Is it possible to connect the monitor to the motherboard

What to do if the screen does not light up when you turn on the computer?

Why might my computer monitor blink? There is not enough power to the monitor, due to a faulty external or built-in power supply of the monitor itself. Problems in the main board or power board inside the monitor Capacitors are swollen on the monitor board or on the PC motherboard, or they may be swollen on the video card.

Why the screen on the computer does not work?

The monitor does not turn on due to lack of power

Problem. A very common cause of a non-working monitor is an unconnected power cable. Someone can accidentally hit the cable plug, and it will come off the outlet, or for the same reason, the cable will come off the monitor. The monitor will not work without power, it is clear to everyone.

Is it possible to connect a laptop to the system unit?

Connecting the system unit to a laptop

A LAN connection is always used to connect the laptop monitor and the system unit. This connector is found in all modern laptops and computers (this is an RJ 45 port). To connect the system unit to the laptop monitor, you just need to insert the cable on both sides.

Is it possible to connect a monitor from a laptop to a computer?

You can use a laptop as a monitor through the HDMI connector or through the VGA output. If the system unit contains only an HDMI jack, and the laptop is equipped with a VGA input, then a special adapter is required for their joint work.

How to reset your monitor to factory settings?

  • Click the Start button. in the “Start Search” field, enter Personalization and in the list of programs, select Personalization.
  • Under Customize appearance and sounds, select Display Options.
  • The display settings you want to restore, and then click OK.

How to connect laptop to computer using USB?

How to connect a laptop to a computer via USB?

  • Connect the USB plugs of the device to computers.
  • Open Total Commander on both computers.
  • On each computer, go to the Network submenu and select Set up LPT / USB connection.
  • Now decide from which computer you need to copy the data.

How to connect a monitor via a video card?

Connecting a video card to a monitor via a converter

  • Connect the converter to a video card via HDMI, DVI or Display Port.
  • Insert the other side of the converter into the VGA connector on the monitor.
  • If necessary, connect additional power to the USB port on the motherboard and mini-jack for audio signal transmission.

How to connect a second monitor to the motherboard?

The connection is carried out as follows:

What cable is needed to connect the monitor?

Monitor connectors for connecting to a computer

  • HDMI (different types shown)
  • Classic HDMI cable
  • Display Port and Mini Display Port.
  • USB-C port on top. for data transfer, on the bottom. Thunderbolt 3.
  • DVI interface
  • VGA interface
  • Classic HDMI cable
  • HDMI to VGA adapter.

How to connect a monitor to the motherboard?

Examine the back of the system unit → locate the horizontally located VGA / DVI / HDMI / DP video adapter connector. Connect an additional monitor to the video card slot. Note! If the main display is connected to the motherboard (vertically), then remove it and install it in the video card (horizontally).

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Is it possible to connect one monitor to another?

To combine 3 monitors into one system, one of them must be connected via DisplayPort or miniDisplayPort (miniDP), the second via DVI, and the third via VGA, HDMI or the same DVI. If there are 4 monitors, two devices must be connected to DisplayPort, the third to DVI, and the fourth to VGA or HDMI. 5 May 2020.

What cable is needed to connect the printer to the computer?

To connect the printer to a computer and its further operation, you will need two cables: a network cable and a USB.

Integrated graphics

First, let’s take a look at the features of each type of device. An integrated graphics card is a virtual device created as an additional logical unit in a processor. It does not have its own video memory and uses the computer’s RAM.

Technologies are developing, and today integrated video cards are quite powerful devices that are capable of solving many tasks set by the user: playing multimedia files, working with graphics, including 3D, video rendering, and even launching modern games that are not too demanding on power (or warm lamp masterpieces years gone by).

One of the advantages of such a video card can be considered the fact that it does not make noise at all during operation. Only the processor cooler will make noise, but it works regardless of the supplied load.

The disadvantage of the built-in video card is that it loses in power even to discrete devices of the middle price category. If you are an avid gamer, this option is definitely not for you.

Discrete Graphics Accelerator

Such a device is made in the form of a separate module, which is mounted in a special slot. It is equipped with its own video memory, processor and cooling system.

