Afaik its 400 gbps
Gino A. Villarini President Aeronet Wireless Broadband Corp. www.aeronetpr.com @aeronetpr From: "geo...@cbcast.com<mailto:geo...@cbcast.com>" <geo...@cbcast.com<mailto:geo...@cbcast.com>> Reply-To: "af@afmug.com<mailto:af@afmug.com>" <af@afmug.com<mailto:af@afmug.com>> Date: Monday, February 16, 2015 at 7:50 PM To: "af@afmug.com<mailto:af@afmug.com>" <af@afmug.com<mailto:af@afmug.com>> Subject: Re: [AFMUG] curious, all the spectrums throughput And one strand of fiber? Probably not far from the same by the end of the decade. 100Gbps already exists. On 2/16/2015 5:45 PM, Chuck McCown wrote: The entire radio spectrum is infinite in theory as all light, xrays etc are all electromagnetic waves. The “usable” “RF” spectrum depends on range and rainfall and other factors. While some will say that 60 GHz is usable and THz frequencies are usable and free space optics in IR are usable I would limit the answer to 24 GHz. So 24 x 12 bits per hz =288 Gbps. From: That One Guy<mailto:thatoneguyst...@gmail.com> Sent: Monday, February 16, 2015 4:19 PM To: af@afmug.com<mailto:af@afmug.com> Subject: [AFMUG] curious, all the spectrums throughput Theoretically, based on current bits/hz maximums, and assuming there was a radio capable, and an antenna capable, with no other limitations. What is the maximum throughput of the entire Radio spectrum not going too far into details like processing overhead or any of that. -- All parts should go together without forcing. You must remember that the parts you are reassembling were disassembled by you. Therefore, if you can't get them together again, there must be a reason. By all means, do not use a hammer. -- IBM maintenance manual, 1925
