Skip to main content

Choosing Between HDMI 2.0 and DisplayPort 1.4: What Should You Know?

High Definition digital content is on the rise and given the number of options available for monitor connections, it can be cumbersome and confusing to decide multiple interface standards for your monitor or television screens. Some of the old interfaces included VGA, DVI, Component, etc. but they no more pass up as preferable interfaces for HD content.HDMI-HDMImini-HDMImicro
HDMI and DisplayPort are the interfaces developed for the modern age electronics display. But choosing among these two also depends on your usage whether you are a gamer or a movie buff. Let’s try to unravel which displayport cable suits your requirements better:

What Is HDMI 2.0?

High Definition Multimedia Interface or commonly known as HDMI can easily be termed as the most popular interface connections today recommended and found on all monitors, laptops, television screens, and other similar electronic products. HDMI 2.0 is the standard video interface used for 3820 x 2160 content.
The HDMI port’s features include the consumer electronic control which facilitates remote signal to be sent through HDMI. Using this, you can use your television remote to control the receiver cable box through your interface connection. Noting the typical features of HDMI 2.0, it provides 18Gbps of bandwidth and can support 4K resolutions.
Though mostly the film content shown on television is shot at 24fps, the increased FPS is useful for self recorded videos, gaming, or future television content that can be filmed at higher FPS. The color gradient and range is also favorable with HDMI 2.0.
Even though it’s the most popular, there are some features wherein DisplayPort offers to be unique and differing in utilizations. Let’s have a look at them.

Understanding DisplayPort 1.4

Quite recently, a new display interface was designed with quite similar features as of the HDMI. It’s still a less popular interface when compared to HDMI but is usually found in high resolution monitors developed in the recent years. Coming to features, DisplayPort 1.4 can transmit as much as 32.4Gbs bandwidth which is more than what HDMI can offer. The resolution offered by DisplayPort 1.4 is also much higher than that of the HDMI.
One of the salient features of this interface is that it allows multiple independent displays to be connected by a single port. So, it definitely is more desirable and recommended option for those who work with multiple displays.
DisplayPort is also a better option for users interested in PC gaming paired with NVIDIA’s G-sync and AMD’s FreeSync technology. The use of sync technology is important to protect the screen from damage.

Conclusion

When it comes to balanced compatibility, it is recommended to use the displayport cable that comes along with your display output device. Most consumer products sync with HDMI but if you are looking for a comparatively better resolution and for multiple display at one go, you should go for DisplayPort interface connected with quality Displayport Cable.

Comments

Popular posts from this blog

What is the Difference between C13 and C15 Power Cords?

There is an array of power cords available in the market. It can get quite perplexing to choose the one that will fit your needs. In order to know more about them, you must have more information about these cords. This article will acquaint you with   IEC C13   and   IEC C15   power cords   and how they are different from each other. But before that, let us understand what IEC is. IEC stands for International Electrotechnical Commission. Every cord is standardized by IEC before it is introduced in the market. These cords use the letter “C” which is followed by the number in their cords. Let’s get back to understanding the difference between IEC-C13 and C15 connectors. Some of them are mentioned below. Difference of a Notch One of the most apparent differences between the two connectors is the notch on C15 connector. Although C15 looks quite similar to C13, it has a little groove opposite the earth. The IEC-C15 connectors also work in the C14 outlets. B...

Know Everything about Printer Cables

When it comes to connecting printers, the type of cable you use matters. Different printers require different cables to function properly.  USB cables are the most common for home printers. They are easy to use and connect directly to your computer. Parallel cables are sometimes still used in office environments, especially with older models.  Ethernet cables facilitate network printers and enable several devices to be connected. In this blog, let us review the basic types of printer cables and how to select the correct one. Knowing these options will assist you in properly configuring your printer. What is a Printer Cable? A printer cable is a cable that is attached to the printer and to a computer for connecting the printer to the computer.  It enables data to move from the computer to the printer. These cables include the Universal Serial Bus, USB, and parallel cables. Cable connections using USB are widely used for present-day printers.  They are convenient...

Fiber Optic Cables Vs Ethernet Cables: What Is the Difference?

Wi-Fi is like love. Always in the air and ready to connect you with the fascinating digital world. But ever wondered what keeps it in the air? Well, just like any relationship has a foundation of understanding, a wireless network has a fiber cabling underneath that helps people to connect with the internet anytime they want to. The other most popularly used cable type is Ethernet cables. They are used everywhere right from IP camera technologies to LED lighting. These cables are quite cheaper as compared to fiber cables; but when one wants to have a huge and powerful network cable , fiber cables become necessary. Both the cables have their advantages and disadvantages, specialties, and limitations. Through this blog, we will differentiate between the two and try to understand both in details: History of Fiber & Ethernet Cables The fiber optic technology was first used in 1969 when NASA sent it to the moon for use in television cameras. And a company named Xerox developed Eth...