Installation of 2 x hard drives. How to connect a second hard drive
Installing a hard drive on a computer is not a difficult task and there is nothing to be afraid of if you have to do it yourself, even if you have never seen your computer open. I’ll explain everything to you now, and everything will work out for you.
Installing a hard drive on your computer will be required if you are going to update your device, are building a computer from scratch, or want second HDD. This instruction will help you in the first two cases. But in case HDD replacement I won’t tell you how to remove the old one, I think there won’t be any problems with that, but I’ll just show you how to install the new one correctly. But I’ll tell you about connecting the second hard drive some other time.
Installing a new hard drive begins by screwing it to the case. This is done using bolts. There are threaded holes in the hard drive case, and grooves in the computer case. It is screwed through them.
Make sure that installed device ventilation inside the system unit will not interfere, and also that all wires and cables can easily reach it without tension.
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Connecting the hard drive to the motherboard
The bolts are fixed, and we move on to the wires and cables. Connect the HDD with which it will communicate with it.
Depending on the type of HDD, they will differ - ATA (IDE) and SATA. The first is older, the second is new, but both types are still on sale.
Connecting an IDE hard drive to motherboard carried out using a cable, which differs big amount contacts, pins, and therefore it is wide. The cable has a lock that prevents it from being connected incorrectly. Therefore, it is impossible to make a mistake. Connect the HDD and motherboard using an IDE cable.
The SATA hard drive is connected using a narrow cable. It will be impossible to mix up the connection sockets on the motherboard, since SATA will only fit into the correct connector. Use a SATA cable to connect the HDD to the motherboard.
Connecting the hard drive to power
IDE and SATA hard drives also have different power cables. Most are for one or the other type or there are special adapters.
To connect IDE hard drives, a 4-pin Peripheral Power Connector is used. SATA hard drives require a SATA Power Connector. In both cases, you can't mix up the connections, so don't worry about doing anything wrong.
Differences between connecting IDE and SATA hard drives
It would seem that the connection procedure is the same, but in fact IDE is slightly different from SATA in that it requires setting the position of the jumper, the so-called jumper.
The motherboard is usually equipped with a pair of connectors for IDE devices, and two devices can be connected to each. Each pair can have one master and one slave, and it is impossible for two to be identical. The hard drive must be in master position if Windows boots from it. The second device in the same connection branch must be a slave.
If all this is difficult to understand, then simply set the jumper to master if your computer only has one hard drive.
You can find the jumper connection card on the case itself. hard drive.
You bought a new one HDD for a computer and don’t know how to connect it?! In this article I will try to talk about this in detail and in an accessible way.
To begin with, it should be noted that the hard drive is connected to the motherboard either through the IDE interface or through the SATA interface. IDE interface on this moment is considered outdated, since it was popular back in the 90s of the last century, and new hard disks they are no longer equipped with them. The SATA interface is found in all computers that have been produced since approximately 2009. We will consider connecting hard disk with both interfaces.
Connecting a hard drive via SATA interface
Disable system unit from the network and remove the side panel. At the front of the system unit there are compartments for devices. The upper compartments are usually installed optical drives CD/DVD, Blu-Ray, and the bottom ones are intended for installation hard drives. If your system unit does not have the compartments shown in the figure, you can install the hard drive in the upper compartment.
We install the hard drive in a free cell so that the connectors face inside the system unit, and fasten it to the case with screws: two screws on one side and two on the other.
On this installing hard disk is completed, check that it is not loose in the cell.
Now you can connect the hard drive to the motherboard.
If you purchased a hard drive with a SATA interface, then the drive itself has two connectors: the shorter one is responsible for transferring data from the motherboard, the longer one is for power. Additionally, the hard drive may have another connector; it is useful for supplying power via the IDE interface.
The data cable has identical plugs at both ends.
We connect one end of the cable to the SATA data connector on the hard drive.
The data cable plug can be either straight or L-shaped. You don’t have to worry about the correct connection; you simply won’t be able to plug the cable into the wrong connector or the wrong side.
We connect the other end of the cable to the connector on the motherboard, usually they are bright in color.
If the motherboard does not have a SATA connector, you need to buy a SATA controller. It looks like a board and is installed in the system unit in a PCI slot.
We are done connecting the data cable. Now we connect the power cable to the corresponding connector of the hard drive.
