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DisplayPort Vs HDMI vs DVI vs VGA: What’s the Difference?

DisplayPort Vs HDMI vs DVI vs VGA

Modern day television technology has grown tremendously over the years. What’s more important is that the wire system incorporated into these systems too is evolving.  Most computer displays and TVs have different kinds of video inputs to them. These different kinds of inputs differ in terms of picture quality, resolution, clarity, etc. Hence, let us discuss the uniqueness of every type of video cable out there and of course, try to come up with a victory in our battle of DisplayPort Vs HDMI vs DVI vs VGA cable.

DisplayPort Vs HDMI vs DVI vs VGA

As mentioned above that there a host of different types of video cables in the market out there. It gets difficult when we must decide which type of cable to use. It’s not always possible that whichever cable lying around will be the best for your system. Different types of monitors a best suited to a cable and will deliver the best picture quality with that cable only. Hence, it’s important to understand that we can’t switch between cable types and expect the same quality of video to be delivered. The types of cables which are going to be discussed in this article are as follows:

HDMI: Used for both audio and video, HDMI cable is one of the best in the market.

Display Port: The best connector out there which has the capability to transmit video signals at the 4K quality.

DVI: It’s only for video and is one of the older versions of video cable technology

VGA: Runs on almost every computer, new or old.

DisplayPort Vs HDMI vs DVI vs VGA Price & Performance

Now that all the video cable types have been listed, it is now time to start a feature by feature comparison of each video cable technology to find out who is the undisputed victor in this video battle. It’s important to know that each cable is unique.

DisplayPort Info & Usage

DisplayPort video cable technology is best known for offering very high video resolutions. It has been able to deliver a video resolution of 3,840 x 2,160 during most time of its existence. It also allows multi-display modes with the help of its Multi-Stream Display Technology.

HDMI Info & Usage

HDMI stands for High Definition Media Interface. The technology is one of the most used in the market today. Its best advantage is that users need just one cable for both audio and video. It offers 4K video with higher resolution owing to the high bandwidth offered by the HDMI 2.0 variant cable.

DVI Info & Usage

DVI stands for Digital Video Interface. This video cable technology comes in three variants, namely, DVI-I, DVI-A, and DVI-D. They all differ by the bandwidth if the video they can carry in them. As per modern trends, DVI-A is technologically extinct.

VGA Info & Usage

VGA stands for Video Graphics Array. This video cable technology is one of the oldest in existence and dates to the time when we used CRT monitors as part of our computer systems. It can deliver a video resolution of 1920×1020 which is rather standard and if you wish to increase the resolution, alternate cables are best.

Difference between DisplayPort, HDMI, DVI, and VGA cable technology

All the four defend types of cables deliver good picture quality when it’s needed. So, what’s the difference between them? VGA cables deliver video signals only and in analog in nature. It offers no security and digital rights management as such. Whereas, the other three can handle digital signals as well, which is why the resolutions offered by DVI, DisplayPort and HDMI are higher than VGA.

HDMI works on digital signals only and can also support audio signals as well. Factors such as monitor, cable length and quality are irrelevant and the final output resolution depends on the quality of the signal itself. DVI is a mixture of both VGA and HDMI and can hence handle both analog and digital signals. DVI can also be converted to VGA or HDMI with the help of apt converters. Another stark feature of DVI is that it can only handle video signals. While all the other cable types can deliver single display screens, DisplayPort technology can deliver multiple screens all at once. It offers the highest resolution video as it operates on very high values of fps.

DisplayPort Vs HDMI vs DVI vs VGA  2018: Every connection explained

Let us now get into the most in-depth of details of every video cable technology in the discussion.

HDMI: The best TV to PC connection

High Definition Multimedia Interface, or simply HDMI is undoubtedly the most common video cable technology in existence as of now. You can literally find it everywhere in computers, gaming consoles, DVD players, Televisions, etc.

