How to combine hard disks together, can computer hard disks be combined?

Use partitionmagic, but you'll need to be patient. This software does not damage the data as long as you operate it accurately, but it does not seem to support NTFS formatted partitions. It's not as simple as you think.

The partitions are always connected, and the F drive cannot be directly merged with the C drive, but should be achieved step by step, that is, F is merged into E as a folder for E, a part of E is separated from the D drive and merged into the D drive, and then the capacity of the same size as the original F drive is separated from the D drive and merged into the C drive. Because the partitioning software wants to transfer data, there will be a rather long process, and it should also ensure that the middle is uninterrupted, if the capacity of the D drive is large enough, it will directly separate a part from the D drive and merge it into C, and merge all the F drive into E. This saves a lot of time.

F disk to the main area C disk? In addition to using the partition magician, there is also a lot of process of copying the backup files, because the two partitions you require are not connected together, such as the files on the D drive.

You use the partition magician, this is fine, it's hard to say, you can see it.

Be careful when using the Partition Magician!

It's best to back up your important files first.

1. Find this computer, find this computer to manage.

2. Find the Manage Disk Utility.

3. Seeing that there are multiple drive letters here, you can only merge the one next to the C drive into the C drive, and you can't merge the G drive inside into the C drive, because the adjacent disks know where to merge.

4. Merge F drive to C drive, right-click F drive to delete the volume, and click OK reputation code.

5. Then click the C drive to right-click to expand the volume and expand it.

6. Then click Next and click this to complete.

There is a process of sub-partitioning when installing! Divide it however you want!

At present, most of the interfaces of newly bought ** hard disks are serial ports, because of the fast speed and small interface. If you have a serial port, you can directly connect the system disk to the SATA1 interface, and connect the other hard disk to the other serial port. There are two IDE ports in your computer, and if you use two hard disks, each with two interfaces, then it's simple, and if you're using a data cable, I'll tell you the easiest way to do it, and there's a small jack next to the data cable interface of the hard disk, and you can see the letters on it, and insert the pin of the hard disk that you want to do as the primary disk into the ml two pins (I heard from ASUS professionals that it must be connected to the remote interface, but I've tried to do it just by getting the jumper cap right, and everything is fine.) Another hard disk, just unplug the connector on the pin, or insert the pin of the other hard disk (slave disk) into the sl pin.

If it is a parallel port, use a 3-port IDE cable to connect, connect the IDE interface on the motherboard, connect the system hard disk to the farthest interface, and change the position of the jumper cap next to the hard disk to M

There is no way to achieve direct contact, only 2 hard disks can be mounted.

There are interfaces on the motherboard, generally 4, you can plug a larger hard disk into the sata0 port, as the main hard disk, and install the operating system. Insert another hard disk into the SATA1 port as a slave disk, and after installing the system, partition the hard disk. After installation, you don't feel anything when using the computer.

There are three possibilities for using dual hard drives at the same time:

Both hard drives are IDE hard drives. If you want to connect two IDE drives to one of the IDE ports on the motherboard at the same time, you must set up master and slave disks for both disks.

Both hard drives are SATA hard drives. Since SATA hard drives work independently, they do not interfere with each other and have no conflicts, so no special settings are required, and the data cable and power cable can be used normally if they are properly connected.

An IDE hard drive and a SATA hard drive are used at the same time. This situation is similar to case 2. Since the communication buses of the IDE port and SATA port are independent of each other, there is no conflict, and the data cable and power cable can be used normally if the data cable and power cable are properly connected.

Look at the jumper instructions for the hard drive (IDE on the back of the hard drive, SATA on the manual). Then buy a jumper cap. (Note that it is one!)

Attach the jumper cap to the third pair (the third pair of vertical pairs) pins on the 60g hard drive. Finally, connect the data cable. SATA can be connected casually, IDE needs to connect the middle port to the 60G hard disk, and the end one to the 40G disk.

If your system is on 40G, you need to format the 40G and then install it on the 60G.

If you have two IDE ports on the motherboard, you can use two IDE cables, and the IDE ports on the motherboard are marked with the words "IDE0, IDE1", and you connect your original disk to IDE0 (it becomes the main disk) and connect the other one to IDE1. That's it. If you have to plug it into a line, jump the jumper of the hard drive (::

Plug the jumper into the first two pins is the main disk, and the other piece of the jumper is removed and not plugged in is from the disk. Remember to remove the hard drive jumper that you want to use as a slave disk, otherwise it will conflict with the first hard drive.

The system is installed on the main hard drive, and the other is not installed.

That's going to have to be a raid

RAID is the abbreviation of Redundant Array of Inexpensive Disks in English, and the Chinese abbreviation is Redundant Array of Inexpensive Disks. RAID is a redundant array of multiple hard disks. Although RAID contains multiple hard drives, it appears as a large and independent storage device under the operating system.

There are three main benefits of using RAID technology for storage systems:

Provides disk spanning capabilities by organizing multiple disks together as a single logical volume.

By dividing data into multiple blocks and writing them in parallel, multiple disks can be read out to improve the speed of disk access.

Provides fault tolerance through mirroring or verification operations.

RAID was originally developed primarily for cost savings, when the sum of several small-capacity drives was lower than that of large-capacity drives. At the moment, RAID is not very cost-effective, but RAID can take full advantage of multiple hard drives, achieving speeds and throughput far beyond any single hard drive. In addition to the performance improvements, RAID can also provide good fault tolerance and continue to work in the event of a problem with either hard drive without being affected by damage to the hard drive.

RAID technology is available in several different tiers that offer different levels of speed, security, and value for money. Selecting the appropriate RAID level can meet your requirements for storage system availability, performance, and capacity. The following raid levels are commonly used:

NRAID, JBOD, RAID0, RAID1, RAID0+1, RAID3, RAID5, etc. Currently, RAID 5 and RAID (0+1) are often used.

Don't talk much, find a hard disk cable, plug in the motherboard in the middle, plug in the hard disk on both sides, plug in the main disk at the bad end, and insert the slave disk at the short end (the main disk starts with M and starts with the slave disk).

The parallel port should be set up with a jumper, and the serial port can be plugged in.

Yes, if you have an IDE mouth, you can set up a jumper on the master-slave disk.

Look at what the port is.,IDE port is directly connected with IDE wire.,No array.,SATA is simpler.,Just connect it to the motherboard.,But it should be set to be from the disk.。

In series, the HDD jumper is set up as a master-slave setting, one is set as the master hard board, and one is set as the slave hard disk