Matias, I have x86_64 bit Fedora and use martian driver. IT works, but you have to compile it differently. Carefully read the INSTALL/README files if you try it again. If the latest tarball fails, I'll send you a working one, at least on my machine(thanks to all kind people who have posted patches). Regards, Antonio On Tue, Sep 23, 2008 at 7:07 AM, Matías Gutiérrez <matiasgutierrezreto@xxxxxxxxx> wrote: > Marvin, > > Thanks for your answer! > Well, bad luck. I think I will switch my distro back to i386 architecture. I > have another modem which I was using with "martian" but I think I'll have > the same problem trying to compile martian on x86-64. > > Thanks and congratulations for the job you've been doing on linmodems. > Matías > > > Marvin Stodolsky escribió: >> >> Matias, >> >> Re: Is it possible to compile or use the driver in AMD-64 bits? >> Sadly no. There are precompiled 32 bit components which are not >> compatible with a 64 bit compile. LSI/Agere has not responded to a >> request to provide these in 64 bit format. >> >> MarvS >> scanModem maintainer >> >> On Mon, Sep 22, 2008 at 12:59 PM, Matías Gutiérrez >> <matiasgutierrezreto@xxxxxxxxx> wrote: >> >>> >>> Hello all! >>> >>> I got a new box with and amd processor. So I'm using Debian Lenny for >>> architecture AMD-64. >>> In that box I have a modem with Agere chipset from the vendor Advantek. >>> The info in lspci and scanmodem (I'm at work now and I don't have my >>> modemdata file with me, but I'll post when I get home if necessary). >>> >>> Modem ID: >>> >>> 11c1:0620 11c1:0620 Communication controller: Agere Systems Unknown >>> device >>> 0620 >>> >>> As I found after some googling I downloaded the driver from here: >>> >>> >>> http://linmodems.technion.ac.il/packages/ltmodem/sv92/agrsm-20080203.tar.gz >>> >>> >>> At my job I just tested compilling the driver in a Lenny i386 >>> architecture. >>> Everything went ok. >>> >>> My question is: Is it possible to compile or use the driver in AMD-64 >>> bits? >>> I red that some drivers could work in 64 bits if they are compilled in 32 >>> bits mode... Is that so? How could I do it? >>> >>> Thanks in advance for the help, >>> Matías >>> >>> > >
