This may be a great options because the network will be going into air ports.
On Thu, Feb 17, 2011 at 10:50 AM, Jared Mauch <[email protected]> wrote: > What you can do is (if you are important enough) apply for TSP (tsp.ncs.gov) > in conjunction with provisioning of a circuit to actually have this type of > engineering happen and persist, including emergency restoration. If your > local carrier doesn't offer the redundancy you want, your only other choice > is to build it yourself. Considering the cost of lighting a 10G or 1G strand > of fiber for 10km or 20km, working with a BRI isn't that important anymore. > > - Jared > (who has a BRI line for his "POTS" at home to get clean dial tone at his > distance from the CO) > > On Feb 17, 2011, at 6:46 AM, Justin M. Streiner wrote: > >> On Thu, 17 Feb 2011, Santino Codispoti wrote: >> >>> Is it possible to order a ISDN BRI line from the LEC and have them >>> look at the design of a DS1 and have them if possible design the ISDN >>> BRI lineon a devurse path or at lest different equipment within the >>> CO? >> >> I suspect that, particularly for something as small (in terms of revenue to >> the LEC) as a BRI circuit, you won't have much leverage to ask for anything >> 'off the menu', like diverse physical routing through the CO. >> >> When you get to the point of dealing with the copper in the ground/on the >> pole, your options for route diversity are usually extremely limited (read: >> nonexistent). Telco copper plant is usually based on large multipair cables >> from the CO on a specific route, so even if you managed to get them to >> commit to diverse routeing in the CO, the copper pairs will still be in the >> same cable bundle, entering your building and the CO at the same points. >> >> jms > >