One of the most notable features of HDMI video cable technology is that it can handle both video and audio signals all in one single cable. This is the main reason why it forms part of almost all the multimedia devices out there. Another notable advantage of using HDMI cable is HDMI-CEC which allows the user to take control of multiple devices with just one remote. For example, if you have connected a DVD player to your LED TV with the help of an HDMI-CEC port, you will be able to control your TV with the help of the DVD remote itself.

Ever since it was introduced to the world in 2002, HDMI technology has undergone a host of revisions. The most common of them is 1.4 and is currently being used in most computers out there. HDMI 2.0 is the futuristic revision of the technology which is slowly gaining popularity. The stark difference between the 1.4 and 2.0 variant is concerning the bandwidth carrying capacity of both. The maximum bandwidth of HDMI 1.4 is roughly about 10.2 GBPS/s and the maximum bandwidth of HDMI 2.0 is 18 GBPS/s.

Why is bandwidth so important? Bandwidth is an important factor due to the presence of 4K video content. Due to the bandwidth constraints on the HDMI 1.4 cable, 4K video could only be viewed at a limited 24 fps. Whereas, with the help of HDMI 2.0 bandwidth, the same 4K video could now be viewed at a massive 60 fps. With the help of HDMI 2.0 video cable technology, 144Hz could also be viewed at a video resolution of 1080p.

Another department where HDMI 2.0 technology stands out is the color depth it offers. HDMI 1.4 was limited to only an 8-bit color. However, the new and improved HDMI 2.0 could support 10-12-bit color. This is an important technical advantage especially when High Dynamic Range video content becomes more and more common. HDR is the ratio of the lightest and the darkest spots of a pictorial image. Under Standard Dynamic Range, you will lose out on colors which are present at both the extreme most ends of the color spectrum visible to the human eye. This Is where HDR technology prevails. You can see more colors, if not all the colors of the visible light spectrum.

HDR technology is more prevalent in photography. It is common to notice an HDR mode in most of our smartphone cameras. With the HDR option, your phone camera can take multiple photos all at different exposures and finally merge them all together. As video technology advances, HDR is slowly becoming part of the ULTRA-HD category of videos. As a result, more of Ultra HD Blu Ray Disk technology will become prevalent now. There are speculations that cloud-based entertainment service providers like Netflix and Amazon Prime too are going to start HDR content streaming soon.

Hence, if you ever plan to connect any device to your TV or screen, using an HDMI cable would yield you the nest of results. The best thing when it comes to HDMI 1.4 and 2.0 technology is that it only depends on the HDMI 2.0 compatibility of the end devices and it is not required that you buy a new HDMI cable to stream HDMI 2.0 resolution video content.

The basic configurations of HDMI cables all come in different sizes. One is a full-sized HDMI-A cable or Type-A HDMI, the other is mini-HDMI or type-B HDMI, and the last one is micro-sized HDMI or Type-C HDMI. The latter two can be found on portable multimedia devices such as tablets, cameras, etc. This is where the smaller cables come into the picture. To use HDMI technology on these devices, a user has two options. Either buy a mini or micro HDMI cable or just buy an adaptor which allows you to use your Full-sized HDMI cable on the same device.

Every television or monitor which comes with an HDMI connection comes added with an HDCP feature as well. HDCP refers to “High-Bandwidth Digital Content Protection”. As per the most recent version of HDCP namely the HDCP 2.2 which is designed specifically for 4K content. It prevents a user from connecting a recording equipment to the television and disallows you to make a duplicate copy of the video content being played on the Television or monitor. Such copy proof protection technology has been around for generations.

HDCP 2.2 technology is more prevalent in modern day Ultra HD cum 4K televisions, but on select models only. A few of them support HDCP on their HDMI port 1 and 2. Hence, before connecting any fancy DVD player to your televisions set, the user must make sure that they are connecting it to the right HDMI input.

DVI: 144hz at 1080p

Digital Video Interface, or simply referred to as DVI, is another more commonly used video cable technology. There are three distinct types of DVI cables. One is Type-A DVI where A stands for ‘Analogue’, second is the Type-D DVI where D stands for ‘Digital, and the last one id Type-I DVI where I stand for ‘Integrated Analogue and digital Signal’.

