VDG Slot Motherboard [All You Need To Know]
In this article, I will explain what is VDG Slot Motherboard? Some Gigabyte and Aorus motherboards that solely use the 3-pin connection require the VDG.
The 4-pin connector was the standard among other manufacturers, and Gigabyte switched to that design on more current boards. For other brands that utilize the 4-pin connector with 1 pin missing, you must use the exact connector that is displayed.
VDG Slot Motherboard
Older Gigabyte and Aorus motherboards are designed to use the three-pin VDG connection. If you try to connect a VDG cable to a case fan header, your RGB controller will not work because this connector is incompatible with case fan headers.
Most other manufacturers utilize a four-pin connector, and Gigabyte has switched to this connector style on more current motherboard models; it’s important to note.
Use the VDG connection to connect RGB components to your Gigabyte or Aorus motherboard to ensure compatibility and prevent problems. Other brands that utilize the four-pin connector with one pin missing must use the same connector.
Connect this to one of the motherboard’s D-LED connectors. Use a four-pin LED C1 or LED C2 connector as an alternative. Your RGB controller will malfunction as a result of these 12 volts.
Most fan kits include PWM+ARGB controllers, which let you connect and manage up to eight 6-pin RGB fans and two LED strips.
The hub performs best with the most well-liked RGB LED lighting software, such as RGB Fusion or AURA Sync. This makes it possible to connect it to a motherboard that accommodates it and gives it full control over how the fans spin and light up.
Precautions For Connecting The VDG Cable To The Motherboard
Understanding that different motherboards and cables could have different specifications is crucial. It is best to adhere to the manufacturer’s instructions to attach the cable to the motherboard.
If you need help to obtain the hard copy, look for the electronic version on the manufacturer’s website. Also, do not scratch the sensitive motherboard or cable when handling them. Before inserting the cable into the connector, ensure the pins on both the cable and the connector are properly positioned to prevent damage.
Common Problems When Connecting VDG Cables To The Motherboard And Fixes
Here are some troubleshooting suggestions to attempt if you’re having issues connecting a VDG cable to the motherboard:
Damaged or Bent pins
The presence of broken or bent pins is one of the frequent causes of connecting VDG cables to the motherboard and needing to get the desired results.
Therefore, inspect the cable and connector for any damage or bent pins, as either of these could make it impossible for the cable to fit or function.
Reversible Connectors
Reversible connections may be placed into the connector on some VDG cables. Try reverse-placing the cable into the connector if it does not fit snugly.
To assist it seat properly, you can also try gently wriggling it back and forth. Avoid using too much force, which could harm the motherboard or the cable.
Damaged VDG Connectors Or Cable
Multiple VDG connectors on some motherboards may be more compatible with your cable. Use a different cable or VDG connection on the motherboard if the cable still does not fit snugly.
Connector And Pin Alignment
Before inserting the cable into the connector, ensure they are properly positioned. The cable may not fit or function properly if the connector’s and cable’s pins are not lined up.
If none of these troubleshooting options fix the problem, I advise contacting technical support.
How To Connect VDG To ARGB Headers?
You will require a converter cable to connect VDG RGB (Gigabyte and Aorus) components to an ARGB motherboard (Asus, MSI, ASRock). A converter cable is required to assure compatibility because the VDG and ARGB connectors have different pin layouts.
These converter cables are available online and at your neighborhood computer hardware shop. When purchasing, use a converter cable that supports VDG to ARGB conversion to ensure correct functionality.
Once you have the converter cable, you may attach the VDG connection from your RGB component to its VDG end and the converter cable’s ARGB end to the motherboard’s ARGB header.
You may then use your Asus, MSI, ASRock, or other ARGB motherboard to operate your Gigabyte or Aorus RGB components.
What Happens When You Wrongly Connect The VDG Cable On The Motherboard?
The video signal is sent from the motherboard to the monitor or other display device through the VDG cable. The computer may only be able to display video if the cable is securely fastened to the motherboard.
Incorrect VDG cable installation might also result in signal interference or other issues that can degrade the quality of the video display.
You can ensure the VDG cable is inserted correctly, and your computer can display video properly by knowing where the VDG cable sits on the motherboard.
Conclusion
Did you see VDG Slot Motherboard? The only real distinction between ordinary aRGB and VDG is that some Gigabyte boards include an aRGB converter. Hubs built with VDG and VD_G (aRGB) connections can be used.
You’ll need an RGB controller if your board only has a jRGB connector and no VDG or VD_G ports. I suggest using Cooler Master or Razer. The controller hub that came with the fans, however, is the one you should use because it includes a remote and regulates the RGB of the fans and the AIO.
FAQs
What is a VDG on a motherboard?
The three-pin VDG connector is found on older Gigabyte and Aorus motherboards. Because the VDG connector is not compatible with case fan headers, your RGB controller will not function if you try to use a VDG cable with a fan header.
What is VDG in the power supply?
The exclusive connection used by several gigabyte mainboards is vdg. Another connector ought to be coming from the fans. If they are ARGB, your board will not support them because you have conventional RGB.
What is D_led on the motherboard?
Digital or addressable RGB headers, often D_LED headers, typically contain a 3-pin 5V connector (5V, Data, Ground). This kind of connector is used by ARGB devices, enabling precise control over the color and brightness of each LED.
This is Mohammad Talha, a fervent tech enthusiast with a Computer Science degree, has been reviewing products and assisting the digital community for over 6 years. My passion for technology is matched only by my dedication to helping others navigate the ever-evolving digital landscape.