If your power supply does not have connectors for SATA devices, and the hard drive does not have an additional power connector for the IDE interface, use an IDE/SATA power adapter. Connect the IDE plug to the power supply, the SATA plug to the hard drive.
That's all, we connected a hard drive with a SATA interface.
Connecting a hard drive via the IDE interface
We install the hard drive into the system unit in the same way as described in the paragraph above.
Now you need to set the mode work hard disk: Master or Slave. If you are installing one hard drive, select Master mode. To do this, you need to place the jumper in the desired position.
The IDE connectors on the motherboard look like this. Next to each of them there is a designation: either IDE 0 – primary, or IDE 1 – secondary. Since we are connecting one hard drive, we will use the primary connector.
That's all, the hard drive is now connected.
I think now, using the information from this article, you can P connect the hard drive to the computer.
We also watch the video
Today, the computer contains all our memories, work, plans for the future, favorite films. Sooner or later there comes a time when there is very little space on the computer. Then the question arises, how to install a second hard drive, and what is needed for this. Let's look at this problem from all sides.
No matter how much the abundance of wires in the system unit scares you, don’t worry, it’s not as difficult as it seems at first glance. Now “we tell you how to do this in Russian,” short and clear. First, let's determine where a solution to the problem is needed, on desktop computer or on a laptop. Let's consider the first option.
How to install a second hard drive on a computer?
Installing HDD on a desktop computer
Before adding a new hard drive, you need to pay attention to the model of the old drive. They are divided into two types according to the connection interface (connector):
IDE connector (ATA or PATA). Such storage media are obsolete models and are rarely found.
SATA connector. Media with this connector are sold everywhere. A standard purchase at any computer store.
The hard drive is connected with two cables. One supplies power, the second transmits information. To understand what kind of storage media is in your computer, open the side cover and look. If a flat cable, half a millimeter thick and 6-7 cm wide, goes to the hard drive, then you have old model, connected via the IDE connector. If the cable is neat and a centimeter wide, it means modern SATA.
- Does the motherboard have a connector for new purchase. Previously, there were budget motherboards with a small number of connectors, and if you have a drive connected, there may not be enough space. The problem is solved by STLab RAID SATA 2. There are also similar controllers with IDE.
- Free SATA cable in the power supply. IN budget options, the number of connectors may be limited. The problem is solved by purchasing a Molex-SATA adapter.
The hard drive model has been determined, it has been purchased, and we have come to the practical part of solving the question of how to install a second hard drive on a computer and do it safely.
Installation with IDE connector
The main rule for working with computer components is to turn off the power to the system unit, that is, simply unplug it from the outlet. Next we follow simple algorithms:
- Remove the housing cover.
- We install the purchase in special computer case mounts (runners).
- We secure the new device with special standard bolts. If you don't have them, purchase them along with your hard drive.
- Connect the power cable.
- Connect the IDE cable. Here you need to pay attention to the nuances of connection. The cable is connected at one end to the motherboard (usually it is painted a separate color), and at two ends to the devices. One of the connectors is marked as “Master” (main) and is located at the end of the cable, the other is labeled “Slave” (auxiliary). The hard drive also has jumpers and instructions on the case describing the positions. Therefore, if the HDD is connected to the “Slave”, then you also need to set this mode on the media itself. IN otherwise The PC will not see the new acquisition.
- When everything is connected, we launch the system unit, split it and configure the new HDD to our liking.
Installation with SATA connector
This option is less complicated, since new technologies are more gentle for beginners and do not require long setup. We also make sure to turn off the power to the system unit, install the disk and screw it into the case.
- We check and connect the power supply cable with a SATA plug to the HDD. If there are not enough connectors, we will use a Molex-SATA adapter.
- We look where the HDD connector is on the motherboard and connect the new device using SATA cable II or SATA III. The technologies are backward compatible and do not require any configuration. Plug it in and forget it.
- We launch the system unit.
Here is a simple solution to the pressing problem of how to install 2 hard drives on a computer, without problems or errors.
Installing a hard drive in a laptop.
An ordinary user looking at this monolithic and elegant gadget is unlikely to decide to self-installation and will go to the service center. And he will make a mistake. The devil is not as scary as he is portrayed. Installation additional HDD into a laptop - even easier than into a system unit. You don't need to look for connectors, models, cables.
Here we’ll make a little reservation that installation in a laptop is possible in two cases:
You have an additional HDD slot inside your laptop.
