- #DELL IDE ATA ATAPI CONTROLLERS DRIVER DRIVER#
- #DELL IDE ATA ATAPI CONTROLLERS DRIVER PC#
- #DELL IDE ATA ATAPI CONTROLLERS DRIVER WINDOWS#
In addition, its performance is slower than SCSI. This problem with cables has been fixed with S-ATA and SCSI technologies that can use two devices per channel.Īlthough new connectivity technologies are introduced, old socket disks are used much more widely than SCSI because of their much lower prices. In short, when you add a device to the system, it must have a Master device in the environment for it to work as a Slave and the device will be Master or Slave depending on its location in the cable.ĭifferent colors are used to distinguish the connector to which the bus will be connected, and if there are two devices connected to this connector over a single cable, one device will operate while the other will not be available. If there is only one disk connected by IDE cable, the disk can work as Master, but if a new disk or CD, DVD reader is added, you will need to configure these devices as Slave. The Master and Slave setting is configured with a jumper available on disks. One of the two hard drives connected to the computer must be master and the other slave so that the controller can identify the device to send and receive data. With the PCI bus, IDE controllers are always included to be part of the chipset on the motherboard, and usually, both controllers have two connectors to support two devices. Then, with device integration, a single chip was enabled to do all the work. Also, only high-end models had SIMM connectors to cache the disk. In 1996, two AT transmission modes, ATA-2 or EIDE, appeared to meet the need for larger data streams.ĭue to the low performance of ATA-2 and load on the processor, the Ultra ATA model was developed in 1998, using the DMA bus and not needing to use the processor for data transfer.īesides their most common version, they were multiple I/O cards that grouped RS-232 ports and parallel port. Initially, controllers were used as expansion cards, mostly ISA, and were integrated only into motherboards made by brands such as IBM, Dell, or Commodore. The ATA (Advanced Technology Attachment) standard was originally designed as the old PIO (Programmed Input Output) to transmit and receive data in 1988. Had the exact same problem with the E6410, and your fix solved the problem.The original name of IDE was ATA, and the interlocking cable created by IBM overtime was widely used because manufacturers realized that they had to make universal components, and therefore is the synonym for ATA because both technologies are interconnected. However, I'd love to know why the type of shutdown should affect the DVD drive, if anyone has any ideas.? Now that I know the DVD drive only appears after a standard shutdown I can live with it.
#DELL IDE ATA ATAPI CONTROLLERS DRIVER WINDOWS#
Multiple tests later, with and without wi-fi on, with and without shift at shutdown, following either Windows or Linux, and it appears to be the shutdown method that's problem.
#DELL IDE ATA ATAPI CONTROLLERS DRIVER PC#
That, and I've always thought it was best to start a PC completely fresh. Following comments on the Linux forum about shutting down Windows completely during the installation / setup phase I got into the habit of doing it all the time.
#DELL IDE ATA ATAPI CONTROLLERS DRIVER DRIVER#
I thought maybe it was a driver conflict with the wi-fi, but the results were inconsistent, and then thought maybe it had something to do with whether I did a hard (shift+) shutdown or not. This morning I turned the laptop on, with the wi-fi switched off (I'm on limited data and all this new OS installing is eating it ridiculously fast), and the DVD/CD drive appeared.