A powerful video card heats up a lot during operation, and therefore requires good cooling. As a rule, they are equipped with two or three large coolers, which can generate significant noise during peak loads.

Depending on the technical characteristics, such a video card can run any games. At the same time, the gamer will not suffer from FPS drawdown, lags, freezes and crashes to the desktop, if the power of the device meets the minimum system requirements of the game.

And even if it falls short, the graphics accelerator can be overclocked using special utilities. In addition, modern video cards often use DVI and HDMI slots for video signal transmission (read more about connectors or video outputs on video cards).

So where to connect the wire?

To the video card that is more powerful. If you bought a ready-made PC, the discrete graphics card will most likely be more powerful (however, it does not hurt to clarify the specification). If there is no discrete video, you will have to connect the monitor to the motherboard.

Finding the right connector is easy: the slot on the motherboard is located higher and almost always vertically. Ports on a discrete GPU tend to be lowest and horizontally.

Unfortunately, if you have both types of video cards and both connectors, you will not be able to connect two monitors to the system unit. Rather, it will work, of course, but only one will work. Such a limitation is set in BIOS when one of the explicit graphics accelerators is assigned as the main one.

By the way, if you decide to experiment and change the port used, the BIOS settings should also be changed, otherwise there will be no image on the monitor. It should be noted that this is true only for operating systems of the Windows family.

On Unix, such restrictions can be bypassed, but a very high level of red-eye is required.

A natural question may arise: is it possible to display an image from a discrete video card through the interface on the motherboard if one of the ports is broken? Alas, not either. The architecture of the computer does not provide for such a solution.

If you switch the necessary settings in the BIOS and use the integrated graphics accelerator, the discrete one continues to work in a “half-sleep” mode: it consumes energy and even moves the cooler.

But since the load is not supplied, then the power consumption is small.

Therefore, if you have a video card, use the potential of the computer at full capacity.

Where and what do we connect the monitor to: to a video card or motherboard?

Hello friends! and more processors on the market have an integrated graphics accelerator. In order to take advantage of these functions, and the motherboard needs an appropriate one. equipped with a port for connecting a monitor.

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Despite the fact that progress does not stand still, it is most often not HDMI or DVI-D, but good old VGA.

Today we will figure out what to connect the monitor to. to the motherboard or video card and in what cases one method is preferable to the other. The tips from this post will be useful to anyone who is engaged in self-assembly of a computer.

A little advice

However, when assembling a computer on your own, I still recommend, in addition to a good discrete video, to also purchase a processor with an integrated one. Why is that?

How To Enable Motherboard HDMI Port for Multiple Monitors. Use Graphics Card & Integrated Graphics

Firstly, any device, no matter how perfect it is, can break at the most inopportune moment. And while the graphics accelerator is under warranty service, or you are collecting money for a new one, so as not to be left without a computer at all, you can use the built-in video viewer.

Secondly, in life, in addition to the breakdown of electronics, all sorts of unpleasant incidents periodically occur, and often a certain amount of money is urgently required.

In this case, a powerful video card is a kind of insurance. Having successfully sold it, you can even get up to 80% of the cost for a used device. It’s not so expensive than selling gold, especially a family one, and temporarily parting with a good video card is less painful for a gamer than immediately completely with a computer.

God forbid, of course, that you ever need this advice in your life.

And finally, I advise you to read the publications about all the connectors and outputs that are on the motherboard, and which cable is better to choose for connection: DVI or HDMI. I would be damn grateful to everyone personally who repost this article on social networks. See you tomorrow! Until!

Main cable connection

The main power cable for the motherboard is the largest. In addition to this, there is a separate 4-wire connector. Take them together and plug them into the motherboard in one single existing connector. The connectors have special latches. Therefore, when connecting, make sure that this whole massive structure snaps into a special protrusion in the connector itself.

Connecting the processor power connector

Now it’s about connecting the wires to the motherboard that come out of the power supply. First of all, we connect the processor. The socket for its power supply is always located next to the processor itself, but we will not indicate the exact location, since it is individual for different models.

So, a 4-wire wire comes out of the power supply and connects to the processor socket. Most likely, it will be the only one on the motherboard, so you are unlikely to be able to insert the connector into any other slot. And yes, it also has a special key to prevent it from being turned on incorrectly.