You have a DVD drive installed in your laptop.
The first case is rare, and the HDD is installed in a ready-made niche in the case. The second is the most common, let's look at it in more detail. First of all, there is a ready-made solution, and it plays the role of an adapter or even a pocket. To do this, you will need a screwdriver and the device itself, which you can buy at any store.
Procedure
1. Turn off the power to the laptop and remove the battery.
2. Unscrew the bolt on the bottom cover of the laptop that holds the drive.
3. Pry up and carefully remove the DVD drive.
4. Insert the new device into the adapter for the 2nd HDD SATA.
5. Carefully place the adapter in place of the drive.
6. Tighten the bolt back.
7. Insert the battery and turn on the laptop.
If everything is done carefully, the components are working and of proper quality, you will see a new hard drive in the operating system.
We have just briefly and clearly figured out how to install a second hard drive on a PC, and how easy it is even for regular user. Therefore, be careful, collected and don’t be afraid to experiment.
Every year the amount of information stored on a computer increases. As a result, the computer takes a long time to boot and freezes periodically. And this is natural, because all data is stored on a hard drive, the memory of which is limited.
Users solve this problem in different ways. Someone transfers information to various media, someone turns to the specialist and asks to increase the computer's memory, and someone decides to connect a second hard drive to the computer. Therefore, let’s figure out how to connect a second hard drive to a computer without the help of a specialist – on your own.
To begin with, you need to completely de-energize the system unit: Disconnect all cables and power cable. Now it is necessary unscrew the side covers system specialist We turn its back towards you and unscrew the four screws on the sides. Lightly pressing on the side parts, move them in the direction of the arrow and remove.
Hard drives in the system unit are installed in special compartments or cells. Such compartments may be located in the rear of the system unit, at the bottom or in the middle; some hard drives are installed turned on their side. If your system unit has several bays for hard drives, install the second one not adjacent to the first one - this will improve its cooling.
Depending on the method of connection to the motherboard, internal hard drives are divided into two types: with IDE and SATA interface. IDE is an older standard; now all system units are designed to connect hard drives with a SATA interface. It is not difficult to distinguish them: IDE has wide ports for connecting a hard drive and power supply and a wide cable, while SATA has both ports and cable much narrower.
Let's get down to business.
We will leave our first hard drive for the operating system, and we will connect the second to store movies, games, music and other information. This configuration is not only convenient, but also improves the performance of the computer itself.
Let's consider point by point how to “get” to the installation location of our hard drive.
1. It is necessary to disconnect the computer from the power supply.
2. Remove the cover of the system unit (if the cover is separate, then it must be removed from both sides).
3. Find your first hard drive (most often it is located closer to the end part).
SATA power cable
This is what the SATA connector on the motherboard looks like for connecting a data cable.
For information:
If you have a SATA output on your motherboard, then it would be wiser to install this type of hard drive. SATA has greater bandwidth compared to IDE. IDE is more difficult to find in stores due to the fact that this interface is already going out of active use, and it has been replaced by SATA, SATA-II, SATA-III (the larger the number, the higher the data exchange speed).
5. If your choice falls on an IDE hard drive, then on the rear panel you need to move the jumper to the Slave position. You also need to check how the jumper is set on the first hard drive (it should be set to the Master position).
6. Now install your extra hard put the drive in place and connect it to the motherboard and supply power to it.
7. Secure the hard drives on both sides with the screws included in the kit.
8. Replace the system unit cover.
9. Connect the wires that were previously disconnected and apply power to it.
10. Turn on the computer, wait until it boots completely, then check if a new hard drive has appeared (to check, go to “My Computer”)
11. If everything went well and the disk appears in the computer, then before starting work you should format it.
Well, this completes the installation of the second hard drive.
Hello! Please, help the average computer user understand hard drives and the possibility of their autonomous operation...
The point is this. It has become possible to install a second hard drive on your PC, so that the first one is exclusively for the OS + necessary programs + frequently used files (documents, technical diagrams, etc.), and the second one is for the home archive (videos, photos, films, rarely files used.
I successfully installed the second hard drive myself (the OS sees and maintains it well)... But one problem arises here. This hard drive should be used from time to time, but it turns out that every time you turn on and off the computer, the OS still starts it - and this affects the resource!
