A Guide to the Different Types of VGA Cables

A Guide to the Different Types of VGA Cables

The devices we use need to connect to other machines to function or perform a type of service. To make these connections, we use many cables to transfer data that will eventually have use for constructing sound and video. The VGA cable is a cable that has connected to many networks and devices and has multiple types for various situations.

What Is a VGA Cable?

A Video Graphics Array cable, or VGA cable, is a cabled technology that transfers data from a source and converts it into a video output shown on a screen. Some VGA cables have pins that transfer the RGB color data to the desired system, while other pins have the function of controlling the horizontal sync and the vertical sync of the imaging. Most VGA cables have a 640 x 480 resolution, making them great for quality video, and supporting higher amounts of pixels is an easy task for them.

Why Do We Need VGA Cables?

Society constantly uses different screens and monitors to show video projections from a particular source. We want to see this video in a clear format with great detail, which is why we utilize the technology in VGA cables. Each pin or port in a VGA cable improves the video quality it receives from the data gathered.

VGA cables gained much popularity in the 80s, when people began converting their setups to digital, and when analog became less popular due to the better visuals. VGA cables have the ability to convert an analog signal to a digital signal, which was great for many companies moving forward into the digital age. The HDMI capabilities also allow for more versatile network setups and better video.

Why Are There So Many Types?

VGA cables have different types depending on the connection they convert to and the kind of adaptation. Given the numerous types of cables in the world and their uses of data, not every computer can support each type, but the VGA cable is great for converting signals into a digital stream for a computer to use. The possible connections are what gave the VGA cable so many configurations, and even if it isn’t able to act as a converter, it may still serve as an adapter with the right equipment.

The Types of VGA Cables

There are numerous types of VGA cables, each with its own unique capabilities and features. The main types boil down to the male and female VGA cables. These two types come in different conversions and pairings, with some being the same type on both ends of the cable, and others being distinct.


This type of VGA cable is common in VGA and computer cables around the world. The male-to-female configuration allows different devices with different ports to connect to another device that may use a VGA cable. The female end of the cable is where another cable end plugs in, and the male end is where the cable connection either plugs into a device or another cable for adaptation or conversion. This VGA cable type is only a basic concept, while there are more specific examples of other types.


This cable type is more limited compared to a female-to-male cable. You will only have the ability to connect two devices with VGA ports unless you use an adapter for devices with two different ports. You will have a very straightforward connection between devices that maintains a better signal strength than losing strength every time you use an adapter.


Much like the male-to-male cable, the female-to-female has limited uses within a network. The female-to-female VGA cable will only act as a port-to-port system that will connect two different cables. A VGA adapter is best for this cable, and you may need to use a VGA cable with a male end to connect to other ports, from the female-to-female cable.


Most devices today use USB ports to connect to devices such as power banks, computers, and external hard drives, making them popular and useful when connecting to a VGA cable. There are adapters and converted cables with a USB and VGA end, either A or B. The monitor that it connects to will need to have a USB port that supports a DP Alt Mode, or DisplayPort Alternative Mode, which allows a USB-compatible computer to connect to it.

This VGA cable type will be a useful tool that has the ability to connect many types of devices and machines that need great video quality. And given how many devices use a USB port for connection, there are numerous ways to connect.


This type of VGA cable is a connection that VGAs were known for in their early days. DVI-D creates a digital signal, which is different from a VGA analog signal. The connection will take the analog call and convert it into a digital signal, allowing for better visuals from older devices. It will take the digital signal and turn it into an analog signal to show video from the digital device on an analog device. This cable is useful for displaying a video from a laptop or computer onto an older projector, which makes it great for an old-school movie night.


Super Video Graphics Array, or SVGA, is a stronger form of VGA with higher resolution and better graphics. SVGA is backward compatible, so using these in place of VGA cables is easy and will most likely benefit your video quality. Much like the VGA, SVGA will only carry analog signals but will still convert to digital signals with the right equipment.


The HD15 version of the SVGA is a male-to-male VGA cable type that allows for even higher quality in video and picture. These SVGA cables will connect to many devices but work best with computers and computer monitors for a clear and detailed view of your screen.


Phono has been a long-standing cable type that connects one device’s audio and visual effects to another. A connection to a VGA cable will allow you to connect digital devices to the VGA cable and connect the VGA-to-phono cable to the phono device. You will have the ability to work with digital and analog connections for quality sound and video quality.

VGA cables are a great form of technology that works well with numerous devices. The different configurations for different connections and adaptations will make connecting your network of devices a breeze.

A Guide to the Different Types of VGA Cables

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