [https://www.commsupdate.com/articles/2019/03/11/china-mobile-closing-down-3g-system-complete-switch-off-expected-by-2020/ around the end of 2019]. | |||
* 5G band n258 is 24GHz, not 26GHz. [https://www.t-mobile.com/support/coverage/t-mobile-network Source from T-Mobile here.] | |||
* "CBN" is not a wireless carrier in China. They own the 700MHz spectrum, which they're allowing China Mobile to use for 5G service. [https://www.mobileworldlive.com/asia/asia-news/cbn-china-mobile-settle-700mhz-5g-plan The network is operated by China Mobile.] | |||
A few questions I had: | |||
* Why is Cellular (CLR) referred to as 850MHz when it's used for LTE/5G, and 800MHz when it's used for CDMA? It's exactly the same frequencies. Seems inconsistent and will confuse people. | |||
* Why is 2.5GHz referred to as 2.5GHz when used in the US and China, but "2.6GHz IMT-E" when used by other countries? The frequencies are the same. The Canadian government [https://www.ic.gc.ca/eic/site/smt-gst.nsf/eng/h_sf10939.html refers to the spectrum] as 2.5GHz BRS. There's no difference in frequency between band 7 and band 41. The only difference is that one is FDD and one is TDD. | |||
* Bell/Telus in Canada share a single RAN and all of their spectrum. It's fairly redundant to list them separately, since they operate as one shared network with exactly the same coverage and spectrum. | |||
[[User:Dl958|Dl958]] ([[User talk:Dl958|talk]]) 18:47, 30 November 2021 (UTC) | |||
Revision as of 02:45, 2 December 2021
I see that another user asked for a list of inaccuracies on this page. A few that I noticed:
- China Mobile never used UMTS/HSPA. TD-SCDMA is a separate standard, and is not the same thing as TD-HSDPA or UMTS. They created TD-SCDMA in the first place because they didn't want to pay licensing fees for UMTS/HSPA.
- China Mobile shut down their TD-SCDMA network a few years ago, around the end of 2019.
- 5G band n258 is 24GHz, not 26GHz. Source from T-Mobile here.
- "CBN" is not a wireless carrier in China. They own the 700MHz spectrum, which they're allowing China Mobile to use for 5G service. The network is operated by China Mobile.
A few questions I had:
- Why is Cellular (CLR) referred to as 850MHz when it's used for LTE/5G, and 800MHz when it's used for CDMA? It's exactly the same frequencies. Seems inconsistent and will confuse people.
- Why is 2.5GHz referred to as 2.5GHz when used in the US and China, but "2.6GHz IMT-E" when used by other countries? The frequencies are the same. The Canadian government refers to the spectrum as 2.5GHz BRS. There's no difference in frequency between band 7 and band 41. The only difference is that one is FDD and one is TDD.
- Bell/Telus in Canada share a single RAN and all of their spectrum. It's fairly redundant to list them separately, since they operate as one shared network with exactly the same coverage and spectrum.