How to make sure that this, let’s call it “archive” hard drive, does not start up unnecessarily? Is this possible?
Nikolai | April 29, 2015, 08:40
" YUM wrote: for the sake of discussion: shouldn't we go the mechanical route? Well, for example, lengthen the power cable. Take the father/mother out and, if unnecessary, simply open the pads. The cable, however, will still stick out in the “mother”, but , I think, beyond the display: “unknown device”, OSKA will not work...”
As a matter of fact, this is the option I considered first and here’s why. Now my system unit stands (with its wide side) close behind the monitor and the back (free) side (for certain reasons) without a cover (i.e. there is free access to the hardware). The cables of both HDDs have easy access. In general, everything is predisposed to removing/inserting connectors. But realizing that everything would quickly become unusable, so I asked myself the question of turning the HDD on and off not mechanically, but programmatically. Well, it turned out that this, unfortunately, is impossible.
So, YUM, I'll have to go down the already discussed path...
YUM | 19 April 2015, 15:32
By way of discussion: why not go the mechanical route? Well, for example, lengthen the power cord. Take mom/dad outside and if not needed, just open the blocks. The train, however, will still stick out in the “mother”, but, I think, beyond the show: " unknown device", the OS will not work. I remember plugging fans into the free pads on the power supply. For external use. One to blow on me, the other into the case. Because it happened that both the computer and I overheated... :-)
Nikolay | 8 April 2015, 13:58
Nick Nick, thanks for the answer. From the answers, I understood that the second hard drive integrated into the PC will still be polled by the OS for any of its actions. And therefore, to eliminate “unproductive” inclusions and shutdowns, it is necessary to exclude it from the directory of one OS. That is, it is either a PC with two motherboards (and different OS), or a second PC, or an external hard drive, or a NAS...
Nick Nick | 7 April 2015, 14:47
I have done this, in the system unit there is a 500 GB disk divided into two partitions on one partition the system on the other with downloaded movies, etc. In a beautiful plastic case called an external HDD box there is a second (right on the table) hard drive, also rated at 500. Moreover, it has an autonomous power supply switch on the case. There are photos and archives on it and it is connected with a switch when needed, but when not needed it is turned off with a switch on the case. It is connected to a computer via USB (comes with the box included). The system sees the disk as a large flash drive. I took this box and watch photos and videos on DVD or wherever there is a USB.
Nikolay | 7 April 2015, 08:19
Nick, perhaps you are right in some ways. But again, I don’t need a backup disk (did I name it correctly?) that will be stored in a closet.
There were 2 HDDs available (500 GB and 2 TB). On the first one I placed the OS with accompanying programs (not all the necessary ones have been installed yet). By the way, as Dima Svinkin mentioned, the system disk was divided into two logical ones - for the OS itself and for various files needed in everyday work. And the second HDD (2 TB) is gradually filled with “household stuff” (photos, videos, films, music, rarely used documents, drawings, etc.).
As a result, the “two-terabyte” after turning on the PC, after a while (as you mentioned, Nick) “falls asleep”, I don’t even know when this happens. On the one hand, this is good - the HDD is not used, but on the other hand, the problem I describe arises.
Nick, I can’t buy an external drive yet (especially now it’s very expensive, and there’s already 2 TB in stock). I just have the opportunity to get a small system unit - I’ll probably have to “dance” from this option.
By the way, Nick, I’m certainly not an IT specialist, but it’s still said everywhere that you need to treat the HDD with care, because it’s better for it to “spin” all day than to start and stop.
So, in summary we can say the following:
1) separate control on one computer, with one OS, of two physical HDDs (without good system knowledge and access to BIOS) is almost impossible.
2) to solve the problem I am describing, it is proposed to either physically disconnect the second HDD (which is unrealistic), or use an external HDD, or you can use a second system unit of a small form factor.
Is everything correct?
Nick | April 6, 2015, 10:47 pm
For Nikolai: the “professor” on one of the IT sites advised you correctly. It is best to have 2 disks in the system. But they are used for something completely different. For example, there is only the system on one disk. And if the system crashes or you need to restore it from a backup image from six months ago, then your current documents will not be affected in any way, because they are on another drive. You won't lose anything. Or you need to check for errors or defragment the system disk - the operation will be carried out much faster in time on a small system disk (where there is only the system) than on a huge shared disk, where, in addition to the system, there are also a bunch of your documents, pictures, videos, etc. In short , 2 disks are used to distribute data - and this is necessary for ease of system maintenance.