RAM strips are connected wirelessly. The contact method is used here. For RAM, there are special slots with latches. They need to be pushed aside and slots (or a slot, if there is only one) inserted in the only correct way due to the cut in the slot and on the bar itself. You need to insert the bar carefully, slightly pressing down from above. The clamps should gradually converge and click into place as a result.

Be careful not to press hard, otherwise the motherboard will bend. Thus, it is necessary to insert all the strips.

Instructions for connecting motherboard wires (MSI, ASUS, ASRock, etc.)

Note right away that the example below is not true for all models and types of boards. It describes the general picture of connecting wires to the motherboard, but all sorts of small differences can always be present. We’ll start by connecting the connectors. It is assumed that the motherboard is already screwed onto the case and ready to be plugged in. Also, the power supply is already installed and screwed on.

Connecting connectors

The very first stage is connecting the Power, Reset buttons on the case panel. We will also connect the power supply for the LEDs, which serve as an indication of the computer’s operation. These wires are directed away from the bezel of the case and are in different colors (yellow, red, etc.). There are connectors at their end. Each of them has a special abbreviated marking. They need to be connected to the motherboard in the slots designated specifically for them.

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It is worth noting that all connectors are protected against incorrect connection, so you are unlikely to be able to insert a connector into an unsuitable connector. It is important that the connection is smooth, effortless.

The connector that comes from the power button on the case is labeled M / B SW. Open the instructions specifically for your motherboard and see where you need to insert it. It has no plus or minus, so it can be inserted either side.

The second connector is responsible for the reset button, it is marked RESET SW.

There are also two small single connectors with plus and minus indication and POWER LED and “-” markings. They are responsible for indicating the operation of the computer. It is important not to confuse “plus” and “minus” in places, so be sure to check the instructions.

A hard disk LED without plus and minus indication is marked as H.D.D LED. However, it must be installed with a white wire to minus.

To be able to connect headphones to the case and not to the motherboard, you need to connect the AUDIO connectors. The sockets on the motherboard are also labeled AUDIO, but check the instructions before connecting.

The same is with the connectors for connecting USB interfaces. They need to be inserted into the slots on the board marked USB. Recall that if the connection of wires to the motherboard of Asus (or other manufacturers) is carried out with great effort, then there is a possibility that you have made a mistake with the socket or connector. The latter are protected against incorrect connection, and you simply cannot physically insert them into unsuitable slots.

Most often, the jacks for connectors are in the lower right corner. look for them there.

Connecting SATA and IDE devices

The hard drive is connected to the motherboard using a special SATA cable. It is usually red in color. The SATA cable has the same connectors on both ends. Connect one to the hard drive (there is also a key to prevent the wrong connection), and the other to the connector on the motherboard marked SATA 1. Usually, there are 2-4 such connectors on motherboards. You can choose any. After connecting the SATA cable, connect the power. In the rightmost hole (usually the rightmost one), plug in the connector to which 4 veins from the power supply are connected.

An optical drive is connected via an IDE cable. But today modern computers are not equipped with disk drives due to their uselessness.

Connecting wires to the motherboard: instruction

One of the important steps in assembling a computer involves connecting the wires to the motherboard. Considering that there are enough different compounds there, some points should be clarified. Although motherboard and power supply manufacturers try to make all connectors intuitive for the user, sometimes problems arise.

Connecting a video card

The final stage of connecting the wires to the motherboard is the installation of the video card. It is installed in a PCI-E slot, which is appropriately labeled. In fact, you cannot insert a graphics chip into any other slot. Depending on the model of the motherboard, the video card is fixed or not fixed with a special clamp, but with a screw it is always attached to the case.

Powerful video cards need additional power from the unit. If there is a power connector at the very end of the video card, be sure to use it. After connecting, we have no free wires left from the power supply. However, they may remain in the event that you do not have an optical drive installed. On this, the instructions for connecting the wires of the motherboard can be considered complete.

Close the case cover and turn on the computer. Everything should work. But even if, when connecting wires to a Gigabyte (or other brand) motherboard, you forgot to supply power to any component, then there is nothing to worry about. The computer just won’t start, but it won’t hurt anything.

possible, connect, monitor, motherboard