ide sata cable for hard drive. IDE-SATA, hard drive adapter: description, connection
IDE is an outdated connector for connecting hard drives and drives for CD and DVD discs. It is becoming less and less common in modern motherboards. Consequently, owners of such devices may encounter problems when connecting more modern components to them. More often than not, these problems are solved with the help of converter adapters .
Instructions
1. Buy a SATA-IDE adapter.
2. Disconnect power and all connecting cables to your computer. Open the cover of the system unit. Touch the radiator for a few seconds. This is necessary in order to remove the charge of static electricity from your hands, on the contrary, it can damage the emotional components of the computer.
3. Take a SATA cable - you will need it to connect your adapter to the motherboard. The SATA cable is traditionally about 25 centimeters in length, most often red. You can easily recognize it by its connector: about a centimeter wide, flat, with a slight bend on one edge. Both sides of the SATA cable are equal, so it doesn’t matter which side you plug it into the motherboard and which side into the adapter.
4. You will also need an IDE cable to connect your floppy drive or hard drive to the converter. The IDE cable is flat, about 5 centimeters wide, with hard plastic connectors in the form of 2 rows of holes. Usually it has three connectors, one at a distance from the other 2. This connector is used to connect to the motherboard or controller.
5. Find any free SATA connector on the motherboard. They are shaped like a SATA cable, only surrounded by a protective frame that will help positively connect the cable. Plug one end of the cable into the motherboard and the other into your adapter.
6. Connect your device (floppy drive or hard drive) and the SATA-IDE adapter with an IDE cable. Insert the far single end of the cable into the adapter, and one of the free connectors on the other side into the drive.
7. Please note: near the cable location on your drive there is a group of six pin contacts that can be connected by a tiny plastic jumper. You will find MA/SL/CS marks on the top or bottom of the drive near these pins. If you don't have a jumper, you don't need to do anything. If there is a jumper, pull it out and install it opposite the CS mark. This is necessary to correctly identify your device.
8. Connect the white rectangular connector from the power supply to your drive. If the adapter has a white rectangular socket with four pins, connect another connector from the power supply to it. Insert the disk drive or rough disk into the case of your system unit, if you removed it.
9. Plug in the power cable, keyboard, mouse and monitor cables. Turn on your computer - your adapter is ready to use.
What should you do if you do not have a sata connector installed on your motherboard, but you need to connect the equipment to this connector? Hard drives today are sold specifically for sata interfaces. And finding a rough disk with an IDE interface is problematic. Of course, this is acceptable, but searching for such a hard drive can take a lot of time. In fact, the problem can be solved quite primitively - purchase and install sata- controller .
You will need
- Computer, sata controller, screwdriver
Instructions
1. Disconnect power from the computer. Unscrew the screws that secure the system unit cover and remove it. The controller must be installed in a PCI slot. If you don't know where the PCI slots are on your motherboard, you can look in the technical documentation for your computer. If you don’t have technical documentation, find them on the motherboard independently: all slots on the motherboards are labeled. As usual, they are located in the lower left corner of the motherboard, next to the video card slot. Depending on the motherboard model, there may be a different number of PCI slots. There should be a minimum of three.
2. Simply insert the sata controller into one of the PCI slots, and then secure it with a screw. You will see where to tighten the screw later after you connect the controller to the PCI slot. Without closing the system unit cover, connect the computer to power and turn it on. When the operating system boots, it should recognize the controller mechanically.
3. In fact, all controllers have special Plug & Play technology, so you don’t have to configure them when connecting. When the device is recognized by the system, install its software. To do this, use the software disk that should come with the controller. Additional software will expand its possibilities.
4. After this, turn off the computer and connect the necessary sata devices to the controller. Next you need to connect the power cable to them. See if your power supply has a cable with a sata interface. In the place where the cable is connected to the device, there should be an inscription sata. If the power supply does not have such a cable, you will not be able to connect power to the device. In this case, purchase an adapter for connecting sata power. These are available in any computer store.
Rugged drives and IDE CD-ROM drives are now being produced in much smaller numbers than before. In new system units it is difficult to find a place to place such devices. However, you can still find computers that use this type of connector. When connecting it, it is necessary to consider some features.
