-- 4: /dev/kevm 45: /dev/disk/floppy0c 3.5in floppy fdi0-unit-0 62: /dev/ntape/tape0 SONY SDT-10000 bus-0-targ-5-lun-0 64: /dev/disk/dsk8c SONY SMO-F551-DD bus-1-targ-6-lun-0 58: /dev/disk/cdrom0c COMPAQ CRD-8322B bus-2-targ-0-lun-0 59: /dev/disk/dsk5c COMPAQ BD009222C7 bus-4-targ-0-lun-0 60: /dev/disk/dsk6c IBM DDYS-T36950N bus-4-targ-1-lun-0 61: /dev/disk/dsk7c SEAGATE ST318436LW bus-4-targ-2-lun-0 66: /dev/disk/dsk9c SEAGATE ST3146807LW bus-4-targ-4-lun-0 65: /dev/ntape/tape2 QUANTUM DLT7000 bus-4-targ-5-lun-0 There are a couple of things wrong with this list (a) I have 2 Seagate ST3146807LW on the same scsi bus, one with target id=3 and one (the one in the table above) with target id=4. The second ST3146807LW is recognised at the prom level and can be seen as DKC300, the targ-4 can be seen as DKC400, and the other disks on bus-4 have the appropriate DKC listing. (b) the cdrom on bus-2 is not reported at the prom level (ie >>> show dev) (c) there are 3 buses reported at the >>> level, namely DKA (maps to bus-0 above), DKB (maps to bus-1) and DKC (maps to bus-4). ie there is no mappings for bus-2 it would appear at the prom level. Somehow the adding of scsi cards has stuffed things around, and I'm not sure what to do. The original idea was to have fast devices all on the one scsi bus and slow or slower devices on another bus. The MO device is scsi-2 and has a centronics 50 pin connector, the rest have honda 68 pin connectors. Ideally the DLT7000 should be on a separate bus, or on the same bus as the MO. The SDT-10000 is a retro-fitted DAT DDS4 internal drive using the supplied 68 pin ribbon bus. The original dat was a DDS3 which had a 68-50 pin special connector. The basic problem at the moment is to get the second 140gb seagate (ST3146807LW) recognised by the system. The second is to get the CDROM recognised at the prom (>>>) level, so I can update the firmware and also update the OS. I'm a bit fuzzy on this but I believe some of the Compaq/DEC equipment had limitations on the number of scsi buses or scsi cards that the hardware/firmware could support. I'm not sure how it all works, but I have had problems adding scsi cards to Personal Workstations, to the extent that once the card was added the machine refused to boot, or had problems during the boot. Options: (a) I have access to a couple of dual scsi cards that have micro 68pin connectors, I was going to pull one of two of the scsi cards out and replace it with the single card. I was going to put all the disks on channel 1 and the MO and the disk drive on channel 2 using a 68 to 50 pin converter to for the MO drive. I believe there that the PCI slots in the XP1000 are separated by a bridge, and I'm not sure where which PCI slot to put the card in to maximise my chances of getting this thing to work. (b) pull the scsi card out that is currently supporting the MO drive and see if that fixes the problem at the prom level. (c) something else??? Hope someone out there has some ideas on which way I should jump. Dennis ###################################### Dennis Macdonell Systems Administrator National Mapping Division, Geoscience Australia mail: PO Box 2, Belconnen, ACT 2617 email: mcdonell_at_auslig.gov.au ph: 61 2 6201 4326 fax: 61 2 6201 4377 ######################################Received on Thu Mar 13 2003 - 01:14:46 NZDT
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