SATA and IDE are operated on different buses, with different controllers. A SATA drive is not considered a "master" or a "slave"; it has a channel all to itself. If the IDE drive is by itself on the controller, it should be set as Master.
To the IDE cable, 2 Hard disks can be connected as Master and Slave.(Hard disks that support IDE). 4 SATA ports could be used for 4 Hard Disks.
master if the ide cable has a single drive connection. if the ide cable has the master and slave connection. then set the drive to master with slave.
master if the ide cable has a single drive connection. if the ide cable has the master and slave connection. then set the drive to master with slave.
You can only have 1 Sata HDD per Sata connector, however on IDE you can have 2 IDE, 1 set to master the other to Slave or if supported both set to CSS (Cable Select). So you can have 4 Sata HDD and 2 IDE HDD per IDE channel. One thing you need to be aware of is your Power Supply. Make sure it is capable of handling such a load or you will get write errors on the Drives. Hope that helps.
Each IDE slot can handle two drives. One drive will be the master and the other will be the slave depending o the configuration. If the jumpers of one drive is configured to set the drive as MA (Master), the second must be configured to SL (Slave). Both drives may be configured as CS (Cable Select), if so, The positioning on the ribbon cable will determine whic one is the master and which is the slave
An IDE Drive is not the same as a SATA drive, for starters. If you want your optical drive to be the master on an IDE channel you can jumper it to make it such. The second drive on the IDE channel must then be jumpered as a slave. If the optical drive is the only drive on the channel then it ought to be jumpered as the master. Alternatively, you may be able to set both drives to "Cable Select" and let the cable position determine the priority. This presumes that your ribbon cable is of a newer design and supports this option.
the hard drive should be set to master...
Primary IDE Channel , Master Device Primary IDE Channel , Slave Device Secondary IDE Channel , Master Device Secondary IDE Channel , Slave Device
No Master Slave designation needed. SATA Drives are plug-add-play. Improve: SATA (Serial) Attached Drives improve data tansfer speeds up to 10-100 GBytes/per. eSATA are (Externally) Serial-Attached Drives and SATA-II(Sata-2) Drives transfer data @ 300GBytes/per. The next barrier of TerraByte data transfer has been developed and is already in production with a (SATA-3) designation attached
Western digital needs to have no jumper to be by itself on a cable, or bios sometimes shares the sata as ide0 and so change your sata port and enable one as ide and the other channel as sata.
The type of drive that uses master and slave connections is the IDE (Integrated Drive Electronics) drive, also known as PATA (Parallel ATA). In this configuration, two drives can be connected to a single IDE channel, with one designated as the "master" and the other as the "slave." This setup allows for efficient data transfer between the drives and the motherboard. However, this technology has largely been replaced by SATA (Serial ATA) drives, which do not use the master/slave configuration.
The simple answer? Not much. The truth is SATA and IDE devices use mostly the same components and logic. The biggest difference is the interface: the IDE standard uses ribbon cables with flat, wide connectors that allow more than one drive (a "master" and a "slave") to be connected at the same time. The SATA standard uses a smaller connector with a more narrow cable that allows only one device per channel (read "plug"). SATA will, however, perform better in RAID applications. As IDE is an aging technology, it is wise to buy SATA devices for most future purchases.