Instructions
1. Find the IDE cable connector on your CD/DVD drive - it looks like a rectangle with two rows of short pins, each 40 in number. Strictly speaking, IDE is not a completely accurate name and for any case, remember the other names of this interface: PATA, EIDE, Parallel ATA. This will help you choose and buy the required cable in the store.
2. Turn off your computer and unplug the power cable. Before removing the system unit cover, touch the radiator to remove static electricity - it can damage the electronic components of the computer. Remove the side cover of the system unit.
3. First, locate the IDE connector on the motherboard you want to connect the cable to. On different models, the IDE connection block may be located in different places; sometimes this connector is located on the side.
4. Take your IDE cable. You will see three connectors on it, with one of them at a greater distance from the other 2. This is what needs to be plugged into the connection point on the motherboard. If there are not one, but two connectors on the board, you can use any at your discretion.
5. Connect the IDE cable connector to the motherboard. Note that the block that surrounds the pins has a small indentation. And it’s true that there is the same protrusion on the plastic part of the cable. Turn the cable right side up and insert. You don't need to use a lot of force - if you overdo it, you might break the motherboard.
6. Now connect the device that has an IDE connection. Unlike new floppy drives and hard drives, which are connected with a thin SATA cable and which are impossible to connect abnormally, IDE connectors require observation. Next to the place for the cable there is a group of contacts in the form of six pins. These are traditionally labeled CS/MA/SL. If you look closely, the two contacts can be shorted with a plastic jumper - it is called a “jumper”.
7. If your cable will connect only one device, remove the jumper and connect the cable with any of the free connectors to your drive or hard drive. If you have several drives and the one you want does not work, try a different connector.
Video on the topic
The Sata interface is currently the most comfortable method of connecting storage media to a computer, providing high data transfer speeds. Also, the connectors occupy a smaller area, which greatly extends the service life of the device. Connecting a drive via Sata takes much less time than installing media according to the usual scenario.
You will need
- – a screwdriver or screwdriver.
Instructions
1. Turn off your computer and disconnect it from the power source. Using a screwdriver or screwdriver, unscrew the fastening elements of the side walls of the system unit. If you open the computer lid for the first time, pay attention to the presence of warranty stickers: if the warranty period has not yet expired, this may deprive you of the warranty of the seller or manufacturer of the device.
2. Choose the optimal location of the drive so that it is in the ventilation zone, because the drive tends to heat up, which affects the overall temperature indicator. Make sure that the cables do not interfere with the operation of the computer by coming into contact with the motherboard and other devices; Also, they are under no circumstances obligated to touch the cooler. If you have many storage devices installed in your computer, it is best to install an additional cooling system.
3. Install the optical drive in the selected position, securely securing it with special screws; they can come with the drive or be sold in a computer store; many of them even differ in the type of device. It’s best not to use ordinary bolts when installing computer equipment.
4. Connect the Sata cable to the connector with the corresponding name on the motherboard. When connecting devices via this interface, it absolutely does not matter what type of storage medium is connected to it. Connect the other end of the cable to the connector on the drive. Locate the unused wire coming from the power supply, connect it to the drive and arrange all the wires in positive order.
5. Turn on your computer. Installing a drive via Sata does not require additional steps when you turn on the computer. When booting, the presence of a new drive should be detected in mechanical mode.
Video on the topic
Note!
Avoid installing disk drives too close to each other so that they heat up less.
If, for unknown reasons, your computer no longer “sees” the rough disk, there are several reasons for this malfunction. The hard drive is out of order, the power cable and data cable are not connected tightly, sata is disabled in the motherboard BIOS controller. In the first option, you will most likely have to change the device, in the second - check the cable, in the third - set the BIOS settings correctly.
You will need
- – manager rights.
Instructions
1. Go to your computer's BIOS. To do this, immediately after turning it on, press Del on the keyboard. On some motherboards, the special key for entering the BIOS may be different - read the instructions on the screen after turning on the computer. As usual, it may not work the first time, so you will need to try again. Be diligent immediately after turning off the computer and often press the button.