DVI-D and DVI-I type of cables both have single and dual link type of variants. As of today, DVI is rarely used as it is very similar to the VGA cable.

What is the difference between a single and dual link cable? The stark difference is the bandwidth carrying capacity of each type. 3.96 GB/s is the bandwidth which a single link DVI-D or DVI-I cable can carry. Whereas a Dual-link type DVI cable has extra pins as part of its connector which considerably increases the bandwidth of the cable. For most Dual Link DVI cables out there, the bandwidth it can carry is close to 7.92 GB/s. DVI is still prevalent in many multimedia visual setups nowadays, but if you want to make the best use of HD video technology, it is advice to go for the more advanced HDMI or DVI cable technology.

DisplayPort: 4K at 144Hz Equipped with audio and video capabilities

DisplayPort video cable technology was at its peak until the HDMI 2.0 cables became more standard. DisplayPort cables are best known for delivering the highest resolution of video content. A resolution of 3,840 x 2,160-resolution video at 60fps can be delivered by a DisplayPort 1.2 cable. It remains as the most standard of DisplayPort specifications on most display devices in the market today. It also offers a Bandwidth of 17.28Gbit per second.

However, the bandwidth has been considerably improved to 25.92 Gbit per second with the newer 1.3 and 1.4 versions. With such large bandwidths on offer, high resolutions such as 7680×4320 can become common.

DisplayPort 1-1.1a has the capability to deliver an output of 144 Hz at a resolution of 1090p. The 1.2-1.2a variant can deliver an output of 144Hz at a resolution of 1440p, whereas DisplayPort 1.4 can deliver 144 Hz at 4K resolution with the help of Display Stream Compression.

What is the main advantage of using DisplayPort technology? It is the capability to deliver an output to not one but multiple devices with the help of Multi-Stream Transport. Such a parallel display connection of multiple monitors can be done by using a DisplayPort MST splitter to just one Display Port output of your computer CPU. However, there will be limitations on the bandwidth which depends on the DisplayPort specifications being using. Hence, DisplayPort technology is a great video cable technology when it comes to multi-monitor streaming.

Another d\advantage of DisplayPort technology is that it supports high refresh rates through AMD Adaptive-Sync/Free Sync and Nvidia G-Sync. This greatly helps avoid image tearing and is best suited for gamers who require no disruption in the video during gameplay.

VGA: A legacy cable connection

VGA stands for Video Graphics Array and remains to be the oldest video cable technology will in existence. It has been around from the time huge CRT monitors ruled the computer industry at the time. Also referred to as an RGB Connection or D-Sub, VGA cables can only support video relay and don’t support audio signals. The output video resolution stands at 1,920 x 1,080, but the main problem is that VGA cables only support analog connections and if you try to increase the resolution, image degradation is common because of conversion of the signal from analog to digital format. VGA cables are good but are rather basic and need tube used only if no other alternatives exist.

Bottom Line

While it remains that every type of cable listed can support High Definition video or not, the most important factor is which offers the very best. As video equipment is getting more and more advanced, it’s safe to say that we need the cables with the highest bandwidth to view content at very high resolutions. So far, HDMI and DisplayPort technology are leading in our battle for video cable supremacy between DisplayPort Vs HDMI vs DVI vs VGA.

In-depth Comparison: HDMI vs DisplayPort

Both Display Port and HDMI video cable technologies are raging supremacy when it comes to delivering Ultra HD content to our Television of computer screens. While the HDMI is becoming more common, DisplayPort technology to is not that uncommon. In this segment of the article, we shall discuss all the intricate differences between the two technologies and we shall also find out which cable technology is the victor of this head to head battle.

