Re: [WISPA] affordable solution for bridging two buildings

2009-01-01 Thread Chuck McCown - 3
What do you consider reasonable. Dragonwave 24 G would be good. Orthogon, Trango Giga, Ligowave. If money is not an issue, I would go Dragonwave. Licensed or unlicensed. - Original Message - From: Rogelio scubac...@gmail.com To: WISPA General List wireless@wispa.org Sent: Thursday,

Re: [WISPA] affordable solution for bridging two buildings

2009-01-01 Thread Josh Luthman
Dragonwave would be my first suggestion. You can look at the Redline an80s too - they're cheap but won't provide 100 megs. On 1/1/09, Chuck McCown - 3 ch...@beehive.net wrote: What do you consider reasonable. Dragonwave 24 G would be good. Orthogon, Trango Giga, Ligowave. If money is not an

Re: [WISPA] affordable solution for bridging two buildings

2009-01-01 Thread 3-dB Networks
And does he want 100Mb full duplex or aggregate? Motorola Orthogon radios (specifically the PtP 500 Full) hits 105Mbps aggregate... that could be a real winner. 100Mb full duplex would be Dragonwave... 24Ghz could be a nice solution so they don't have to worry about the license. If he wants

Re: [WISPA] affordable solution for bridging two buildings

2009-01-01 Thread Rogelio
I'm not sure he knows what he wants, at this point. He knows that I do stuff with wifi mesh using BelAir products and wanted to know what that would cost. I told him BelAir might be good up to only a certain Mbps (fairly steady ~30Mbps on 802.11a radios, which I've tested many times), and

Re: [WISPA] affordable solution for bridging two buildings

2009-01-01 Thread Josh Luthman
If all else fails you can use a pair of BelAir links and use RouterOS/OSPF to concatinate them :) On 1/1/09, Rogelio scubac...@gmail.com wrote: I'm not sure he knows what he wants, at this point. He knows that I do stuff with wifi mesh using BelAir products and wanted to know what that would

Re: [WISPA] affordable solution for bridging two buildings

2009-01-01 Thread Rogelio
Josh Luthman wrote: If all else fails you can use a pair of BelAir links and use RouterOS/OSPF to concatinate them :) For long links, someone people I know claim to do something similar with RSTP: put two panels up (one on each polarization) and then plug both radios on each side into a layer