2. After entering the BIOS section, you will find the item Integrated Peripherals or anything that corresponds in meaning to integrated devices. This item contains options for setting parameters related to the internal probabilities of the motherboard. Find the Onboard SATA Controller entry. Or any entry containing the words SATA Controller. Check the options for this parameter - usually these are Enabled and Disabled, Enabled and Disabled, respectively. Set all parameters carefully. To confirm, press the Enter key.
3. Set the Onboard SATA Controller parameter to Enabled and save the BIOS changes by pressing the F10 button and enter, or by going to Exit and choosing Save changes. If you do not press this button, the system in mechanical mode will offer you to save all the metamorphoses that have been performed. After rebooting the computer, go into the BIOS again, as you did in the first step, and check if the hard drive is found. This can be done in the Standard CMOS Features or Standard CMOS Setup item; this item is usually placed first in the list. In total, we can say that enable sata- controller on a personal computer is not difficult, the main thing is to understand a little about the BIOS system.
Occasionally there is a need to connect several internal hard drives to one system unit. The tasks begin only if these disks have different formats: IDE and SATA.
You will need
- IDE-SATA adapter.
Instructions
1. Don't worry - it's quite easy to connect hard drives with different formats to one motherboard. Remove the walls of the system unit and examine the ports on the motherboard.
2. The fact is that quite often even those models of motherboards in which the core hard disk is connected via a SATA channel have IDE ports. More often than not, DVD drives are connected to them. Find such connectors.
3. If a disk drive is connected to one of them, disconnect it and use the free cable to connect a new hard drive.
4. If such a port is free, purchase a cable (if there is none) and connect a rough drive to it.
5. Do not rush to despair if your motherboard contains only SATA or only IDE connectors. There are special connectors that allow you to connect hard drives with alternative ports. Purchase the necessary adapter.
6. Connect the purchased connector to the cable coming from the motherboard. Connect the connector to the hard drive.
7. Turn on your computer. To enter the BIOS menu, press the Del key. Open the Boot Device Priority menu. Nominate your dilapidated Winchester(on which the operating system is installed) as the primary device at boot.
8. You will save metamorphoses by choosing the Save & Exit option. Wait for the operating system to load. Most likely, there will be a mechanical installation of the driver for the new hard drive. After its conclusion, make sure the connected Winchester A.
Note!
Relatively old models of motherboards may not detect a hard drive connected via a SATA adapter. Occasionally, information from such a drive may be incorrectly read, as a result of which it will not be fully accessible.
Helpful advice
Before purchasing a connector, make sure that you can connect power to the hard drive.
In the last week, I received several letters with one problem, with approximately the same content, I’m sure your friends will be interested.
Note: If you need to connect a simple hard drive or an IDE or SATA interface drive to your laptop, or maybe you want to connect a laptop hard drive to a simple computer, then read our new articles:
- Our reader Alexander from Yaroslavl asks: How to connect a SATA hard drive to his motherboard, if it does not have such a connector at all, but there is a free IDE controller connector. Is it possible to find IDE-SATA adapter and solve his problem.
- Another letter. Hello, I have a question for you. There is a system unit, it contains two connectors for connecting SATA interface devices and they are naturally occupied, one connector is occupied by a disk drive, and the second by a hard drive, the capacity of which is only 250 GB. There is one more IDE controller connector - it is free. The other day, an acquaintance gave me a 250 GB SATA hard drive. True, it’s not new, but it’s quite working, so I’m asking you how I can connect it to my system unit so that two hard drives can work at once, then I’ll have 500 GB of total disk space. Friends suggested that there is an IDE-SATA adapter that can solve my problem. Is it so? My operating system is Windows 7. Also, is it possible to make the second hard drive visible in the BIOS and install a second operating system on it? Alexei.
- Now for a little attention. Another reader of ours asked a similar question, but on the contrary, he needs to connect a hard drive with an IDE interface, but he has only one IDE connector in the system unit on the motherboard and two devices are connected to it with one cable: a 250 GB hard drive and a DVD-ROM . There are also two free SATA controller connectors. A reader asks: is there a SATA-IDE adapter and can it be used to connect an additional IDE hard drive to its motherboard?
