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> Regular resolutions are "normal" (~200X100 dpi) and "fine" (~200X200 > dpi). You mean 204x98 and 204x196. :) I swear, the standards committees should be shot for such non-harmonic choices. I can understand the desire to reduce bitrate requirements by halving the vres, but where did these funky resolutions come from? 2 x 2 x 3 x 17 (204) and 7 x 7 x 2 x 2 (196) do not denote any logical harmonic relationship (51:49). Fine, so laser printers and all that weren't commonplace when these standards evolved. But even if you used quill-pen printing technology, surely it'd be easier to implement a system which used nice and rational harmonics. Ah well, we're stuck with it now. > Extended resolutions are "superfine" (~200X400 dpi) Most fax machines seem to support this, at least they offer a mode setting for it on even my super-cheap Brother branded skank machine. I assume that's 204 x 392? > "ultrafine" (300X300 dpi), and "hyperfine" (~400X400 dpi). Shiver me timbers! Square resolutions! Be still my beating heart. How recent are these? I've never seen or heard of them. > Seems like ECM without V.34 (SuperG3) is probably what you want to use > (Class 2.0) Thank you, Lee. > Yes. Receive and send. Receive is *much* more tested than send, Interesting, OK. Thank you for your pertinent advice once again. =Rob= ____________________ HylaFAX(tm) Users Mailing List _______________________ To subscribe/unsubscribe, click http://lists.hylafax.org/cgi-bin/lsg2.cgi On UNIX: mail -s unsubscribe hylafax-users-request@xxxxxxxxxxx < /dev/null *To learn about commercial HylaFAX(tm) support, mail sales@xxxxxxxxxxxx*