That's what I suggested...
On Thu, Mar 3, 2022, 12:06 PM Daniel White wrote:
> At what availability?
>
> If you can't break up the hop... a 80GHz 10Gbps link I think should
> connect at that distance (you would need to do the link calc) but it would
> be super s**ty availability. You could then
It's possible to get 10 miles out of 80ghz (if you don't care about it
going down everytime it rains) but I'm not sure any of the radios out there
are going to be able to do 10Gbps at that distance. The only way to do it
reliably would be a whole stack of 11ghz radios... and the chances of being
ab
At what availability?
If you can't break up the hop... a 80GHz 10Gbps link I think should
connect at that distance (you would need to do the link calc) but it
would be super s**ty availability. You could then backup the link with
say 11GHz 1Gbps.
Depending on what the application is... that migh
Single mode fiber.
Or a sequence of shorter 80ghz hops.
Or a stack of 18/11/6ghz systems load balanced with OSPF or LAG. I think you’d
need something like 14 chains at 80mhz bandwidth. So 7 X-Pol systems. You can
put two on one dish so I’d assume at least 4 dishes, and a frequency
co
for a reliable solution, that would require a combined system and available
licenced channels. The word city probably means any single band wouldnt
have the channels. Range, capacity, reliability, have them pick the two
they want most and work from there. by the time all the engineering,
mounting,
Mw is good to 1.4gbps with 2x80mhz and you can stack them if you have the
channels available. They sell a 80+mw (11,18ghz) that will do 10g with 1.4g
backup but that is better around 5 miles max.
On Thu, Mar 3, 2022, 8:58 AM Jaime Solorza
wrote:
> Does any company offer a wireless 10GBps 10 mile
