Date: Thu, 10 Sep 1998 00:09:19 -0700 (PDT) From: David Kulp <dkulp@neomorphic.com> To: mobile@FreeBSD.ORG Subject: What is my pc-card? Message-ID: <199809100709.AAA15733@board66.cruzers.com>
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On a whim I picked up a Fujitsu 'NE200C' ethernet pc-card for a
couple bucks thinking, "hmm, maybe this is an NE2000 clone".
I grabbed the name from dumpcis and threw it into my pccard.conf
as an NE2000 (ed0), but no luck.
Part of the cis says 'MBH10303' which is similar to the MBH10302
listed in /etc/pccard.conf.sample. So I added 'fe' to my kernel and
tried it, but still nothing.
How do I find out what it is? Anyone have any ideas?
thanks!
-david.
# pccardc dumpcis
code Manufacturer ID ignored
code No link ignored
Configuration data for card in slot 0
Tuple #1, code = 0x1 (Common memory descriptor), length = 3
000: dc 03 ff
Common memory device information:
Device number 1, type Function specific, WPS = ON
Speed = 100nS, Memory block size = 32Kb, 1 units
Tuple #2, code = 0x17 (Attribute memory descriptor), length = 5
000: 4b 01 dc 00 ff
Attribute memory device information:
Device number 1, type EEPROM, WPS = ON
Speed = 150nS, Memory block size = 2Kb, 1 units
Device number 2, type Function specific, WPS = ON
Speed = 100nS, Memory block size = 512b, 1 units
Tuple #3, code = 0x0 (Null tuple), length = 5
000: 04 00 05 32 ff
Tuple #4, code = 0x21 (Functional ID), length = 3
000: 06 00 ff
Network/LAN adapter
Tuple #5, code = 0x15 (Version 1 info), length = 57
000: 04 01 45 41 47 4c 45 20 54 65 63 68 6e 6f 6c 6f
010: 67 79 00 4e 45 32 30 30 20 45 54 48 45 52 4e 45
020: 54 20 4c 41 4e 20 4d 42 48 31 30 33 30 33 20 20
030: 30 35 00 20 20 30 37 00 ff
Version = 4.1, Manuf = [EAGLE Technology],card vers = [NE200 ETHERNET L\
AN MBH10303 05]
Addit. info = [ 07],[ÿ]
Tuple #6, code = 0x0 (Null tuple), length = 1
000: ff
Tuple #7, code = 0x1a (Configuration map), length = 7
000: 05 11 e0 0f 0f 00 ff
Reg len = 2, config register addr = 0xfe0, last config = 0x11
Registers: XXXX---- --------
Tuple #8, code = 0x1b (Configuration entry), length = 24
000: c1 c1 f9 5f 55 c5 4b d5 19 86 10 26 45 e0 40 1f
010: 30 ff ff 28 80 00 20 ff
Config index = 0x1(default)
Interface byte = 0xc1 (I/O) +RDY/-BSY active, wait signal supported
Vcc pwr:
Nominal operating supply voltage: 5 x 1V
Minimum operating supply voltage: 4 x 1V, ext = 0x4b
Maximum operating supply voltage: 5 x 1V, ext = 0x19
Continuous supply current: 1 x 100mA, ext = 0x10
Max current average over 1 second: 2 x 100mA
Power down supply current: 4 x 10mA
Card provides address decode, full 8/16 Bit I/O
I/O address # 1: block length = 0x20
IRQ modes: Level
IRQs: 4 5 8 9 10 11 12 13 14 15
Memory descriptor 1
blk length = 0x8000 card addr = 0x000
Max twin cards = 0
Misc attr: (Power down supported)
Tuple #9, code = 0x1b (Configuration entry), length = 8
000: 02 08 ea 60 00 01 1f ff
Config index = 0x2
Card decodes 10 address lines, full 8/16 Bit I/O
I/O address # 1: block start = 0x100 block length = 0x20
Tuple #10, code = 0x1b (Configuration entry), length = 8
000: 03 08 ea 60 20 01 1f ff
Config index = 0x3
Card decodes 10 address lines, full 8/16 Bit I/O
I/O address # 1: block start = 0x120 block length = 0x20