I don’t know why you are afraid of turning disks on and off. There is nothing to worry about, modern disks are designed for this, they can even turn off and fall asleep if they are not accessed for a long time.
Well, if you want to disconnect the disk yourself, then buy external drive. For example, I use an external USB-3 drive. It works quickly; to turn it off, you just need to remove the connector with the cord from the computer socket (it is inserted into the USB flash drive connector).
Nikolay | 6 April 2015, 20:54
Thanks to everyone who answered my question. A special “curtsy” for Alek55sandr5 - it seems that you immediately “grabbed” the essence of the issue.
Now it becomes clear that if two (3.4) hard drives are connected to one OS (which the system “sees” as separate physical disks), then every time you turn on, turn off or reboot the system will always launch them all (which, naturally, reduces their resource, because for a hard drive one of the most difficult modes is start-up, when the spindle spins the “pancakes” Correct?)
It’s strange that at one time, some “professor” on one of the IT sites “advised” to have two separate hard drives in your PC (and not in some kind of ride-array, but precisely two separate physical ones - one for OS and related programs, and the other for home videos, photos, books, archived documents and other relatively rarely used files). So I “bought” this “call”.
That is, the right solution for me would be: a separate small-sized system unit, from which to make something like a NAS and connect it as needed? This is the only way I can protect the second hard drive from unnecessary startups. Right?
Dmitry | April 6, 2015, 10:59
Place a swap file and a folder for temporary files there. The disc will kick back.
Svinkin Dima | 5 April 2015, 16:43
I strongly disagree with you! A home archive must be created and stored on an external hard drive. What size is your system (physical disk)? For an OS + various programs, 100-150 GB is usually enough, and for many users the system (logical) is even several times smaller than these sizes. If your computer had one physical disk with a nominal size of 320 GB or more, then it is unreasonable to allocate this entire volume to the OS + programs. It needs to be divided into two partitions (two logical drives) C:\ and D:\. Drive C is the system drive, and on drive D:\ you should place folders for temporary files of all programs, folders for downloads from the Internet, folders for saving files created in different programs and a temporary archive of the most popular files. Any extra physical device in a computer can turn into a headache at any time - this is practice.
Alek55sandr5 | 5 April 2015, 15:50
As far as I know, unfortunately it is impossible to completely turn off the hard drive if it is connected to a PC. Every time you start the operating system, the hard drive will load along with it and its resource will slowly wear out. You can copy some files to this hard drive and remove the connected cables from its connector. This way it will be completely disabled and its resource will be greater. But of course, if this option suits you.
This is not entirely true. First you need to know what interfaces your devices have. If they are both SATA, then you just need to connect them; you may have to set in the BIOS the order in which the system accesses devices to boot from the disk on which you have the system installed, which is your boot drive. Otherwise, if the newly installed disk was previously installed operating system and it was active, then the download will go from it and most likely it will not go smoothly. If the disk is clean and the system accesses this disk first, then there will be no booting at all, the system will display the message No system disk. To manage this parameter you need to enter the BIOS. depend on whose BIOS you have installed (AWARD, American Megatrends Inc (AMI), General Software Inc, Microid Research, Phoenix Technologies) You can find out what exactly you have installed when you turn on the computer, the BIOS manufacturer will be indicated on the screen. In general, find out who the manufacturer is, write, we’ll tell you in which section to look.
If your drives have IDE interfaces, then you need to figure out the device connections. If both drives are connected to one cable, then you need to figure out whether the jumpers on the drive are installed correctly; if they are not installed correctly, the system may not see your drives at all, despite the fact that everything was in order before connecting. (It’s worth mentioning right away that you shouldn’t hang the HDD and CD/DVD Rom on the same cable. With such a connection, the data transfer speed will be noticeably lower. The IDE channel itself will set the transfer speed for both channels not exceeding the transfer speed of the slowest device, i.e. CD/DVD Rom and your HDD will be slow.