IDE-SATA adapter
The meaning of all the questions comes down to this: How to connect a device to the motherboard - there is no free connector for connecting it on this motherboard. And the first case is the most interesting; there is no connector on the motherboard at all to connect the device we need.
The solution for all problems will be the same. How, you ask? Read on. Friends, believe me, it’s best instead IDE-SATA adapter use, unfamiliar to many and sold in almost every computer store 3-port SATA and IDE controller - VIA VT6421A or it is also called - PCI Card SATA+IDE adapter (combo), it will cost us about 300-350 rubles. There are three connectors on it SATA and one IDE.
Today we don’t need such a number of hard drives, and with its help we will connect only two hard drives to our motherboard - one SATA interface, the other IDE, then turn on the computer and see how everything will work. Looking ahead, I will say that our two hard drives will operate in UDMA/133 The throughput of the hard drives will be 133 Mbit/sec, which, to be honest, is not that bad. Yes, I almost forgot, we have an article on how to use this adapter.
Let's take a simple system unit. We perform all actions with the computer turned off.
As you can see, two SATA controllers are busy. A Samsung hard drive is connected to one, a DVD is connected to the other. There is one more IDE interface connector, we will not specifically connect anything to it, we will complicate the task for ourselves, so to speak, we will make do with our PCI Card SATA+IDE (combo), hard in training, easy in battle.
Please note that, as mentioned above, there are three SATA connectors and one IDE connector.
We insert it into PCI controller connector our motherboard and secure it with a screw.
First we connect IDE interface cable Maxtor hard drive and PCI Card SATA+IDE adapter (combo). The end of the cable that needs to be connected to the motherboard is inserted into the IDE connector of our adapter. We connect the other end of the cable to our Maxtor hard drive.
Now it’s the turn of the second Western Digital SATA hard drive. It will be more convenient to first connect the power cable to the Western Digital hard drive. As you can see on my SATA-Western Digital hard drive there is a connector for connecting an IDE power cable, in your case this may not be (this is quite rare) and you will have to use a special IDE-SATA adapter.
We connect the power cable to our hard drive through the mentioned adapter.
Then we connect our PCI Card SATA+IDE (combo) adapter and the Western Digital hard drive using a SATA interface cable.
We check if everything is connected correctly and turn on the computer.
Immediately, a miracle does not happen in the parameter Hard Disk Drives we can only observe a Samsung hard drive connected directly to the SATA connector on the motherboard. Unfortunately, the BIOS did not see both of our hard drives connected to the PCI Card SATA+IDE (combo) adapter.
And friends, it’s almost impossible to make the BIOS see a hard drive connected via a PCI controller; unfortunately, the BIOS firmware won’t help either.
But both hard drives saw the program’s boot disk, which means that on both hard drives connected by our adapter, you can store system backups and, if necessary, deploy them to the main partition with Windows, which is what we did right away. First, we created a backup of the system, and then deployed it in place. The system booted successfully. Take this into consideration, friends.
We continue loading the operating system, by the way Windows 7.
The most difficult thing that awaits us is to find drivers for our adapter for Windows 7. If it doesn’t find the driver and install it automatically, you and I will have to surf the Internet in search of the right driver, but we also have good articles on this topic, so you guys have nothing to fear.
Windows 7 has loaded and we immediately go to Device Manager to see how we are doing. Equipment is being searched and installed. As we see, our adapter is defined in the device manager as VIA Bus Master IDE Controller,
and then the system installs drivers on our two Maxtor and Western Digital hard drives.
Hello! I came across an old laptop and decided to give it a new life. What came of it, what “nuances” arose.
My comrades gave me an old Acer Travelmate 290 laptop “for spare parts.” “Even the old one still doesn’t work.” The “breakdown” was that someone had already gotten to the “spare parts” before me - the hard drive and RAM were missing. I threw others in, borrowed them for a while - it works. It was somehow a pity to let the old man go to scrap.
I understood that the idea of restoring an old laptop on a Pentium M was pointless. But somehow the hand didn’t rise, and the laptop looked as if it had just been standing there and the dust was being blown off. I was very surprised by the perfect condition.
