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The proliferation of convenient, inexpensive home theater equipment has allowed many people access to professional quality audio and video, right in the comfort of their homes. However, along with theater-quality pictures come theater-quality headaches. Do you want LCD or Plasma? Blu-Ray or DVD? What connectors should you use to hook your television up to your DVD player, Blu-Ray player, or Playstation 3? Below, we'll look at several of the options available for transmitting high-quality, digital video between different pieces of your home theater system. Each connector scheme has different pluses and minuses, and each one offers you a unique solution for bringing digital video to your home. HDMI The initials HDMI stand for High Definition Multimedia Interface. HDMI connectors are specifically designed for carrying data in home entertainment systems. The connector type was originally designed as a digital alternative to analog consumer video transmission schemes such as VGA and S-Video. Since its introduction, HDMI has become a digital video standard and is commonly installed on DVD players, Blu-Ray players, X-Boxes and PS3 consoles, as well as many personal computers. HDMI connectors are capable of transferring digital video and digital audio simultaneously. The connectors feature a "plug-and-play" design, meaning they can be easily connected and disconnected from different pieces of your home theater system without worrying about causing damage to your equipment. With a data transfer rate of 10.2 gigabytes per second, HDMI connectors are more than capable of keeping up with even the highest resolutions of digital video displays. It should be noted that HDMI connectors are available in Type A and Type B variations. Type A connectors feature 19 pins and are more than capable of supporting all HDTV and SDTV modes. Type B connectors have 29 pins and are capable of transferring up to twice the data of Type A connectors. This extra bandwidth is typically used for connecting to ultra high-resolution displays, such as WQUXGA. Mini-HDMI (Type C) and Micro-HDMI (Type D) connectors are also available for transferring video and audio data to and from mobile devices. Because of their consumer-oriented design and near ubiquity on consumer electronic products, HDMI connectors are a fantastic home theater connector option for anyone who is going to be connecting multiple, high-definition video devices to a single display. If your home theater menagerie includes a Blu-Ray player, Playstation 3, and DVD player, HDMI connectors could offer you just the sort of high-quality, easily interchangeable connector that you require to make the most of all your gadgets.    DVI The initials DVI stand for Digital Visual Interface. Much like the HDMI connector, the DVI connector scheme was developed as a consumer option for transmitting high-quality digital video to and from sources such as DVD players to displays such as HDTVs. The DVI connector was developed in 1999 and is somewhat older than HDMI, which first entered the market in 2003. Because of the purposes for which DVI was developed and the environment it was developed in, the connector has wound up not being as widely used as HDMI. The original intention of DVI was to replace the outmoded, analog VGA (Video Graphics Array) connectors that were commonly seen on PCs and notebook computers. For this reason, DVI was developed for the purpose of connecting computers to display monitors, rather than connecting consumer video devices to televisions. Though some HDTVs do feature DVI ports, they are far less common than HDMI ports. However, the DVI interface does provide some fantastic connective options that should not be overlooked by anyone trying to set up a widely compatible home theater system. Typical DVI connectors will offer a bitrate of 3.96 gigabytes per second. However, this bitrate can be doubled if you are using something called "dual link" DVI cable. Dual link DVI cables are essentially two DVI cables rolled into one, resulting in a bandwidth unavailable in single-link DVI. A notable feature of DVI connectors is that they can carry analog, VGA video signals in addition to digital video signals. This is an ability that HDMI cables do not have, and it should factor into anyone's decisions about how to set up their home theater system. There are several varieties of DVI connector, each of which offers a slightly different take on the connector interface. DVI-D connectors can only transmit digital video signals, whereas DVI-A connectors can only transmit analog video signals. DVI-I connectors can transmit both digital and analog video signals. If you need to connect your home theater system to both digital and analog video sources, or if you're going to be frequently hooking your HDTV up to a personal computer, then DVI might be a connector scheme to consider. However, it should be noted that not all modern televisions have DVI connectors, and you should investigate your TV's compatibility before investing in cables and adapters. DisplayPort DisplayPort is the newest of the three connector schemes discussed here. Introduced in 2006, DisplayPort was intended to replace DVI, VGA, and LVDS connector schemes by offering a higher quality performance and easier interface. There are many similarities between DisplayPort and HDMI, but the two connector schemes are intended to compliment, rather than replace, one another. The primary function of DisplayPort connectors is to transfer digital display data from computers to displays. Though DisplayPort can transfer both audio and visual signals, it is used primarily for visual data transfer. There are several variations of the DisplayPort connector scheme and the most recent variation (1.2) offers a data transfer rate of 17.28 gigabytes per second. Much like the HDMI connector, DisplayPort is designed for the consumer market and is therefore easy to use. Because of their computer-centric design and relative novelty, DisplayPort connectors are not often included on consumer televisions. However, DisplayPort adapters are available and if you plan on using your home theater for displaying high-definition video signals directly from a personal computer, DisplayPort can offer an easy-to-use option for doing just that.