Round 1: HDMI vs DisplayPort: Types

HDMI

When it comes to HDMI video cable variants, there are three in number which all come with 19 pins each. The standard most Type-A is more commonly found in our everyday devices such as TVs, computer screens, DVD players, etc. However, a smaller version called the mini HDMI or Type-B HDMI is found on smaller laptops and tablet computers. The smallest of the three is the Micro-HDMI or Type-C HDMI which is on tablets and smartphones.

DisplayPort

DisplayPort video cable technology comes only in two variants and each comes with 20 pins each. Like the HDMI, one is the full-size variant and then there is the miniature DisplayPort called as the Mini DisplayPort. The Mini DisplayPort was introduced by Apple and shares the same physical port as that of the Thunderbolt.

While it’s expected that each device will support just one cable type, there are many devices which support both HDMI as well as DisplayPort.

Round 2: HDMI vs DisplayPort: Resolution, picture quality, and bandwidth

DisplayPort

Version 1.2 of DisplayPort Technology has the capability to support video resolutions of up to 3840 x 2160 pixels at a refresh rate which is close to about 60 Hz. Another notable feature is that it supports 3-D as well. When it comes to Bandwidth, DisplayPort 1.2 can support a bandwidth of about 17.28Gb/s, while the 1.3 version can support video resolutions reaching up to 8K or two 4K streams running simultaneously. It also supports a bandwidth of 32.4Gb/s.

The major drawback of DisplayPort technology is that it doesn’t support ethernet data and doesn’t come with an audio return channel. But, it has the capability of handling multi-video output, which means that multi monitors can be connected to just a single video input.

HDMI

HDMI 1.4 is the most common version of HDMI cables currently in use. Just liked DisplayPort 1.2, it also supports 4K video resolution but is limited to only 30Hz. The newer and updated HDMI 2.0 supports a doubled refresh rate of 60 Hz and offers an extended bandwidth of 18Gb/s.

However, HDMI cables support audio return and support ethernet signals as well.

Another added feature of the HDMI cable is that you can control toe connected devices with the help of just one remote. For example, if you have connected your DVD player to a TV, you can control the TV from your DVD remote itself.

Round 3: HDMI vs DisplayPort: Length

HDMI

It is important to note that the length of the HDMI cable doesn’t affect the resolution of the video. However, most HDMI cables come at a short standard length of about a meter or two. However, you can extend the length beyond two meters with the help of a signal booster and with the help of an active signal which amplifies the signal within the same cable itself.

Display Port

As per DisplayPort standards, the length of the cable does influence the video resolution. In common practice, you can view 4K video content with a DisplayPort cable which measures a maximum length of up to 2 meters. You can even use a cable which is 15 meters in length but you will be constrained to view the video at 1080p resolution only. More commonly, DisplayPort cables of up to 5 meters in length are expected to deliver video at a pixel resolution of 2560 x 1600 without any major issue.

Round 4: HDMI vs DisplayPort: Video and audio streams

When it comes to delivering audio, both DisplayPort and HDMI are tied up. They both can support a maximum of up to 8 audio channels of digital audio at 24-bit and 192kHz.

HDMI video cable technology can support a maximum of one single audio and video stream at one go. This means that you can use a maximum of one display monitor with one HDMI cable.

When it comes to DisplayPort technology, it can support up to 4 display video outputs at a per monitor video resolution of 1920×1200-pixels. Some computer GPUs can support DisplayPort interfaces and you can even interconnect 6 compatible monitors all at once.

HDMI vs DisplayPort: Which display interface is best?

When it was first released, HDMI was thought of as only for high-end electronics such as Blu-Ray players, etc. However, it is now the most commonly used video cable technology out there. It is also known to do things which DisplayPort cannot do.

HDMI Is the most favorite of all computer manufacturers which is why it is found on most laptops and desktops. Therefore, HDMI technology is going to stay around for a long time to come.

However, high-end laptops and desktops often include DisplayPort in addition to HDMI. In common cases, consumer laptops are HDMI ready while most business laptops are DisplayPort Ready.

Hence, to enjoy both the technologies and on one system, it will be worth paying the extra buck to get a system which supports both HDMI and DisplayPort.