So, it’s decided, I’ll do it! I didn’t have an IDE disk in stock, so I checked the prices of the local “hucksters” for parts. Yeah... - 20 euros for a used 60Gb, this is the cheapest I found for a used disk 10 years old (at least). I decided to look at the adapters, my Chinese comrades have something for everything, it has long been known. Found. Paid. By the way, it arrived quickly - within 10 days. They threw it straight into the box. Yellow envelope. Inside - 
I planned to “screw it” to a laptop with a Kingdian 60Gb SSD. I inserted it onto the removed board. Nothing appeared in the BIOS... But while I was waiting, I studied the topic a little.
So, nuance No. 1 - there is a jumper on the adapter board 
Initially it is worth it. We shoot, turn it on - yes, everything is ok, even the name and volume are displayed correctly.
I started collecting - nuance No. 2 
I also expected this, which is why I chose SSD. It can be taken apart and 
Everything fits in, and there’s still room left :-)
Initially, the canonical Windows XP system was installed. There were no problems installing it. The BIOS was flashed to the latest available version. And then it became possible to install Windows 7. Before the firmware update it didn’t work - at the final stage there was a black screen, but this is a computer problem... On XP the disk produced such speeds - 
It is clear that everything here will depend on the IDE, and there is no way the SSD will open up here, but I was expecting a worse result.
Overall, I'm pleased. Well, for the future, if someone contacts me with a request to replace the IDE disk on the laptop (and there is still a lot of such goodness on hand), I will know what to do.
Yes, I almost forgot - if anyone buys such adapters, you should know that there are 2 types of them - they differ in the location of the IDE connector - like mine, and “inverted” - this must be taken into account, otherwise the disk may not fit. Well, take into account the dimensions - they match the dimensions on the product page (69mm x 14mm). It’s just that the HDD may not fit into some laptops; you’ll have to be tricky with the case.
Here he is - alive and working 
I also installed 2*512 RAM. Currently it is running Linux Mint 13 Xfce. Everything is working.
Why did I need this? I don't know, I felt sorry for him. Or maybe I’m getting old and craving antiques? :-) Seriously, I have been brewing an idea for a long time, in which I will need a computer with a full-fledged LPT port, and this is where it will come in handy, perhaps.
Thanks to everyone who read! Hello everyone!
At work, I regularly come across old PCs from which or onto which some information needs to be copied (usually everything that is on the hard drive). Not all computers have a sata interface, and I had to look for a “transit” computer. But with the purchase of this adapter, such a need has disappeared. Under the cut there is little text and a lot of photos.
1. Delivery 4/5
Delivery took standard 30 days for China Post. I think this is already the norm, it is unlikely that we will see major changes in this regard.
2. Packaging 4/5
Standard bubble wrap for BIC, the adapter itself was in an individual bag. There are no instructions, but they weren't needed. 
3. Completeness 5/5
I was especially pleased with this item; the kit contains everything you need: an adapter, a sata cord and a power cord (although, if possible, it is better to immediately buy an adapter from a 4-pin power connector to a sata one). 
4.Easy to connect 4/5
Everything is simple here, you need to connect the hard drive in accordance with the signatures on the adapter. For an IDE screw, for example, this is the case. 
And to connect a SATA screw to an old mother without SATA, like this. 
Connected. 
As you can see, there is nothing complicated about the connection. But there is one caveat: if you connect the IDE screw through an adapter, the jumper must be in the master position.
5. Ease of use 4/5
Everything is very simple, first we connect the screw as in the picture, boot and work :).
This is how a screw with an IDE interface connected via an adapter (SATA1) is defined in the BIOS. 
And this is how Akronis sees it. 
The main advantage of this adapter is that you can not only connect the old screws to the new mother, but also vice versa. There is nothing difficult to use; the copy/write speed for the IDE screw remains visually the same.
Conclusion.
It’s definitely worth taking if you actively use a PC - this thing will come in handy sooner or later, and besides, it costs mere pennies.
update: An 80GB IDE HDD occupied by 7GB was copied via an adapter to a SATA screw in 3.5 minutes.
I'm planning to buy +40 Add to favorites I liked the review +21 +62