HDMI (High definition multimedia interface) cables are the perfect cables to use to connect your new TV to your other electronic gadgets. They help deliver digital signals in high definition. HDMI cables are capable of carrying more data than ordinary A/V cables. To set up an HDMI cable, you need to know which of your component is compatible with HD.
How to go about setting up an HDMI cable?
Here is how one can go about identifying HDMI connections and ports. Behind the TV set, one can find the HDMI connection outlet. Usually they are in the form of rectangular, narrow outlets. These ports are marked with the HDMI logo. It’s important to find out the number of HDMI slots provided by your TV. The more outlets you have, the more HDMI compatible devices you can connect to your TV.
Devices such as satellite TV or cable box, DVD or Blu-ray player can be connected to the TV using an HDMI cable.
Plugging the HDMI cable in is simple
Plug in one end of the HDMI cable to your component, say for example your DVD player, and the other end to the TV. You are ready for an enhanced HD experience.
HDMI cables are a must have item for everyone who own an HDTV. These cables are far superior in terms of the picture and sound quality they offer over analogue cables. Using HDMI cables, end-users can get the most from their high-definition television sets.
If you own the latest gadgets like gaming consoles, set-top boxes or HD cameras you should also buy an HDMI cable.
As HDMI cables transfer digital signals, they give cutting-edge performance compared to their predecessors.
HDMI works by incorporating video and sound transmission cables into a single cable. This greatly saves on the space and materials. Thus, HDMI cables are perfect for people who wish to run their cables through walls or hide their cables under the carpet.
An HDMI cable can easily transmit up to 1440p while carrying outputs of up to 5GBps. This allows for high clarity and problem free viewing. With a number of different HDMI cables available today, buying high quality yet cheap HDMI cables is important.
HDMI version 1.4 is the latest technology available today. It allows 3D viewing along with internet connection capability. It also enables live streaming of HD content directly into the home.
If you own an HDTV, it would be a wise decision to use an HDMI cable to connect your TV to your other electronic devices. There are many people who don’t know the difference between standard cables and HDMI cables. As HDMI cables use the latest digital technology, the audio and video output offered is far superior to the analogue technology used in the past.
Different types of HDMI cables are now available. Thus, it is important to do some research before choosing.
Using HDMI cables
The most apparent difference between HDMI cables and traditional cables is the audio and video quality they deliver. While traditional cables carry compressed audio and video signals, HDMI cables are capable of carrying uncompressed digital formats.
When uncompressed picture and sound quality is relayed to an HDTV from a Blu-ray or DVD player via an HDMI cable you can enjoy a high-quality, crisp and clear video and audio experience. This way, you can make your latest device operate to its full capability. Moreover, as a HDMI cable is only a single cable it can carry all your audio and video signals and connection is pretty simple.
While buying an HDMI cable, it is important to get one which is an appropriate length. By doing this, you can ensure that that the signal does not suffer over the distance travelled.
With the launch of the HDMI 1.4, there five HDMI cable categories, each designed to achieve different performance.
To make things less confusing, HDMI cables will be categorised by type.
Standard HDMI Cable
This HDMI cable is best for most home use, and is able to transmit 1080i or 720p video, which are most frequently used by cable, satellite, HD, and premium DVD players.
Standard HDMI Cable with Ethernet
This cable provides 720p or 1080i video resolution, but also has an HDMI Ethernet Channel, specifically needed for networking.
Automotive HDMI Cable
This is for vehicles with onboard HD video systems. The difference here lies in the cables ability to deal with vibration and temperature change without affecting quality.
High Speed HDMI Cable
High Speed HDMI can handle video resolutions of 1080p and more, as well as even more sophisticated technologies such as 3D. We suggest that you choose this cable if you are using it for such purposes or connecting your 1080p display to a 1080p content source, such as a Blu-ray Disc player.
High Speed HDMI Cable with Ethernet
As with the relationship between standard HDMI and standard HDMI with ethernet, High speed HDMI works in the way. There is an extra data channel for device networking.
HDMI cables are carriers of digital audiovisual signals. They establish a digital connection between a HD device and the source of digital data. The digital information is uncompressed and does not undergo a conversion process before being displayed on the screen. HD DVD players, HD televisions and HD audio systems are electronic devices which have been upgraded to accommodate this technology.
HDMI cables – Features and specifics
HDMI cables are exclusively designed to keep picture and sound quality intact. The HDMI cable is a set of 19 sub cables which provide twice the bandwidth needed for transmission of audio and video signals. They can effortlessly transmit 10 gigabytes of digital audio and video per second.
Every version includes three types of connectors. Type A and C have nineteen pins for supporting all HDTV formats. A type B HDMI cable has twenty nine pins and has capacity for higher video resolutions such as WQSXGA.
After its introduction in 2002, the HDMI technology has undergone many upgrades – HDMI 1.0, HDMI 1.1, HDMI 1.2, HDMI 1.2a, HDMI 1.3 and HDMI 1.4.
HDMI 1.4 is the latest and most advanced version among the list mentioned above.
HDMI offers audio and video transmission without the slightest disturbance or signal loss.
