Xref: utzoo comp.sys.sun:11238 comp.periphs.scsi:882 Path: utzoo!utgpu!news-server.csri.toronto.edu!mailrus!cs.utexas.edu!bcm!rice!rice!sun-spots-request From: razzell@cs.ubc.ca (Dan Razzell) Newsgroups: comp.sys.sun,comp.periphs.scsi Subject: Maxtor LXT-200S Keywords: Hardware Message-ID: <1990Aug9.022633.7690@rice.edu> Date: 7 Aug 90 22:31:00 GMT Sender: sun-spots-request@rice.edu Organization: Sun-Spots Lines: 32 Approved: Sun-Spots@rice.edu Originator: spots@titan.rice.edu X-Sun-Spots-Digest: Volume 9, Issue 297, message 2 Thanks for the information on the Maxtor 200MB SCSI disk drive. The format.dat entry was especially useful because of the fudging required for the variable disk geometry. You commented that you had not tested this entry, but I have just finished doing so and built filesystems on top, so I can now confirm that it works. -*- Concerning heat problems, we needed a drive that would install in the Sparcstation enclosure, and Maxtor had a product. Consequently, we bought these, and we'll just have to see how everything bears up. I have since heard that Hitachi, Connor, and perhaps HP also make similar drives. Perhaps they might run a bit cooler, but who knows. Anyone care to comment? I still hold that it would be valuable to get more air moving under the Maxtor drive, one way for those not faint of heart being by drilling out the ventilation holes to a larger cross section. My earlier comments about airflow were made with the idea that most of the air inside the Sparcstation enclosure flows across the chassis from the vent holes on the lefthand side and finds its way, more or less, over the frame buffers, processor and memory. Some also enters under the SCSI drives, but the airway is considerably more restricted once a drive is in place. The point of changing the ventilation is to improve things for the controller board which hangs under the drive, never mind the Head Disk Assembly itself which is actually producing most of the heat. I think we agree that the main threat to the Sparcstation is simply from the heat radiated by the HDA, which is more or less sitting in still air no matter what you do. I've been trying to come up with a way of getting Pop Tarts in through the unused floppy cutout and soak up some of the heat that way, but I'm worried about the jam getting all over everything :-).