Bottom Line

In this battle for supremacy, we can see that both HDMI and DisplayPort come loaded with a host of features. However, it is the HDMI cable which stands out as it can a lot more than what the DisplayPort can do. Regardless, both technologies are here to stay and at the end of the day, the choice depends on the consumer.

In-depth Comparison: HDMI vs DVI

It’s now time to square off two very famous video cable technologies. While one is the most commonly used technology as of today, the other is a representation of older video cable technology still in existence.

DVI comes in three variants and so does HDMI. In this section, we shall do a thorough comparison between the two and hopefully, pick a winner amongst the two at the end.

Round 1: HDMI vs DVI: Layout

One of the primary most differences between DVI and HDMI technology is in the layout of the cables. DVI is a rather bigger one which houses 24 sets of pins which is rather like VGA cables. In contrast, HDMI cables are rather compact and are very similar to modern-day USBs and measure about a measure across in length.

In broader classification, DVI comes with different layouts each for rather explicit tasks. The three variants are DVI-D, DVI-I along with the almost extinct DVI-A. All these three are further available in a single or double linkage variety. This is an important factor when it comes to refreshing rates.

HDMI cables are rather very simple. Even the latest released versions of an HDMI cable stick to a very numbered system. HDMI 2.0 is the dominant version of HDMI technology as of today. The supported resolutions can reach up to 8K along with very high frame rates.

However, one of the major differences between the two video cable technologies is that HDMI supports up to eight channels of audio whereas DVI is solely limited for video purposes only. Hence, to enjoy audio using a DVI cable, you will have to get hold of an extra audio cable.

Round 2: HDMI vs DVI: Compatibility

When you plan to goo cable shopping, one of the first thing which comes to your mind is whether the cable is compatible with your system or not. It is a rather uncomfortable feeling when you buy a pricey monitor and finally finds out that their hardware doesn’t have any of the necessary video/audio ports in them.

Hence, it comes down to which ports your device has. It’s fair enough to say that HDMI technology is at the top right now. You will find that almost every other device has an HDMI port attached to it. However, that is not the case with DVI cables. It is a rather rare technology which is slowly being replaced. Hence, finding a DVI compatible device is a rare thing.

Regardless, if you have a DVI compatible monitor and your laptop only has a provision for an HDMI cable, it’s not that you can’t run both together. With the help of apt adaptors, you can convert inputs and outputs between HDMI and DVI.

Round 3: DVI vs HDMI: Signal quality

There is not much of a difference when it comes to quality of the output video. Both are digital cables and hence, deliver the best video resolution. In its maximum pin configuration consisting of a 24-pin set, it delivers High Definition Videos at a resolution of 1920×1200. HDMI too delivers the same.

However, the major difference is that DVI technology doesn’t support HDCP copy protection as a rather standard feature. HDCP is a system which protects High Definition video content such as Blu-Ray Videos to be duplicated or copied with the help of external copying devices.

Round 4: HDMI vs DVI: Refresh rates

If ever you are planning to buy a new monitor for your computer system, the refresh rate is an important factor one must put into consideration. Higher the refresh rate, smoother will be the overall PC experience which makes it easy on the human eye and reduces the possibility of stress and headaches which may arise due to extended hours in front of the computer screen.

Refresh rate can high-end as the total number of frames a monitor can relay in a second. It is measured in Hz. For example, 144 Hz means 144 frames per second.

This is what truly sets both HDMI and DVI apart from each other. HDMI can only support a maximum of 120 Hz and that too in the HDMI 1.3 variant.

DVI is equipped enough to support about 144 Hz. However, to enjoy such high values of refresh rates, one must use a dual-link DVI-D cable.

Round 5: HDMI vs DVI: Price

Earlier on, the quality and cost of a video cable determined the image clarity. A bad cable meant that the video resolution would be highly compromised for the price.

However, times have changed and with the introduction of digital based video cables, the quality of the cable makes no difference on the final video resolution.

