DVI can only carry a signal up to 10m without using any adapters, cables or converters. That’s why it is the preferred connector for computer monitors, and not anything else. It also has fewer pins inside so newer resolutions like 120hz and 144hz are not supported on DVI like they are on HDMI 2.1 versions of DVI or DisplayPort 1.4 version of DVI.
HDMI techniques including HDCP (encrypted content) which allows you to give-up unencrypted digital signals in order to send encrypted video with no errors, resolution limitations or distortion issues over long distances, through multiple connections and across devices such as computers/TV screens/projectors – without the need for messy patch cords, dongles or dongle boxes. It also carries an audio signal and can use a single cable for both video and audio. HDMI cables support copy protection (HDCP) meaning the signal is encrypted to prevent it from being read as its passed through your system. If you’ve ever noticed a green screen on your TV when trying to watch some content, its because your TV is not authorized to play that content and is receiving a blank signal. It would do this even if you had an HDMI cable with no connection at all (unless you’re using VGA).
And the winner is… – DVI wins for computer monitors, HDMI wins everywhere else. You don’t need to use adapters or converters with HDMI unless you are trying to send the signal backwards again.
What is the difference between HDMI and DVI and which is better?
The difference between DVI and HDMI cables depends on what you need. A lot of people just want to run audio through video cables so they can connect a set-top box or a DVD player to their television. Heavy duty gamers, though, will prefer a high-speed cable like HDMI in order to deliver an HD signal that maintains the highest image quality possible. To make the decision easier for them, there are companies out there that offer both types of DVD players with excellent prices…
HDMI is better for carrying a video signal (like a TV signal) while DVI is designed to carry graphics information.
Many computers have DVI inputs, so if you want to connect your computer to your monitor or home theater system’s digital output, then the only adapters you’ll need are an HDMI cable and either a male-to-male or female-to-female adapter. However, many TVs and monitors now come with both of these ports because they’re able to do both jobs without any extra equipment.
The bottom line? If you want the easiest setup possible, choose HDMI instead of DVI. If you like using cheap cables that may not work for future setups and don’t care about which type of connector your computer uses, then use DVI.
DVI is older while HDMI is more common today.
HDMI transmits a digital video signal from a source to an HDMI compatible display, with no conversion needed. DSLM (Digital Store and Display Mandate) ensures that cables supporting downstream communications be available to any active or passive electronic device or receiver, such as a TV set. The mandate ensures interoperability and use of the same connector design across all devices for ease-of-use in Hollywood studios, for example, where engineers must quickly plug over $2 million worth of equipment together at the start of each day’s filming. DVI cables do not comply with this mandate because they are analog signals, which require expensive conversion circuitry, such as TMDS, to be used at both ends.
The HDMI website has a list of advantages vs DVI including:
- HDMI is the only cable that can carry uncompressed audio such as digital (Dolby Digital and DTS) or LPCM 7.1 audio formats
- Although there are adapters available that will allow you to connect a DVI display to an HDMI source, the adapter will not be able to do anything about signal conversion required to support analog signals such as DVI and VGA over HDMI.
- Only the latest version of HDMI (1.4a) supports 120Hz displays that use a 3D technique called Frame Packing that doubles the refresh rate (120 fps) for 3D. The earlier HDMI versions only support 60Hz displays that use the Side-by-Side (Half) and Top-and-Bottom (Half) 3D formats, which reduce the refresh rate to 30 fps.
- Only HDMI can run an Audio Return Channel over one cable . This feature allows the connected TV to send audio back to the source input for processing by AV receivers and other components.
- HDMI continues to add support for new features such as additional color spaces, stereoscopic 3D formats, frame packing for 120Hz displays, deep color support , lip-sync correction and more. These features are not backward compatible with older HDMI devices since they require the HDMI cable to support features not available in earlier versions of the specification
- Because DVI does not have audio support built-in, a separate audio connection must be used
- HDMI is a digital standard that supports copy protection for Blu-ray and other types of content distribution. Although a player can send video via a DVI connection, audio must be sent separately and is therefore not protected.
- HDMI includes Consumer Electronics Control (CEC), a feature that allows devices to control each other even if they are from different manufacturers. For example, a TV set might turn on the AV receiver upon changing to an HDMI input that controls the receiver or switch inputs automatically.
HDMI is a digital signal while DVI is a choice of two analog signals (HDMI and DVI). HDMI has won out over the competition because it’s easier to send lengthy cables without degradation in quality.
