In the world of audio/video ports, two connectors reign supreme: DisplayPort and HDMI. While they’re both used to connect a PC to an external monitor or device, the nitty-gritty details are what make them suitable for very different purposes.
While some techies swear by DisplayPort, the question of which is better rests entirely on what you’re trying to accomplish. Do you need to project a PowerPoint onto a TV screen? Or are you trying to set up 4K monitors
or dual monitors
to get the best RPG game
Whether you’re a power PC user or simply want more flexibility in your home office setup, you should understand the different uses of these two popular connector cables. It’ll make your computing experience vastly more enjoyable. Take a look at the various pros and cons of DisplayPort vs HDMI with us to get a firm grasp on their varying capabilities.
What’s the difference: VGA vs DVI vs HDMI vs DisplayPort?
Before diving into which audio/video connector is best for specific uses, it’s important to know how they differ in both physical appearance and the features they support.
VGA and DVI
VGA cables have pins that convey analog video information from one device to the other. DVI is similar but can send in digital or analog.
Developed in 2006, the DisplayPort was intended to update the old VGA and DVI standard connectors. DisplayPort adds audio signal as well, which means fewer cables.
The DisplayPort comes in two main sizes: standard DisplayPort and Mini DisplayPort. Both sizes are equipped with 20 pins and feature a locking mechanism that prevents the cable from accidentally being pulled out.
More commonly found on PCs rather than on TVs, there are three standard DisplayPorts you’ll likely encounter:
- DisplayPort 1.2: Supports video resolutions up to 4K (3840 x 2190 pixels) at 60 Hz, most common 3D video format with a bandwidth of 17.28 Gbps
- DisplayPort 1.3: Supports video resolutions up to 4K at 120 Hz or 8K at 30 Hz with a bandwidth of 32.4 Gbps
- DisplayPort 1.4: Supports video resolutions up to 8K at 60 Hz, HDR (High Dynamic Range) with a bandwidth of 32.4 Gbps
One potential downside to a DisplayPort is its inability to transmit Ethernet data. However, it is capable of supporting 2 monitors at a resolution of 2560 x 1600 or 4 monitors at 1920 x 1200. There’s even the possibility of daisy-chaining up to six displays at once if your GPU allows several DisplayPort interfaces.
HDMI (High Definition Multimedia Interface) connectors look very similar to DisplayPort but feature 19 pins and no locking system. There are three common sizes: Type A (standard), Type C (mini), and Type D (micro).
It’s possible you’re familiar with this type of connector because TV manufacturers frequently build it into their products. On modern displays, you could find:
- HDMI 1.4: Supports video resolution up to 4K (4096 x 2160 pixels) at 24 Hz, 4K (3840 x 2160 pixels) at 30 Hz, and has a bandwidth of 10.2 Gbps
- HDMI 2.0: Supports video resolution up to 4K at 60 Hz with later versions including HDR capabilities, and has a bandwidth of 18 Gbps
- HDMI 2.1: Supports video resolution up to 10K at 120 Hz, improved HDR and enhanced Audio Return Channel, and has a bandwidth of 48 Gbps
HDMI can only handle one video stream and one audio stream, making it compatible with only a single monitor at a time. They are also equipped with an Audio Return Channel (ARC) that allows you to send audio from the TV to the sound bar or AV receiver.
A disadvantage of HDMI is that there are four distinct cable types, and choosing the wrong one could have a negative effect on your display. Take a look at the differences:
- Standard HDMI cable: Enough bandwidth for a video resolution of 720p and 1080i
- Standard HDMI cable with Ethernet: Same bandwidth as the standard cable but includes support for 100 Mbps Ethernet
- High Speed HDMI Cable: Supports video resolution of 1080p and higher, 3D video, and has increased bandwidth
- High Speed HDMI Cable with Ethernet: Same features as the high-speed cable but with additional support for 100 Mbps Ethernet
Although we won’t get into it much here, we want to note that there is a Mini DisplayPort introduced by Apple. Although the first generations of the Mini DisplayPort did not carry sound, newer computers with Thunderbolt technology
can use a Mini DisplayPort to HDMI adapter that will run displays up to 4K.
Now that we’ve defined the capabilities of both connector types, deciding between a DisplayPort or HDMI depends on how you plan to take advantage of the digital world.
DisplayPort or HDMI for 4K movies and video?
Home cinema has never been better. Ultra HD 4K brings the silver screen into your living room. That’s why it’s important to pick the right connector that will allow you to take full advantage of the incredible picture quality.
You want a 60 Hz refresh rate at the minimum, otherwise your 4K experience will be interrupted by jerky images and fuzzy text. You’ll most likely find an HDMI port on the back of your television, so a 2.0 or 2.1 is essential for optimal 4K viewing.
For an even more exceptional image quality, some TVs are now outfitted with an HDMI 2.0a port that supports High Dynamic Range (HDR). This extra feature makes a huge difference in terms of the depth of colors you receive and the contrast between whites and blacks.
If your TV happens to come with a DisplayPort, a version 1.2 or higher cable will be perfectly compatible to give you the high resolution that you crave.
PC Display: Streaming and computing
Apart from TVs, PC monitors supporting 4K resolution makes a huge difference for all of your streaming and online visual work. A TV has to be pretty large for you to experience the full majesty of 4K while sitting back on the couch.