Both HDMI and DVI cables can be purchased for a few dollars almost anywhere. It is not necessary to go for the fanciest one. Buying the cheapest one too will deliver the best quality video there is.

Bottom Line

HDMI and DVI cables are literally the same when it comes to functioning. However, if you are out for cable shopping, it is obvious that you will choose the type of cable which is compatible with the hardware you have.

In case you require high refresh rates, DVI is the best option of the lot.

In conclusion to this head to head battle between HDMI and DVI video cable technology, it is always advised to buy HDMI as it is more widely compatible with every device out there and is more future proof when compared to DVI cables.

In-depth Comparison: HDMI vs VGA

VGA technology has been around for quite a while now. However, it is slowly becoming outdated because it is analog in nature and not many modern-day devices are incorporating it as part of their hardware.

HDMI is a digital signal based cable which is one of the most standardized cables in the market today.

Let’s do a thorough comparison between the two and find out who will be the eventual winner.

Round 1: HDMI vs VGA: Signal Quality

Cross signal Interference and length issues are some of the factors which affect the output signal quality of a VGA cable. If the length is beyond 4 feet, the quality of the picture is bad.

However, HDMI cables are least affected by interference and the length of the cable has no part to play in the signal quality of an HDMI cable. HDMI do get affected by magnetic fields. To avoid this, most HDMI cables protected by a thick magnetic proof coating. Standardly priced HDMI cables to deliver the best of results and hence, it isn’t required to buy HDMI cables at exuberant prices.

Round 2: HDMI vs VGA: Capabilities

When they were first introduced, VGA cables were designed only to carry video signals. At the time of release, Analogue signals were the standard form of signals. However, VGA cables did come with converters to switch from analog to digital. However, during such a conversion, the analog signal would lose some of its power or in simple terms, would degrade. Hence, at the final output, they would become less sharp than before.

A standard HDMI cable allows the transfer of both digital as well as analog signals along with the transfer of both audio and video signals in the same cable itself. The cable is also capable of providing very high-quality High Definition video display along with 8 audio channels as well. Simultaneously, it supports HDCP protection, due to which it forms part of prominent devices such as Apple TV, Gaming consoles, etc. to name a few.

Round 3: HDMI vs VGA: Compatibility

Analog VGA cables are not compatible with any HDMI port but can be made compatible with the help of a converter. Despite the use of converters, video resolution is greatly compromised due to analog to digital signal conversion.  While using VGA cables, audio is not possible, hence a separate audio too must be used.

HDMI cables are compatible with most modern-day laptops and desktops. Since HDMI support audio signals as well, a separate audio cable is not required.

Round 4: HDMI vs VGA: Connector Type

HDMI

TYPE-A HDMI

  • Comes with 19 pins
  • Compatible with most TVs and Computers

TYPE-B HDMI

  • Comes with 29 pins
  • Compatible with very High-resolution displays such as 3D consoles, Gaming devices, etc.

TYPE-C HDMI

  • Comes with 19 pins
  • Compatible with most smartphone devices

TYPE-D HDMI

  • Comes with 19 pins
  • Compatible with only very small devices.

TYPE-E HDMI

  • Comes with 19 pins
  • Compatible with data gathering devices

Types of VGA Connectors

There is just one standard form of VGA converter which comes in a blue color form. It has both a male end which is a 15-pin set and a female end which is also a 15-pin set.

Round 5: HDMI vs VGA: Applications

The primary most advantage of VGA cables is that it is compatible with most modern-day projectors which have both HDMI and VGA connectivity.

Most modern-day computers and laptops come equipped with an HDMI port due to the excellency video resolution it offers. HDMI is also used by gamers as well who require high response times and excellent video quality during gameplay.

Another advantage of the HDMI cable is its connectivity with the Apple Mac. Post-2010, Apple introduced an HDMI port into most of its high-end laptops. Some newer models of the Mac also inchoate a micro HDMI port onto them.

Round 6: HDMI vs VGA: Price

VGA Cables are more of a thing of the past and have massively fallen out of favor with the public. They are very inexpensive and can be bought from literally everywhere. A VGA to HDMI converter costs more than the VGA cable itself.

