VGA, or Video Graphics Array, has been an IBM long-lineage introduction since 1987. It was initially set to display computer graphics in 640x480 resolution with 16 colors but quickly became the new standard. 

The extensive use of computing transformed the industry, providing users with detailed and inclusive visuals for various tasks like gaming and document creation. Despite advancing display technologies, VGA cables remain important for their wide compatibility and user-friendly features.

VGA cable is a standard that forms the foundation for many modern display connections, so computer or display technology professionals must understand it well.

This blog will explore the background and significance of VGA cableA, providing you with the necessary information to understand this crucial element of computer technology.

What Is A VGA Cable?

The video graphics array cables are a type of cable that normally connects a computer or any other device to a monitor or another display screen. Normally, it comes with a trapezoidal connector having 15 pins in the array of three rows.

A good VGA cable should have one end connected to a computer or the VGA port of the device and the other end connected to a monitor. VGA cables transmit analog signals of video and relay them to the connecting device for it to be able to display images or videos on the screen.

They are commonly used to connect older computers or devices to monitors compatible with VGA input.

What Do These Pins Mean?

The small pins found in VGA connectors play a significant role. Every pin serves a particular purpose, such as sending video signals or delivering power. The pins are organized in both rows and columns to ensure proper connection. 

Proper pin alignment is crucial because any bent or broken pin can disrupt the signal and hinder the well-functioning display. Generally, VGA connectors have 15 pins, each with a specific function. Knowing such pins might be useful when diagnosing connection problems. 

The small pins in VGA connectors are crucial for sending video signals from your computer to the monitor.

Benefits of VGA Cables

SVGA Cables

Here are several benefits of the best VGA cables:

  • Universal Compatibility:

    These cables work well with computer devices, laptops, monitors, projectors, and other output devices. Their universality makes them ideal for various configurations.

  • Analog Signal Transmission:

    Analog signals are transmitted through GA cables, which can be beneficial in specific situations where digital signals could face compatibility issues or degradation over longer distances.

  • Cost-Effective:

    Generally, the best VGA cables are more affordable than certain latest digital interface cables, such as HDMI or DisplayPort, making them a budget-friendly link device option.

  • Simple Setup:

    VGA cables need no installation or additional setting up; unlike other digital interface cables, they are ready to be connected and used instantly.

  • No HDCP Limitations:

    Unlike other cables such HDMI, VGA do not include HDCP, a feature that can limit the playback of copyrighted content.

  • High-Resolution Support:

    Though it is analog, VGA can handle high resolutions like 1080p; hence it is suitable for many display needs.

Uses of VGA Cables

There are many other places and areas where the VGA cable is used in electronics. It could be a connector for electronic gadgets, connecting a laptop to a television set, a video card to a monitor, and other electronic devices. Among the mentioned, it connects and transmits signals between monitors and computers, televisions and laptops, and computers.

Types of Video Graphics Array cables

There are several types of VGA cables available, from short to long, and varieties to suit specific needs. Here are some of the common types of VGA cables that are available in the market:

  • VGA to VGA Cable:

    This is an analog video cable that connects the output VGA port on your PC or connected device to the input VGA port on your TV or computer monitor.

  • VGA to DVI Cable:

    This cable allows you to connect the VGA output port to the DVI input. In addition, the output cable from the host device is sent to an output on a DVI port.

  • VGA to HDMI Cable:

    This cable connects the VGA port (output) to the HDMI input port. This assembly ties the HDMI input jack to any screen, flat panel display, TV, or projector with a VGA output device.

  • VGA to DisplayPort Cable:

    These e-cables connect VGA to both HDMI and VGA and DVI, with the VGA output port connected to the DisplayPort input port.

  • VGA Splitter Cable:

    With this cable, a VGA signal source (for example, a computer) can be split into VGA signals for multiple display devices (such as a monitor or projector). Usually, only one VGA port can be found at the end of the cable, but it will include another with multiple VGA ports.

  • VGA Extension Cable:

    This is the purpose of extending the VGA connection of the VGA cable only. VGA connections are provided where both sides are male and female.

  • VGA Adapter:

    There is a special issue with VGA adapter cables but they mainly help by converting VGA signals to HDMI, DVI, DisplayPort, USB-C, and other formats.
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How VGA Cables Work?

A device like a computer or DVD player sends an analog video signal through VGA connections to a display, such as a projector or monitor.

The cable contains multiple wires that transmit the video signal, such as red, green, blue, horizontal, and vertical sync. These signals combine and are sent through the connection to display a full image on the screen.

The connection used by the best VGA cables is standard and has 15 pins organized in three rows to match the sockets on VGA ports. 

As long as the connection is connected correctly, the video signal is conveyed appropriately, causing the display to display crisp, colorful images. 

VGA cables are still commonly used to connect devices that do not have digital video outputs, even though they are outdated.

Properties of VGA Cables

  • VGA cables are available in different sizes, from 0.75 feet to more than 30 feet. 

  • Moreover, these video graphic cables come in two colors: Black and Beige. 

  • Additionally, the cables have either double or triple shielding. Other features include a cable jacket rating of a plenum. 

  • These cables come in a wide range of prices based on their length and type. There are cables of all types for every client. The cheapest can be found at less than $10, whereas some cost more than $400 per cable.


To sum up, Video Graphics Array cables are still essential for linking devices to screens, particularly in older hardware configurations. 

Many users continue to choose them as their preferred option because of their simplicity and broad compatibility, even with the introduction of newer digital standards. 

Knowing the different types and ways to use the best SVGA cables can guarantee seamless connections and the best display quality. The right VGA cable can significantly impact presentations, gaming, or everyday computing requirements. 

When setting up your display system next time, consider VGA cables' versatility and reliability.