| Hi
I'm trying to make a DE203-AA work in my home system, which is running
Windows 95. According to the Control Panel->Network procedure that I
followed, the DE203 conflicts with every possible I/O port setting.
That is, the DE203 can use 100, 120, 140 up to 3C0; every one of these
is in use on my system, apparently. Quite a number a labeled 'In use
by unknown device' (I have a VenturisFP 466). I've tried loading the
network and, sure enough, the sound card locks up when the network is
started.
Any suggestions? I know that the obvious is to free up an I/O port.
Yet, because they are all in use, mostly by unknown devices, I'm not
sure what the best course is. Should I get a different adapter? Would
this be a non-issue in a PCI-based system?
Thanks for the suggestions!
tl
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| >> I'm trying to make a DE203-AA work in my home system, which is running
>> Windows 95. According to the Control Panel->Network procedure that I
>> followed, the DE203 conflicts with every possible I/O port setting.
>> That is, the DE203 can use 100, 120, 140 up to 3C0; every one of these
>> is in use on my system, apparently. Quite a number a labeled 'In use
>> by unknown device' (I have a VenturisFP 466). I've tried loading the
>> network and, sure enough, the sound card locks up when the network is
>> started.
>>
>> Any suggestions? I know that the obvious is to free up an I/O port.
>> Yet, because they are all in use, mostly by unknown devices, I'm not
>> sure what the best course is. Should I get a different adapter? Would
>> this be a non-issue in a PCI-based system?
I just checked my system here at work and I have alot of free I/O ports.
Everything from 0x100 - 0x200 is free(clicking on DEC Etherworks 3
Resources under the Device Manager). Not sure why most of them would
be used up by an unknown device. You could try deinstalling your sound card
drivers and allow the EtherWORKS 3 card to allocate a freed up I/O port.
Then re-install your sound card and hopefully at that point it should
allocate addresses other than the one used for your EtherWORKS 3 card....
BTW, this wouldn't be a problem on PCI since there is a MUCH larger range
of I/O addresses that can be allocated.
-Pete
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