RE: [EFM] RE: [EFM-Copper] the merits of 12 kft and +
- To: "'Stanley, Patrick'" <pstanley@xxxxxxxxxxx>, "'Jack Andresen'" <jandresen@xxxxxxxxxx>
- Subject: RE: [EFM] RE: [EFM-Copper] the merits of 12 kft and +
- From: "Ron McConnell" <rcmcc@xxxxxxxxxxxxx>
- Date: Fri, 2 Nov 2001 08:56:20 -0500
- Cc: <email@example.com>, "'Behrooz Rezvani'" <firstname.lastname@example.org>, "'Frank Miller'" <email@example.com>, "'Vladimir Oksman'" <firstname.lastname@example.org>, "'Copper'" <email@example.com>, <firstname.lastname@example.org>, "'Hugh Barrass'" <email@example.com>, "'Howard Frazier'" <firstname.lastname@example.org>, "'Frank Van der Putten'" <email@example.com>, "John W2XS Meade" <firstname.lastname@example.org>
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I'm curious about POTS on these 21+kf/24AWG loops.
By North American Resistance Design rules,
loops => 18kf would be loaded. 21kf/24AWG loops
would just meet POTS loss and resistance objectives
(from the top of my head anyway and subject
to correction). USA RD rules loops would
need to be deloaded to support ADSL/VDSL.
Who has deployed such long nonloaded loops
for POTS? 0.5mm loops outside North America?
Can somone tell more?