On Sun, 2002-09-22 at 18:03, John J. Allen wrote:
> John Allen wrote:
>
> > The via-rhine driver loads, but no network access. Its now the
> > hardware as XP on the same box can access the LAN.
> >
> > It may have something to do with driver using memory access rather
> > than I/O access. Memory access is the default.
> >
> I have now tried with the linuxfet driver included on the Apogee CD-ROM,
> and still no luck. Works perfect with Windows XP.
>
>
i have the same troubles with EPoX 8k5a-3+
i can not force it to use 10Mb and to disable autonegotation
and my net is 10 Mb :(
:(
tried option via-rhine options=0x10 fullduplex=0
tried option via-rhine options=0x20 fullduplex=0
tried option via-rhine options=0x10
tried option via-rhine options=0x20
00:12.0 Ethernet controller: VIA Technologies, Inc. VT6102 [Rhine-II]
(rev 74)
Subsystem: Unknown device 1695:3005
Flags: bus master, medium devsel, latency 32, IRQ 16
I/O ports at e000 [size=256]
Memory at de81a000 (32-bit, non-prefetchable) [size=256]
Capabilities: [40] Power Management version 2
and i get a lot of errors:
ia-rhine: reset finished after 5 microseconds.
eth1: VIA VT6102 Rhine-II at 0xde819000, 00:04:61:43:6b:f3, IRQ 16.
eth1: MII PHY found at address 1, status 0x786d advertising 05e1 Link
45e1.
eth1: via_rhine_open() irq 16.
eth1: reset finished after 5 microseconds.
eth1: Setting full-duplex based on MII #1 link partner capability of
45e1.
eth1: Done via_rhine_open(), status 0c1a MII status: 786d.
bridge-eth1: enabling the bridge
bridge-eth1: up
eth1: Transmit frame #0 queued in slot 0.
eth1: VIA Rhine monitor tick, status 0002.
eth1: Transmit frame #1 queued in slot 1.
eth1: Transmit frame #2 queued in slot 2.
eth1: Transmit frame #3 queued in slot 3.
eth1: VIA Rhine monitor tick, status 0002.
eth1: VIA Rhine monitor tick, status 0002.
eth1: VIA Rhine monitor tick, status 0003.
eth1: VIA Rhine monitor tick, status 0003.
eth1: VIA Rhine monitor tick, status 0003.
eth1: VIA Rhine monitor tick, status 0003.
eth1: Shutting down ethercard, status was 0c1a.
bridge-eth1: disabling the bridge
bridge-eth1: down
eth0: Setting half-duplex based on auto-negotiated partner ability 0000.
eth1: via_rhine_open() irq 16.
eth1: reset finished after 5 microseconds.
eth1: Done via_rhine_open(), status 081a MII status: 786d.
bridge-eth1: enabling the bridge
bridge-eth1: up
eth1: Transmit frame #0 queued in slot 0.
eth1: VIA Rhine monitor tick, status 0002.
eth1: Transmit frame #1 queued in slot 1.
eth1: Transmit frame #2 queued in slot 2.
eth1: Transmit frame #3 queued in slot 3.
eth1: VIA Rhine monitor tick, status 0003.
eth1: Transmit frame #4 queued in slot 4.
eth1: Transmit frame #5 queued in slot 5.
eth1: Transmit frame #6 queued in slot 6.
eth1: Transmit frame #7 queued in slot 7.
eth1: Transmit frame #8 queued in slot 8.
eth1: Transmit frame #9 queued in slot 9.
NETDEV WATCHDOG: eth1: transmit timed out
eth1: Transmit timed out, status 0003, PHY status 786d, resetting...
eth1: reset finished after 5 microseconds.
eth1: Transmit frame #0 queued in slot 0.
eth1: Transmit frame #1 queued in slot 1.
eth1: Transmit frame #2 queued in slot 2.
eth1: VIA Rhine monitor tick, status 0003.
eth1: Transmit frame #3 queued in slot 3.
eth1: Transmit frame #4 queued in slot 4.
eth1: Transmit frame #5 queued in slot 5.
eth1: Transmit frame #6 queued in slot 6.
eth1: Transmit frame #7 queued in slot 7.
eth1: Transmit frame #8 queued in slot 8.
eth1: Transmit frame #9 queued in slot 9.
NETDEV WATCHDOG: eth1: transmit timed out
eth1: Transmit timed out, status 0003, PHY status 786d, resetting...
eth1: reset finished after 5 microseconds.
eth1: Transmit frame #0 queued in slot 0.
eth1: Transmit frame #1 queued in slot 1.
eth1: Transmit frame #2 queued in slot 2.
eth1: VIA Rhine monitor tick, status 0003.
eth1: Transmit frame #3 queued in slot 3.
eth1: Transmit frame #4 queued in slot 4.
eth1: Transmit frame #5 queued in slot 5.
eth1: Transmit frame #6 queued in slot 6.
eth1: Transmit frame #7 queued in slot 7.
eth1: Transmit frame #8 queued in slot 8.
eth1: Transmit frame #9 queued in slot 9.