HDMI cables are a little more expensive in comparison and even cost more than standard DVI cables. This is due to the fact they offer high-quality Audio as well as Video in the same cable. Standard HDMI cables can cost anywhere between USD 6 – 10 for a standard 6 feet cable.

Bottom Line

It is without that VGA cables is more of an antique technology and will be completely phased out sooner rather than later. HDMI technology is the more prevalent cable technology right now and will continue to be for many more years to come.

The fact that HDMI offers quality audio, as well as video capabilities and all in the same cable, is another reason why HDMI cables will always be preferred over VGA cables.

DisplayPort Vs HDMI vs Converters DVI vs VGA: Frequently Asked Questions

  1. Is DisplayPort the same as DVI?

No, DisplayPort cables are not the same as DVI in construction. DVI doesn’t support audio signal transfer whereas DisplayPort supports audio as well. DVI is very much the same as HDMI cables in terms of video resolution and higher response rates in comparison to HDMI cables.

  1. Is HDMI or DisplayPort better for gaming?

DisplayPort cable technology is always the best when it comes to gaming. It is best designed for Computer display monitors and delivers an excellent video resolution during gameplay.

Another advantage of DisplayPort cables for gaming is that it can easily be adapted for VGA, HDMI, and DVI inputs.

  1. Is DVI or HDMI better for gaming?

HDMI is more preferred when it comes to gaming because it not only offers 4K Video resolution at 60 Hz response rate but also features 8 channel audio compatibility. This is not something which DVI cables can do.

  1. Do you need a DisplayPort for 144hz?

DisplayPort cables have the highest bandwidth of all the cables and hence can easily accommodate 144 Hz.

  1. Can you plug an HDMI cable into a DisplayPort?

Yes, we can use HDMI cables to connect to a DisplayPort. This can be done by using certain adaptors or converters which need to be purchased separately.

  1. How do I connect HDMI output to DVI input

Yes, this can be done with the help of an HDMI to DVI-D cable. When connected to the display, all you need to do is choose input as HDMI on your display device.

  1. Can you connect HDMI to DVI monitor?

An HDMI cable is nothing but a mixture of a DVI cable with an audio cable. Hence, it is easily connectable to a DVI only screen This can be done with the help of an HDMI to DVI converter.

  1. How do I connect my HDMI laptop to a VGA monitor?

Yes, this can be done with the help of a VGA to HDMI converter. Connect the VGA cable to your computer screen and with the VGA to HDMI adaptor connects at the other end of the VGA cable, this will act as an input to the HDMI port on your laptop.

Which One Should You Buy when it comes to DisplayPort Vs HDMI vs DVI vs VGA?

The type of cable which you wish to purchase completely depends on the user’s requirements and hardware compatibility. Most devices come with an HDMI compatible hardware which can deliver video resolutions of up to 1080p which is literally 4K. However, certain other types of cables can deliver 8K Video resolution and make it an exciting option to consider as well.

However, when it comes to VGA technology, it is expected to be phased out very soon as analog signals are a thing of the past and digital video signals are required to delivering high definition video at higher response rates.

The cable of Tomorrow

Apple Introduced the USB Type-C video cable in its 2016 MacBook release. This created a revolution in the world of video cable technology. The futuristic USB Type-C cable is now being introduced in rather high-end monitors and laptops.

It is a very versatile cable which can not only transfer video signals but also audio, data and finally power. It truly is the cable of the future.

Final Verdict

As our DisplayPort Vs HDMI vs DVI vs VGA battle ends, we must choose the victor from the lot.

In terms of common usage, we know that HDMI is the clear winner as it part of most devices which we see in the market today. It will continue to rule the video cable industry for many more years to come due to its versatile nature and economic nature.

The clear loser of the lot is the VGA cable and this since it is an ancient technology it will be inexistent. It is only a matter of time until the technology is completely phased out. cloud-basedDualon-link

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