Hard disk 80G to 160 directly add a line Does it affect the computer 20

Adding a good one can not only speed up the access speed, but also make the spare parts data safer.

Generally, you can add it directly and use it, sometimes you have to set up a heavy disk, and the hard disk has no impact on the computer, at most, it will slow down a little bit.

Yes, when adding, you should set the newly added jumper to a slave disk. The previous one is set as the main disk. It's also easy to add.,After booting up,Right-click on my computer,Then click on management,There's a disk manager.,And then it will automatically prompt a new device to be added.,You click on the application.,And then it's the partition.。

It's more automated, and it's clear at a glance.

If there is a data cable interface, of course.

Of course there is an impact on the computer, that is. The space has become larger.

No way. It seems that more than 137g is what's wrong.

Forgotten.

No way. You have to pay attention to the jumper settings, divided into the primary hard disk, and the secondary hard disk, otherwise the BIOS may recognize well and will not boot.

The drive will be slower, and you won't feel much when you go in

Add an 80g one?? Yes. It doesn't matter.

Some older motherboards may have a limit on the size of the hard drive.

Pay attention to the jumper of the main disk from the disk. . .

Yes, that's how my computer was added, no problem.

That's how 80g is calculated.

1gb＝1000mb＝1000×1000kb＝1000×1000×1000byte

And there is only binary in the computer, and the number closest to 1000 is 2 to the 10th power, which is equal to 1024, so the hard disk capacity seen in the explorer is calculated like this:

1gb＝1024mb＝1024×1024kb＝1024×1024×1024byte

So, 80G hard drives generally see what you actually see.

80 And brand phones generally have functions such as system recovery, which will hide a part of the space to store backup data, so this is the capacity you see.

1.It should be usable, first see if the interface of the hard disk is LBT or SATA, and then install it.

It's according to your own needs to choose.,You don't need to buy a high-end one.,The current 4-core is still very good.。

The memory has come out, there are 1333, 1666, 1888, simple use can be used with DDR3, ** is not bad.

The old hard disk can definitely be used.,But DDR4 is not a local tyrant can't afford it.,The current motherboard and CPU don't support DDR4.,Now if you want to use DDR4, you have to use X99 motherboard and 5960X.,These three pieces add up to 10000 close to 20000.。。。 Sweat to death, the five organs are not enough to be installed.

Two hard drives can be used together; Attach it to it and you can expand it; After the hard disk is installed, the partition can be used normally.

80G hard disk If it is SATA interface, that is to say, the motherboard has SATA interface, then you buy a new 500G hard disk and plug it into SATA interface to use, if it is an 80G hard disk with IDE interface, then you have to look at the motherboard to know whether there is SATA interface, if not, then you don't need to consider adding a new hard disk, there is another point, SATA hard disk and IDE hard disk data interface and power interface are different.

After changing the new hard disk, you can enter the XP and Win7 systems, find Disk Management, and then use the system's built-in disk partition function to divide the new partition.

The power consumption of the hard disk is relatively low, generally only more than 20W, even if you attach a hard disk, there is no problem.

1.Can.

2.Nonsense.

3.I don't know how old your computer is. Check whether the power supply capacity is sufficient, and check whether the motherboard has a SATA interface.

You can buy another hard disk and use it together, but you need to set one of the disks as the master disk and the other as the slave disk, and connect the two with data cables when installing.

Yes, re-hang it and set it as a slave disk. Format, and then the partition is good to go.

Buy a big hard drive and replace it. Now the hard disks are basically 500g, and the small ones should not be produced.

OK! Yes, don't confuse the two hard drives

Try it this way:

1) I put the old one as the first boot hard drive, and attach the new one. Boot the system.

2) Copy all the old files to the new disk, and there is no one left.

3) Shut down, remove the old hard drive, and set the new hard drive as the first boot disk in the BIOS.

That should be fine.

In this regard, it should be noted that the files in the root directory of the hard disk and the ntldr files must be in the new hard disk, which is the key to ensuring the boot of the new hard disk. Another point is that after formatting, you should use a disk management tool to ensure that the new hard drive is the active partition. If the new hard drive is not an active partition, it will not boot either.

By the way, there is nothing dangerous about this approach, because it did not break the old system, so if it fails, at most we will look at why it failed.

If you put the system on a new disk and then hang up the old disk, the original thing is still there. However, it is not guaranteed that all files can be read immediately, for example, you may set your own "My Documents" in the old disk, then it may not be readable in the new system, so you must set its properties as an administrator to read it.

It's very simple, you remove the 160g hard disk, connect the new hard disk to install the system, and then connect your 160g hard disk, the system files in the old hard disk can be deleted directly, it doesn't matter. There will be no problem with the original data!

BIOS set 500G hard disk to boot first, reinstall it is the original readable.

For example, if you buy a 40GB hard drive, but the actual usability may only be 38GB, why is this? The reasons can be explained in the following aspects:

Manufacturers generally calculate capacity at 1000K bytes per megabyte, while most motherboards use 1048K as one megabyte for BIOS and test software. This results in a difference of about 5 per cent.

The capacity of the hard disk is divided into the physical disk capacity calculated purely by the number of heads, the number of cylinders and other physical parameters, and the actual available space after partitioning, formatting, etc., and the capacity of the hard disk is not the same under different operating systems.

Selecting different working modes (normal, lba, large) in CMOS may also cause capacity inconsistencies.

Due to the influence of these factors, generally speaking, it should be normal for there to be a gap of about 5%-10% between the test capacity of the hard disk and the nominal capacity.

Manufacturer calculation method: 80g 80 * 1000m 80 * 1000 * 1000k 80 * 1000 * 1000 * 1000b

Computer conversion to: (80*1000*1000*1000)b (80*1000*1000*1000) g