Tuple #11, code = 0x1b (Configuration entry), length = 8
000: 04 08 ea 60 40 01 1f ff
Config index = 0x4
Card decodes 10 address lines, full 8/16 Bit I/O
I/O address # 1: block start = 0x140 block length = 0x20
Tuple #12, code = 0x1b (Configuration entry), length = 8
000: 05 08 ea 60 60 01 1f ff
Config index = 0x5
Card decodes 10 address lines, full 8/16 Bit I/O
I/O address # 1: block start = 0x160 block length = 0x20
Tuple #13, code = 0x1b (Configuration entry), length = 8
000: 06 08 ea 60 80 01 1f ff
Config index = 0x6
Card decodes 10 address lines, full 8/16 Bit I/O
I/O address # 1: block start = 0x180 block length = 0x20
Tuple #14, code = 0x1b (Configuration entry), length = 8
000: 07 08 ea 60 a0 01 1f ff
Config index = 0x7
Card decodes 10 address lines, full 8/16 Bit I/O
I/O address # 1: block start = 0x1a0 block length = 0x20
Tuple #15, code = 0x1b (Configuration entry), length = 8
000: 08 08 ea 60 c0 01 1f ff
Config index = 0x8
Card decodes 10 address lines, full 8/16 Bit I/O
I/O address # 1: block start = 0x1c0 block length = 0x20
Tuple #16, code = 0x1b (Configuration entry), length = 8
000: 09 08 ea 60 20 02 1f ff
Config index = 0x9
Card decodes 10 address lines, full 8/16 Bit I/O
I/O address # 1: block start = 0x220 block length = 0x20
Tuple #17, code = 0x1b (Configuration entry), length = 8
000: 0a 08 ea 60 40 02 1f ff
Config index = 0xa
Card decodes 10 address lines, full 8/16 Bit I/O
I/O address # 1: block start = 0x240 block length = 0x20
Tuple #18, code = 0x1b (Configuration entry), length = 8
000: 0b 08 ea 60 60 02 1f ff
Config index = 0xb
Card decodes 10 address lines, full 8/16 Bit I/O
I/O address # 1: block start = 0x260 block length = 0x20
Tuple #19, code = 0x1b (Configuration entry), length = 8
000: 0c 08 ea 60 80 02 1f ff
Config index = 0xc
Card decodes 10 address lines, full 8/16 Bit I/O
I/O address # 1: block start = 0x280 block length = 0x20
Tuple #20, code = 0x1b (Configuration entry), length = 8
000: 0d 08 ea 60 c0 02 1f ff
Config index = 0xd
Card decodes 10 address lines, full 8/16 Bit I/O
I/O address # 1: block start = 0x2c0 block length = 0x20
Tuple #21, code = 0x1b (Configuration entry), length = 8
000: 0e 08 ea 60 00 03 1f ff
Config index = 0xe
Card decodes 10 address lines, full 8/16 Bit I/O
I/O address # 1: block start = 0x300 block length = 0x20
Tuple #22, code = 0x1b (Configuration entry), length = 8
000: 0f 08 ea 60 40 03 1f ff
Config index = 0xf
Card decodes 10 address lines, full 8/16 Bit I/O
I/O address # 1: block start = 0x340 block length = 0x20
Tuple #23, code = 0x1b (Configuration entry), length = 8
000: 10 08 ea 60 60 03 1f ff
Config index = 0x10
Card decodes 10 address lines, full 8/16 Bit I/O
I/O address # 1: block start = 0x360 block length = 0x20
Tuple #24, code = 0x1b (Configuration entry), length = 8
000: 11 08 ea 60 80 03 1f ff
Config index = 0x11
Card decodes 10 address lines, full 8/16 Bit I/O
I/O address # 1: block start = 0x380 block length = 0x20
Tuple #25, code = 0x22 (Functional EXT), length = 13
000: 00 01 01 04 06 80 02 04 06 08 0a ff ff
Wrong length for serial extension
Tuple #26, code = 0xff (Terminator), length = 0
2 slots found
#
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