NETDEV WATCHDOG: eth1: transmit timed out
eth1: Transmit timed out, status 0003, PHY status 786d, resetting...
eth1: reset finished after 5 microseconds.
eth1: Transmit frame #0 queued in slot 0.
eth1: Transmit frame #1 queued in slot 1.
eth1: Transmit frame #2 queued in slot 2.
eth1: VIA Rhine monitor tick, status 0003.
eth1: Transmit frame #3 queued in slot 3.
eth1: Transmit frame #4 queued in slot 4.
eth1: Transmit frame #5 queued in slot 5.
eth1: Transmit frame #6 queued in slot 6.
eth1: Transmit frame #7 queued in slot 7.
eth1: Transmit frame #8 queued in slot 8.
eth1: Transmit frame #9 queued in slot 9.
NETDEV WATCHDOG: eth1: transmit timed out
eth1: Transmit timed out, status 0003, PHY status 7849, resetting...
eth1: reset finished after 5 microseconds.
eth1: Setting half-duplex based on MII #1 link partner capability of
0000.
eth1: Transmit frame #0 queued in slot 0.
eth1: Transmit frame #1 queued in slot 1.
eth1: Transmit frame #2 queued in slot 2.
eth1: VIA Rhine monitor tick, status 0002.
eth1: Transmit frame #3 queued in slot 3.
eth1: Transmit frame #4 queued in slot 4.
eth1: Transmit frame #5 queued in slot 5.
eth1: Transmit frame #6 queued in slot 6.
eth1: Transmit frame #7 queued in slot 7.
eth1: Transmit frame #8 queued in slot 8.
eth1: Transmit frame #9 queued in slot 9.
eth1: VIA Rhine monitor tick, status 0003.
eth1: VIA Rhine monitor tick, status 0003.
NETDEV WATCHDOG: eth1: transmit timed out
eth1: Transmit timed out, status 0003, PHY status 786d, resetting...
eth1: reset finished after 5 microseconds.
eth1: Transmit frame #0 queued in slot 0.
eth1: Transmit frame #1 queued in slot 1.
eth1: Transmit frame #2 queued in slot 2.
eth1: Transmit frame #3 queued in slot 3.
eth1: Transmit frame #4 queued in slot 4.
eth1: Transmit frame #5 queued in slot 5.
eth1: Transmit frame #6 queued in slot 6.
eth1: Transmit frame #7 queued in slot 7.
eth1: Transmit frame #8 queued in slot 8.
eth1: Transmit frame #9 queued in slot 9.
NETDEV WATCHDOG: eth1: transmit timed out
eth1: Transmit timed out, status 0003, PHY status 786d, resetting...
eth1: reset finished after 5 microseconds.
eth1: Transmit frame #0 queued in slot 0.
eth1: Transmit frame #1 queued in slot 1.
eth1: Transmit frame #2 queued in slot 2.
eth1: Transmit frame #3 queued in slot 3.
eth1: Transmit frame #4 queued in slot 4.
eth1: Transmit frame #5 queued in slot 5.
eth1: Transmit frame #6 queued in slot 6.
eth1: Transmit frame #7 queued in slot 7.
eth1: Transmit frame #8 queued in slot 8.
eth1: Transmit frame #9 queued in slot 9.
NETDEV WATCHDOG: eth1: transmit timed out
eth1: Transmit timed out, status 0003, PHY status 786d, resetting...
eth1: reset finished after 5 microseconds.
eth1: VIA Rhine monitor tick, status 0000.
eth1: Transmit frame #0 queued in slot 0.
eth1: Transmit frame #1 queued in slot 1.
eth1: Transmit frame #2 queued in slot 2.
eth1: Transmit frame #3 queued in slot 3.
eth1: Transmit frame #4 queued in slot 4.
eth1: Transmit frame #5 queued in slot 5.
eth1: Transmit frame #6 queued in slot 6.
eth1: Transmit frame #7 queued in slot 7.
eth1: Transmit frame #8 queued in slot 8.
eth1: Transmit frame #9 queued in slot 9.
NETDEV WATCHDOG: eth1: transmit timed out
eth1: Transmit timed out, status 0003, PHY status 786d, resetting...
eth1: reset finished after 5 microseconds.
eth1: VIA Rhine monitor tick, status 0000.
eth1: Transmit frame #0 queued in slot 0.
eth1: Transmit frame #1 queued in slot 1.
eth1: Transmit frame #2 queued in slot 2.
eth1: Transmit frame #3 queued in slot 3.
eth1: Transmit frame #4 queued in slot 4.
eth1: Transmit frame #5 queued in slot 5.
eth1: Transmit frame #6 queued in slot 6.
eth1: Transmit frame #7 queued in slot 7.
eth1: Transmit frame #8 queued in slot 8.
eth1: Transmit frame #9 queued in slot 9.
NETDEV WATCHDOG: eth1: transmit timed out
eth1: Transmit timed out, status 0003, PHY status 786d, resetting...
eth1: reset finished after 5 microseconds.
eth1: VIA Rhine monitor tick, status 0000.
eth1: Transmit frame #0 queued in slot 0.
eth1: VIA Rhine monitor tick, status 0003.
eth1: VIA Rhine monitor tick, status 0003.
