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]> 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. > > -- > > Carl Peterson > > *PORT NETWORKS* > > 401 E Pratt St, Ste 2553 > > Baltimore, MD 21202 > > (410) 637-3707 > > > -- > AF mailing list > [email protected] > http://af.afmug.com/mailman/listinfo/af_af.afmug.com >
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