nanog mailing list archives
Re: 5G roadblock: labor
From: Mark Tinka <mark.tinka () seacom mu>
Date: Fri, 17 Jan 2020 07:00:05 +0200
On 16/Jan/20 11:50, Alexandre Petrescu wrote:
The list of bands seems long, much longer than what my eye is used to. It is an expression of new chips extremely parametrable and generic. The band 71 seems to have inside some specifics to 5G, somewhere in the UHF (hundreds of megahertz). The bands 42 and 48 are in the 3.5GHz area. The 3.5GHz are is where it is likely that some bands are to be allocated for 5G in France. (other likely 5G frequencies are in the UHF, in 20-something GHz, 60-something and 70-something). It is for these reasons I believe iphone 11 is ready for 5G.
There could be a ton of bands there, but it doesn't mean they support 5G. 5G isn't just a frequency thing. The phone needs the actual hardware in there to do it, which is doesn't have. 802.11ax and 802.11a/b/g/n all use 2.4GHz and 5GHz, but they are totally different bits of hardware in a device. Mark.
Current thread:
- Re: 5G roadblock: labor, (continued)
- Re: 5G roadblock: labor Mark Tinka (Jan 15)
- Re: 5G roadblock: labor Alexandre Petrescu (Jan 16)
- Re: 5G roadblock: labor Shane Ronan (Jan 16)
- Re: 5G roadblock: labor Mark Tinka (Jan 16)
- Re: 5G roadblock: labor Alexandre Petrescu (Jan 17)
- Re: 5G roadblock: labor Seth Mattinen (Jan 17)
- Re: 5G roadblock: labor Christopher Morrow (Jan 20)
- Re: 5G roadblock: labor Tom Beecher (Jan 17)
- Re: 5G roadblock: labor Mark Tinka (Jan 18)
- Re: 5G roadblock: labor Alexandre Petrescu (Jan 18)
- Re: 5G roadblock: labor Mark Tinka (Jan 15)
- Re: 5G roadblock: labor Mark Tinka (Jan 16)