A computer monitor, on the other hand, is usually viewed at a much closer distance. 4K can drastically improve the quality of editing software, video game graphics, and other productivity applications.
When deciding between a DisplayPort vs HDMI cable for 4K screens, the main thing to pay attention to is the monitor refresh rate
. If you’re unfamiliar with the term, the refresh rate is the number of times the display changes the image onscreen. It’s also referred to as frames per second (fps) in the film and gaming worlds.
While higher is not always better, a higher refresh rate typically means you’ll get crisper visuals
. So make sure your connecting cable supports a refresh rate of at least 60 Hz in order to understand the hype behind 4K technology.
PC display: DisplayPort vs HDMI gaming?
Is it time to upgrade your gaming rig? Before pulling out your wallet to buy a new graphics card or monitor, make sure you know how to connect it to your gaming laptop. A little research will help you make the most out of each keystroke and command so you can achieve virtual glory.
There’s nothing worse than experiencing significant screen tearing
right when you’re in the middle of a big battle sequence. If this is a common issue in your gaming experience, it’s likely that you aren’t using the proper audio/video connectors. So how does DisplayPort vs HDMI shape up for gaming?
DisplayPort for the win
This is a simple answer: all serious gamers should probably use a DisplayPort cable to connect their monitors to a graphics card. Most graphics cards and gaming PCs incorporate this port into their design, making it easy to set up the rig of your dreams.
Additionally, DisplayPort offers a superior bandwidth of 32.4 Gbps which will drastically reduce screen tearing. Because of its 3:1 compression ratio, you’ll experience a loss-less screen quality that makes complex tasks a breeze.
NVIDIA G-Sync and FreeSync
While it ultimately comes down to your specific gear, DisplayPort offers the most versatility in terms of which graphics cards and number of monitors you can hook up to your rig. Not to mention, any DisplayPort cable will work just fine whether hardware updates are made to external devices or not.
HDMI 2.0 is pretty much equivalent to DisplayPort in terms of its overall abilities, but not many high-end gaming monitors are designed with these ports in mind. As mentioned above, HDMI connectors are commonly found on TVs, which only make them a good choice for gamers who want to play on a single large screen.
When going HDMI, go high speed
When gaming through an HDMI connection, remember to grab a High-Speed HDMI cable. These cables have the bandwidth to handle resolutions of 1080p and higher, making them perfect for HD and 4K gaming
. Picking the proper connector really depends on where and how you want to game, along with your expectations for the quality of the graphics.
DisplayPort vs HDMI for visual designers?
While both DisplayPort and HDMI are compatible with 4K resolutions when watching video, how does it change when you’re the person creating the video? Professional visual designers, such as film editors and graphic artists, require high-end 4K monitors
to display their work so they see even the slightest details.
In terms of resolution and refresh rate, there isn’t enough of a difference between the two connector types to sway a designer to use one or the other. But in terms of physical functionality, the ability to daisy-chain monitors with a DisplayPort could make a significant impact on their workflow.
Dual monitor setup means DisplayPort
Daisy-chaining is the method of connecting multiple monitors without plugging more than one cable into the source computer. With DisplayPort, you can connect to a monitor, and then to another from that first monitor.
You can add several different screens in a row, making it a powerhouse of a work setup for designers who need to keep their eye on many elements at once.
Can I use an adapter to connect a DisplayPort to HDMI?
It’s not uncommon for PC users to run into the problem of mismatched connector ports on their laptops and displays. If you can’t directly connect between two DisplayPorts or HDMI ports, there are plenty of adapters that can bridge the gap.
On the flipside, you can easily connect any HDMI monitor to a DisplayPort-equipped computer with the DisplayPort to HDMI converter cable. Keep in mind that this cable only supports a resolution of 1080p and not 4K.
A word of caution: the complicated business of transitioning video and audio between one standard to another can sometimes cause problems with the end result on your screen.
Digital signal conversion typically means using the lowest maximum resolution and refresh rate, effectively demoting your viewing experience. When investing in consumer electronics, you need to weigh immediate usage against planning for the future as you acquire new tech.
Passive and active adapters
A critical distinction that must be made when choosing an adapter is whether to get a passive or active one. Passive adapters are typically cheaper and rely on DisplayPort connectors that support dual-mode.
Active adapters are more expensive because they use additional converter chips to adapt the signal from the DisplayPort. If you plan to connect a DisplayPort video source to several HDMI displays, you’ll probably want an active adapter. This is because some graphics cards cannot support dual-mode output on multiple displays.
The final word
So is DisplayPort better than HDMI? When choosing between a DisplayPort or HDMI, the devil’s in the details. Because TVs, graphics cards, PCs, and monitors may only feature one option, it can often force your hand toward one or the other. When you do have a choice, it’s critical to assess what you’ll be using the external display for and what qualities matter the most to you.
When HDMI is best
Generally speaking, HDMI wins whenever a TV is involved. Its easy, single connection is ideal for users who want to attach their PC to a bigger living room screen
or a display in a conference room at work. The latest versions are capable of incredible resolution and eARC.
When DisplayPort is best
For users who want to set up multiple displays for video gaming or intense office desktop stations, DisplayPort offers more flexibility and power. The locking mechanism is also a nice touch for users concerned about accidentally tugging the plug and losing visibility during important work.
At the end of the day, the DisplayPort vs HDMI vs DVI debate comes down to which ports your display has, and what you are using it for.
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