There are six potential types of external video interfaces; 2 analog (DVI-A and DVI-I) and 4 varieties of digital interfaces (DVI-D, DisplayPort 1.x, DisplayPort 2.0a, TMDS/HDMI). Only the first four are in use today for computer monitors.
In simple terms, any device that needs to generate or process HDMI or DisplayPort signals can accept them as input via a suitable receiver / transmitter module such as an integrated circuit or by an external dedicated receiver / transmitter.
DisplayPort is the newest interface, though it is basically just a high-speed DVI connection with some benefits. The main benefit is that DisplayPort provides 20% more bandwidth than HDMI 1.3a, allowing for higher resolutions and refresh rates at lengths up to 15 meters (HDR) or 25 meters (non-HDR). It also allows for multiple monitor connections from a single DisplayPort output.
DisplayPort 1.2 is backward compatible with the original DisplayPort specification, and it can be used to drive displays that do not support the latest version of the standard via inexpensive cables or adapters.
The two main differences between HDMI and DVI are:
1) HDMI can carry audio and video signals, while DVI is for video only.
2) DVI’s max resolution is 1920×1080 (1080p), while HDMI allows a max res of 4096×2160 (4K). Some graphics cards only have a DVI-I socket which does not support the highest resolutions.
HDMI-DVI adapters are available, but the quality of the connection is unconfirmed. HDMI and DVI cannot be mixed in a single cable run or device. The devices at both ends must support that particular interface type.
HDMI cables are typically used to carry both audio and video data. DVI, short for Digital Visual Interface, is often used to connect a computer monitor with other devices such as sound cards, speakers or digital receivers.
The better question would be “What is the difference between HDMI and DVI?” because “which is better” varies depending on the specific users needs for their system. For instance HDMI also known as High-Definition Multimedia Interface is an industry standard means of connection video from computers to HDTVs. It’s backwards compatible which allows it work with devices that don’t feature DVI connectors. This includes analog TVs that still use the yellow RCA connector for component video cables as well as DVD players or cable boxes when attaching a PC. While HDMI can carry both audio and video, DVI is only used for high-bandwidth uncompressed digital video signals. In order to handle audio as well it must be carried over an auxiliary channel such as S/PDIF or I2S.
Not really a big difference so it comes down to preference.
DVI still uses all the same encoding and other signal wires as HDMI, but just doesn’t support all the features of HDMI (like gigabit Ethernet, Dolby TrueHD, 3DTV compatibility, etc.). The quality of the video or graphics card does not matter one iota if you’re using DVI instead of HDMI because they both do exactly the same thing.
DVI has always been better.
DVI is capable of carrying a high-resolution signal to make the screen crisp, whereas HDMI converts digital signals to analog, which gives video quality fuzzy lines and blurring images. The audio quality with HDMI isn’t as good as DVI because of the conversion process it goes through – plus if you’re using an older television set that doesn’t have HDCP you will notice no sound from your HDMI connection. Bottom line – go with DVI if you can!
DVI is a digital interface for video and sound, used to connect products like DVD players, game consoles, HDTVs and monitors. HDMI is also used to connect these same types of devices.
HDMI transmits the high-quality audio and visual signals in digital form over a short single-cable. It stands for High Definition Multimedia Interface. As such, it does everything that DVI does but at higher quality! So which is better? There are many reasons why one may be considered “better” than the other; however it all comes down to personal tastes as they fulfill both video transmission needs equally well when given active support from the receiving device/equipment…
HDMI can be used to transmit and receive digital audio from any HDMI-ready device. Many so called “HDMI cables” are actually Digital Video Interface cables (DVI), which cannot transmit high-speed data for HD video.
In general, HDMI is better than DVI because it has a much higher bandwidth of 10 Gbps versus DVI’s 4.95 Gbp; the main advantage of this extra bandwidth is that HDMI supports high resolution video formats, such as 1080p and 1440p. In contrast, a DVI cable only offers 1.65 GBps on its own – not enough to support HD resolutions like these or 3D.
It is important to mention that the quality of the HDMI cable is an extremely important factor when it comes to transferring data. This means that although in most cases, a DVI-to-HDMI adapter will work fine for standard resolutions, problems might occur when high resolutions are required. Getting a low-quality or poorly made HDMI cable is better than getting a more expensive one. However, it is always best to get the right cable for your specific needs and budget; we recommend reading our reviews before making any purchasing decisions.