Transmit timed out error
Orion Poplawski
OPoplawski@cqg.com
Fri Mar 31 18:02:50 2000
I'm running a 2.0.36 kernel system with two Intel NICs: one on-board, on PCI
card. After a little bit of use (about 1082 packets in, 2118 packets out),
I'm seeing the second interface stop working.
Relevant syslog output:
Mar 31 13:15:54 btstipc kernel: eepro100.c:v1.09l 8/7/99 Donald Becker
http://cesdis.gsfc.nasa.gov/linux/drivers/eepro100.html
Mar 31 13:15:54 btstipc kernel: eth0: Intel PCI EtherExpress Pro100 at
0x8811000, 00:50:B7:11:07:FF, IRQ 11.
Mar 31 13:15:54 btstipc kernel: Board assembly 701738-002, Physical
connectors present: RJ45
Mar 31 13:15:54 btstipc kernel: Primary interface chip i82555 PHY #1.
Mar 31 13:15:54 btstipc kernel: General self-test: passed.
Mar 31 13:15:54 btstipc kernel: Serial sub-system self-test: passed.
Mar 31 13:15:54 btstipc kernel: Internal registers self-test: passed.
Mar 31 13:15:54 btstipc kernel: ROM checksum self-test: passed
(0x24c9f043).
Mar 31 13:15:54 btstipc kernel: Receiver lock-up workaround activated.
Mar 31 13:15:54 btstipc kernel: eth1: Intel PCI EtherExpress Pro100 at
0x8813000, 00:A0:C9:89:92:2B, IRQ 10.
Mar 31 13:15:54 btstipc kernel: Board assembly 667280-003, Physical
connectors present: RJ45
Mar 31 13:15:54 btstipc kernel: Primary interface chip i82555 PHY #1.
Mar 31 13:15:54 btstipc kernel: General self-test: passed.
Mar 31 13:15:54 btstipc kernel: Serial sub-system self-test: passed.
Mar 31 13:15:54 btstipc kernel: Internal registers self-test: passed.
Mar 31 13:15:54 btstipc kernel: ROM checksum self-test: passed
(0x49caa8d6).
Mar 31 13:15:54 btstipc kernel: Receiver lock-up workaround activated.
Mar 31 13:15:54 btstipc /usr/sbin/cron[335]: (CRON) STARTUP (fork ok)
Mar 31 13:27:47 btstipc kernel: eth1: Transmit timed out: status 0090 0070
at 2248/2260 command 000c0000.
Mar 31 13:27:47 btstipc kernel: eth1: Tx ring dump, Tx queue 2260 / 2248:
Mar 31 13:27:47 btstipc kernel: eth1: 0 000ca000.
Mar 31 13:27:47 btstipc kernel: eth1: 1 000ca000.
Mar 31 13:27:47 btstipc kernel: eth1: 2 000ca000.
Mar 31 13:27:47 btstipc kernel: eth1: 3 000ca000.
Mar 31 13:27:47 btstipc kernel: eth1: 4 000ca000.
Mar 31 13:27:47 btstipc kernel: eth1: 5 000ca000.
Mar 31 13:27:47 btstipc kernel: eth1: 6 000ca000.
Mar 31 13:27:47 btstipc kernel: eth1: 7 000ca000.
Mar 31 13:27:47 btstipc kernel: eth1: * 8 000c0000.
Mar 31 13:27:47 btstipc kernel: eth1: 9 000c0000.
Mar 31 13:27:47 btstipc kernel: eth1: 10 000c0000.
Mar 31 13:27:47 btstipc kernel: eth1: 11 000c0000.
Mar 31 13:27:47 btstipc kernel: eth1: 12 000c0000.
Mar 31 13:27:47 btstipc kernel: eth1: 13 000c0000.
Mar 31 13:27:47 btstipc kernel: eth1: 14 000c0000.
Mar 31 13:27:47 btstipc kernel: eth1: 15 000c0000.
Mar 31 13:27:47 btstipc kernel: eth1: 16 000c0000.
Mar 31 13:27:47 btstipc kernel: eth1: 17 000c0000.
Mar 31 13:27:47 btstipc kernel: eth1: 18 000c0000.
Mar 31 13:27:47 btstipc kernel: eth1: 19 400c0000.
Mar 31 13:27:47 btstipc kernel: eth1: =20 000ca000.
Mar 31 13:27:47 btstipc kernel: eth1: 21 000ca000.
Mar 31 13:27:47 btstipc kernel: eth1: 22 000ca000.
Mar 31 13:27:47 btstipc kernel: eth1: 23 000ca000.
Mar 31 13:27:47 btstipc kernel: eth1: 24 000ca000.
Mar 31 13:27:47 btstipc kernel: eth1: 25 000ca000.
Mar 31 13:27:47 btstipc kernel: eth1: 26 000ca000.
Mar 31 13:27:47 btstipc kernel: eth1: 27 000ca000.
Mar 31 13:27:47 btstipc kernel: eth1: 28 000ca000.
Mar 31 13:27:47 btstipc kernel: eth1: 29 000ca000.
Mar 31 13:27:47 btstipc kernel: eth1: 30 000ca000.
Mar 31 13:27:47 btstipc kernel: eth1: 31 000ca000.
Mar 31 13:27:47 btstipc kernel: eth1:Printing Rx ring (next to receive into
1082).
Mar 31 13:27:47 btstipc kernel: Rx ring entry 0 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 1 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 2 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 3 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 4 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 5 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 6 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 7 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 8 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 9 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 10 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 11 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 12 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 13 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 14 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 15 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 16 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 17 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 18 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 19 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 20 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 21 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 22 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 23 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 24 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 25 c0000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 26 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 27 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 28 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 29 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 30 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 31 00000001.
