Use something like this. Ceragon is announcing this at MWC I believe so
it may no be prime-time ready: https://www.ceragon.com/products/ip-50fx/
On the IP-20 platform you could use this:
https://www.ceragon.com/products/fibeair-ip-20a-na/
Companies like Aviat and Ericsson should have similar solutions.
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Carl Peterson wrote on 2/19/19 11:07:
It is for a customer of ours. If it were for me, I would just lease
dark and add 80Ghz at the ends which is likely how this will end up.
On Tue, Feb 19, 2019 at 12:04 PM Mathew Howard <[email protected]
<mailto:[email protected]>> wrote:
You could probably do it with SIAE or Bridgewave navigator a fair
amount cheaper, but it would still need to be the same
configuration. I suspect running fiber would be cheaper.
A more realistic way to do it, would be to spit it into a few hops
and use 80ghz (of course that only works if there are suitable
locations that you can use in between)
On Tue, Feb 19, 2019 at 11:54 AM Adam Moffett <[email protected]
<mailto:[email protected]>> wrote:
Multiple links.
Eight PTP820's or Ceragon IP20C (which are the same thing),
all XPIC, and all on the maximum channel size. Probably a
blend of both 18ghz and 11ghz in order to find enough channels.
You'll have a total of 16 chains which will be a little over
600mbps each. So just about 10gig. I believe you can put
them on 4 dishes using dual radios and dual mounts. Use
switches with link aggregation on each end. You don't want
unequal paths in link aggregation, so in bad weather you can't
be having 18ghz paths slow down by x amount while 11ghz paths
slow down by y amount, so use link state propagation to kill a
link if it's ever degraded.
Definitely an arm and a leg. Each XPIC link is going to be
north of $20k, so probably a $160,000+ solution.
Definitely no guarantee you have all that bandwidth available
to be licensed, but it's not impossible.
On 2/19/2019 12:35 PM, Carl Peterson wrote:
Assuming this just ins't possible in the real world but I
thought I'd throw it at the list and see if anyone knew of
anything even if it cost an arm an and a leg. Obviously
wireless, fiber would be too easy.
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