Let's return to the train. There are 3 identical connectors on the cable. the furthest one from the other two is inserted into the motherboard is System. The middle one is the Slave connector, the third is the Master. Some cables have inscriptions near the connectors. There is a picture on the disks themselves that shows which connection the jumper position corresponds to. So, we insert the System connector into the motherboard, insert the Master connector into one of the drives and put the jumper in the Master position, connect the second drive to the Slave connector, for Slave the jumper is usually not placed at all, so in order not to lose it, we put it in the Cable select position. By the way, all connections should be made with the power off. There is a switch on the back wall of the system unit. Turn it off and press the POWER button (the one you turn on the computer), this will remove the residual voltage from the charged capacitors of the power supply. At the same time, the lights may even blink and the fans may start spinning. We connect the power connectors to your drives and turn on the computer's power. Now you need to enter the BIOS and see if your disks are visible. If everything is connected correctly and the drives are working properly and the drive detection parameter is set to AUTO, then you will see information about them on the main page. Both SATA interface channels and IDE channels are displayed. If it’s not visible, use the arrows to go to the channel that says None instead of a disk and press Enter. Next, press Enter again and the system will try to find and recognize your disk. If you don’t find it, press Esc and move on to the next channel and so on until all your disks are found. When they are found, you will see it for yourself. If you can’t find them, check the connection and the reliability of the contact. If everything is determined, good. Save the settings (usually using the F10 key and pressing the Y key to confirm). Now let's try to boot the computer. If everything went as it should, great. If the disks are identified but the loading does not proceed, then the issue is again in the order in which the devices are accessed. To tell you exactly what you need to do next, you again need to know the manufacturer of your BIOS.
Now, the information is beyond the roof for someone who doesn’t know anything about it yet. It may be difficult to perceive everything at once, but do it once, then do it with your eyes closed, there is nothing difficult about it. The main criteria are accuracy and attentiveness.
If you have Skype, please contact me, maybe I can explain better in words.
PS
Damn, I screwed up Gee Gee.
Have you bought a brand new hard drive for your computer and don’t know how to connect it?! In this article I will try to talk about this in detail and in an accessible way.
To begin with, it should be noted that the hard drive is connected to the motherboard either through the IDE interface or through the SATA interface. The IDE interface is currently considered obsolete, as it was popular back in the 90s of the last century, and new hard drives are no longer equipped with it. The SATA interface is found in all computers that have been produced since approximately 2009. We will consider connecting a hard drive with both interfaces.
Connecting a hard drive via SATA interface
Disconnect the system unit from the network and remove the side panel. At the front of the system unit there are compartments for devices. Optical drives for CD/DVD and Blu-Ray are usually installed in the upper compartments, while the lower compartments are intended for installing hard drives. If your system unit does not have the compartments shown in the figure, you can install the hard drive in the upper compartment.
We install the hard drive in a free cell so that the connectors face inside the system unit, and fasten it to the case with screws: two screws on one side and two on the other.
This completes the installation of the hard drive, check that it is not loose in the cell.
Now you can connect the hard drive to the motherboard.
If you purchased a hard drive with a SATA interface, then the drive itself has two connectors: the shorter one is responsible for transferring data from the motherboard, the longer one is for power. Additionally, the hard drive may have another connector; it is useful for supplying power via the IDE interface.
The data cable has identical plugs at both ends.
We connect one end of the cable to the SATA data connector on the hard drive.
The data cable plug can be either straight or L-shaped. You don’t have to worry about the correct connection; you simply won’t be able to plug the cable into the wrong connector or the wrong side.
We connect the other end of the cable to the connector on the motherboard, usually they are bright in color.
If the motherboard does not have a SATA connector, you need to buy a SATA controller. It looks like a board and is installed in the system unit in a PCI slot.
We are done connecting the data cable. Now we connect the power cable to the corresponding connector of the hard drive.
If your power supply does not have connectors for SATA devices, and the hard drive does not have an additional power connector for the IDE interface, use an IDE/SATA power adapter. Connect the IDE plug to the power supply, the SATA plug to the hard drive.
That's all, we connected a hard drive with a SATA interface.
Connecting a hard drive via the IDE interface
We install the hard drive into the system unit in the same way as described in the paragraph above.
Now you need to set the hard drive operating mode: Master or Slave. If you are installing one hard drive, select Master mode. To do this, you need to place the jumper in the desired position.
The IDE connectors on the motherboard look like this. Next to each of them there is a designation: either IDE 0 – primary, or IDE 1 – secondary. Since we are connecting one hard drive, we will use the primary connector.
That's all, the hard drive is now connected.
I think now, using the information from this article, you can P connect the hard drive to the computer.
We also watch the video
