Lines Matching refs:drives

73 adapted their drives to one or more of the already existing electrical
80 drives are either IDE/ATAPI or SCSI, and it is very unlikely that any
81 manufacturer will create a new interface. Even finding drives for the
96 ejection. Undoubtedly, the capabilities of the different drives vary,
97 but even when two drives have the same capability their drivers'
113 simply to give people writing application programs for \cdrom\ drives
123 the IDE/ATAPI drives and, of course, the SCSI drives, but as prices
126 that these drives behave in the same way. In December 1994, one of the
127 cheapest \cdrom\ drives was a Philips cm206, a double-speed proprietary
129 proprietary drives became obsolete and IDE/ATAPI drives became the
132 16 speed \cdrom\ drive, and 24 speed drives are common.
155 \cdrom\ drives are specific enough (\ie, different from other
156 block-devices such as floppy or hard disc drives), to define a set
197 capabilities of the driver, and the specific drives on which the
225 the capabilities of future \cdrom\ drives, so it is expected that this
227 developed. For example, CD-R and CD-R/W drives are beginning to become
396 ignored for single-disc drives.  Note that by `re-routing' this
429 Some \cdrom\ drives are capable of changing their head-speed. There
432 \cdrom\ drives can obtain very high head rates (up to $24\times$ is
433 common).  It has been reported that these drives can make reading
435 in these circumstances.  Finally, some of these drives can
523 Some $ioctl$s seem to be specific to certain \cdrom\ drives. That is,
524 they are introduced to service some capabilities of certain drives. In
526 particular kind of format, or audio data. Not many drives support
597 drives, in order to satisfy different users' wishes, hopefully
634 call. The problem with \cdrom\ drives, is that they can be used for