HDMI makes use of digital signal conversion technology and not analogue video signals.
What are the advantages of HDMI over other mode of signal transmission?
An HDMI cable will last for years and will be able to be used for all HD technology upgrades in the future. Every new audiovisual device has HDMI cable slots and connectors to accommodate the technology as HDMI gives the best quality audio and visual signals. HDMI cables can compress 8 audio channels into one cable. Even if the technology is upgraded in the future, you will not need to buy new cables as they are backward compatible.
What are the different versions of HDMI?
HDMI was released in 2002 and since then it has undergone several upgrades. HD technology has undergone some popular upgrades such as Dolby True HD, DTS HD Master audio support, super audio CD support and DVD audio support.
Will my existing HDMI cables work for newer versions of the technology?
HDMI as a technology may get upgraded; however the cables do not need to be. The HDMI cable is the most advanced data transmission cable in the world today and has the capacity to handle future technology upgrades.
Does the HDMI cable need to be thicker the longer it is?
Long HDMI cables can run over a distance of 50 to 100 feet. The wire gauge is thicker for these purposes and hence the cable will also have to be thicker. Thinner cables over long distances do not give high quality audiovisual outputs.
Because of the way HDMI has been tested to date, it’s very confusing for customers. HDMI cables are tested to certain specifications, which include 1.1, 1.2, 1.3 and so on. These numbers mean very little to customers so HDMI is increasingly being categorised by what category is applicable for, for example, automotive HDMI, standard, HDMI, and High Speed HDMI. We cover more the specific qualities of each of the DMI categories in the next article.
However, most people require HDMI for domestic entertainment use, and in such instances, standard HDMI is more than ample. Standard HDMI transmits 1080i or 720p video, which are most frequently used by cable, satellite, HD, and premium DVD players.
In some cases, in the home, for entertainment purposes, High Speed HDMI is more beneficial. If you are looking to utilise 3D, for example, we would recommend you use High Speed HDMi cables. However, there is also substance in the argument for future proofing your HDMi needs by buying High Speed cables.
The High Definition Multimedia Interface (HDMI) has revolutionised the way we watch video and listen to music. It is the only technology of its kind that keeps the clarity of the audiovisual signal intact and transmits it to our television screens without data loss. The result is crystal clear audiovisuals for an exhilarating viewing experience.
HDMI 1.4 is the latest version of the technology. It offers several developments over its predecessors. The latest upgrade of the technology offers higher networking capacity such as Ethernet connectivity. HDMI 1.4 also enables upstream audio transmission along the HDMI cable by the new Audio Return channel.
HDMI 1.4 has taken connectivity to a whole new level. Let’s see what new things it supports.
High Definition Ethernet connectivity
This upgrade offers high speed bi-directional transmission. Data transmission is done at speeds in excess of 100 megabytes per second. Internet protocol based applications can also be instantaneously operational. This feature also allows internet sharing with other computers without the need of an extra cable.
High Definition Audio Return channel
HDMI 1.4 has reduced the number of cables required for upstream transmission of audio and playback. HD televisions can now send the audio stream to a receiver through the HDMI cable for direct reception of audiovisual signals.
High Definition 3D support
HDMI 1.4 identifies all the common 3D formats and resolution levels for every HD device. This version of the technology standardises the input to output ratio of the 3D system and renders it at dual flow 1080p resolution.
Whether you buy a Plasma TV or a gaming console, most consumer electronic devices like computers, Blu-ray players, DVD players and set-top boxes come with a HDMI port. This port provides enhanced sound and visual connectivity quality. HDMI leads use one single cable to transmit all your audio and video signals. It uses technology that is far superior to its previous analogue form. HDMI leads can also accommodate any future advances or upgrades in HDMI technology. This means that using HDMI leads you can connect your new TV to your old computer and send high quality and video signals easily.
The technology behind HDMI leads
A very important thing to be kept in mind while using HDMI leads is that the quality of the signal received is affected by the distance between the items. Using a good quality HDMI cable is therefore important. If you use a good quality cable you will get better sound and picture resolution. Similarly, if you use a cheap cable then the sound and video may be compromised. A normal HDMI lead supports 8-channel audio and video data transmission; therefore you can use one cable for audio and video, instead of two.
So if you use a simple HDMI lead, not only will you enjoy your entertainment devices with renewed pleasure, as the quality is obviously better, but there is very little that you will have to tweak in the future. HDMI cables are easy to install and even better to use.
3D HDMI is here. The latest version of the HDMI standard, HDMI 1.4, or i other words, 3D HDMi, provides the correct infrastructure for 3D video use at home. In theory, the input/output mechanisms that allow 3D displays to communicate through an HDMI link are in place. In terms of delivering 3D gaming and 3D home entertainment to homes, supporting resolutions up to 1080p in 3D, HDMI 1.4 is an important achievement.
Many manufacturers in the TV and gaming markets are fiercely competing so HDMI 1.4 provides the best platform for a number of popular 3D display methods, including:
Frame, line, or field alternative methods
Side by side methods (full and half)
2D plus depth methods
All High Speed HDMI cables will support 3D if connected to 3D devices.