Mar 31 13:27:47 btstipc kernel: PHY index 1 register 0 is 3000.
Mar 31 13:27:47 btstipc kernel: PHY index 1 register 1 is 782d.
Mar 31 13:27:47 btstipc kernel: PHY index 1 register 2 is 02a8.
Mar 31 13:27:47 btstipc kernel: PHY index 1 register 3 is 0150.
Mar 31 13:27:47 btstipc kernel: PHY index 1 register 4 is 01e1.
Mar 31 13:27:47 btstipc kernel: PHY index 1 register 5 is 0021.
Mar 31 13:27:47 btstipc kernel: PHY index 1 register 21 is 0000.
Mar 31 13:27:47 btstipc kernel: eth1: Tx ring dump, Tx queue 2260 / 2248:
Mar 31 13:27:47 btstipc kernel: eth1: 0 000ca000.
Mar 31 13:27:47 btstipc kernel: eth1: 1 000ca000.
Mar 31 13:27:47 btstipc kernel: eth1: 2 000ca000.
Mar 31 13:27:47 btstipc kernel: eth1: 3 000ca000.
Mar 31 13:27:47 btstipc kernel: eth1: 4 000ca000.
Mar 31 13:27:47 btstipc kernel: eth1: 5 000ca000.
Mar 31 13:27:47 btstipc kernel: eth1: 6 000ca000.
Mar 31 13:27:47 btstipc kernel: eth1: 7 000ca000.
Mar 31 13:27:47 btstipc kernel: eth1: * 8 000c0000.
Mar 31 13:27:47 btstipc kernel: eth1: 9 000c0000.
Mar 31 13:27:47 btstipc kernel: eth1: 10 000c0000.
Mar 31 13:27:47 btstipc kernel: eth1: 11 000c0000.
Mar 31 13:27:47 btstipc kernel: eth1: 12 000c0000.
Mar 31 13:27:47 btstipc kernel: eth1: 13 000c0000.
Mar 31 13:27:47 btstipc kernel: eth1: 14 000c0000.
Mar 31 13:27:47 btstipc kernel: eth1: 15 000c0000.
Mar 31 13:27:47 btstipc kernel: eth1: 16 000c0000.
Mar 31 13:27:47 btstipc kernel: eth1: 17 000c0000.
Mar 31 13:27:47 btstipc kernel: eth1: 18 000c0000.
Mar 31 13:27:47 btstipc kernel: eth1: 19 400c0000.
Mar 31 13:27:47 btstipc kernel: eth1: =20 000ca000.
Mar 31 13:27:47 btstipc kernel: eth1: 21 000ca000.
Mar 31 13:27:47 btstipc kernel: eth1: 22 000ca000.
Mar 31 13:27:47 btstipc kernel: eth1: 23 000ca000.
Mar 31 13:27:47 btstipc kernel: eth1: 24 000ca000.
Mar 31 13:27:47 btstipc kernel: eth1: 25 000ca000.
Mar 31 13:27:47 btstipc kernel: eth1: 26 000ca000.
Mar 31 13:27:47 btstipc kernel: eth1: 27 000ca000.
Mar 31 13:27:47 btstipc kernel: eth1: 28 000ca000.
Mar 31 13:27:47 btstipc kernel: eth1: 29 000ca000.
Mar 31 13:27:47 btstipc kernel: eth1: 30 000ca000.
Mar 31 13:27:47 btstipc kernel: eth1: 31 000ca000.
Mar 31 13:27:47 btstipc kernel: eth1:Printing Rx ring (next to receive into
1082).
Mar 31 13:27:47 btstipc kernel: Rx ring entry 0 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 1 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 2 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 3 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 4 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 5 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 6 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 7 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 8 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 9 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 10 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 11 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 12 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 13 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 14 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 15 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 16 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 17 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 18 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 19 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 20 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 21 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 22 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 23 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 24 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 25 c0000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 26 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 27 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 28 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 29 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 30 00000001.
Mar 31 13:27:47 btstipc kernel: Rx ring entry 31 00000001.
Mar 31 13:27:47 btstipc kernel: PHY index 1 register 0 is 3000.
Mar 31 13:27:47 btstipc kernel: PHY index 1 register 1 is 782d.
Mar 31 13:27:47 btstipc kernel: PHY index 1 register 2 is 02a8.
Mar 31 13:27:47 btstipc kernel: PHY index 1 register 3 is 0150.
Mar 31 13:27:47 btstipc kernel: PHY index 1 register 4 is 01e1.
Mar 31 13:27:47 btstipc kernel: PHY index 1 register 5 is 0021.
Mar 31 13:27:47 btstipc kernel: PHY index 1 register 21 is 0000.
netstat -i TX-OK and TX-OVR slowly increase afterwards, RX is stopped:
Kernel Interface table
Iface MTU Met RX-OK RX-ERR RX-DRP RX-OVR TX-OK TX-ERR TX-DRP TX-OVR
Flags
lo 3584 0 1019 0 0 0 1019 0 0 0 BLRU
eth0 1500 0 4889 0 0 0 3832 0 0 0 BRU
eth1 1500 0 1082 0 0 0 2169 1 0 128 BRU
If any other info is needed, please ask.
- Orion
-----------------------------------------------------------------------
Orion Poplawski, OPoplawski@cqg.com, Tel: (303)440-4462 x17, Fax: -4507
CQG, Inc., 250 Arapahoe Avenue, Boulder, CO 80302
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