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- High Definition Setup Guide -




You have finally taken the plunge and invested in a high definition television or HDTV capable television. You have made a wise choice and joined the many who have switched to digital technology. You will soon be able to start enjoying stunning widescreen television programming at more than double the resolution of normal standard television. You have also ensured that you will be able to continue receiving off the air programming as more off air stations begin to phase out analog signals in favor or digital ones. This high definition setup guide will walk you through the major steps of your HDTV installation.

The first thing to consider is your choice in equipment. It is important to first determine what type of HDTV you have, if you have not already done so. There are two types of television currently on the market able to receive HDTV programming at up to 1080 lines of resolution.


  • HDTV Ready Television- These are also referred to as "HDTV capable", meaning that they are capable of decoding HDTV programming with the use of an external set top box. Most mid to high end televisions are sold HDTV ready. If you are planning to receive off the air HDTV programming, you will need to purchase an external HDTV receiver which is capable of receiving all 18 formats of digital television, as well as a suitable HDTV antenna. These formats include, high definition, enhanced definition and standard definition broadcasts. If you are planning to receive HDTV broadcasts from your satellite provider, you will require a special HDTV decoder or IRD. Finally, if you are going to be receiving HDTV programming from your digital cable provider, you will need a cable set top box, which can usually be rented or purchased from your cable provider. For more information on HDTV equipment, visit our HDTV Buyers Guide
  • High Definition Television- If you have purchased a high end HDTV, you are all ready to receive off the air HDTV broadcasts through a built in HDTV receiver. You will still require a suitable HDTV antenna to receive the programming. Some new select HDTV televisions have a CableCARD decoder built in which enables you to receive cablevision programming and HDTV signals without an external decoder with a CableCARD access card provided by your cable provider. If you television does not offer Cable CARD support and you are going to be receiving HDTV programming from your digital cable provider, you will need a cable set top box, which can usually be rented or purchased from your cable provider. If you are planning to receive HDTV broadcasts from your satellite provider, you will require a special HDTV decoder or IRD. For more information on HDTV equipment, visit our HDTV Buyers Guide


You should be aware that your actual picture quality will be limited to the format that the broadcaster chooses. Some broadcasters, rather than broadcasting in high definition from end to end (720 lines progressive,1080 lines interlaced) will be converting their standard television signals to digital. The resulting format, is know as "Standard Definition Television" (SDTV), which is limited to 480 interlaced lines of resolution, but will be offer a significant improvement over standard television broadcasts. The picture quality will be slightly above that delivered from digital satellite providers. Other broadcasters may choose the middle format known as "Enhanced Definition Television" (EDTV), which delivers 480 progressive lines of resolution. Regardless of the chosen broadcast format, you will see a sharply noticeable improvement over your regular television broadcasts (330 lines of resolution).



HDTV Connections

You are likely fairly familiar with standard connections to your Television, such as from your VCR, DVD player or satellite decoder. These include, from worst to best, Regular coaxial cable connection, composite video (RCA Type), S-Video and Component Video.

With HDTV sources you will need to be familiar with some new digital connections that you may not seen before. The different digital connection have pros and cons and not all may be supported by your television or HDTV decoder. You should check the manual or the rear of your HDTV set or tuner to determine what connections are supported. Many of the digital connections allow copy protection capability to prevent recording. This copy protection could be used to prevent recording of Pay per view channels for example, due to the ease of recording an unprotected program to DVD.


FireWire- Firewire connections have been around for a number of years in the computer world. The connectors are relatively small and are available in four and six pin configurations. The six pin configuration contain power connections for powering external devices.

Firewire, developed by Apple Computer offers some advantages over other connection schemes, DVI for example, is only capable of transmitting video one way. Firewire is a two way connection that is capable of transmitting both video and audio. The exception to this is some Sony and RCA models restrict the firewire connection to one way. Firewire is able to establish a connection with other devices linked on a home network, and the compressed MPEG-2 signals can be recorded on digital videotape (DVHS) or personal video recorders (PVR's).

Firewire connections on digital televisions and set top boxes also support a copy protection scheme known as Digital Transmission Content Protection (DTCP) which is more flexible than the HDCP scheme used with DVI. A broadcast transmitted in HDTV and sent over firewire to a device for example could be embedded with special instructions to allow a single, several or unlimited copies of a particular program, or they can block the recording capability out entirely, such as concerts or special Pay per view events.



DVI- DVI is an uncompressed digital connector used to pass digital video signals one way from HDTV receivers to other source devices, such as PVR, DVHS or other devices. The DVI connection is found on most all recent televisions capable of HDTV, and employs a copy protection scheme developed by Intel known as High Bandwidth Digital Content Protection (HDCP) which uses a special authentication protocol to protect programs from being copied. When enabled, the end user device, such as a HDTV receiver must first verify that it is licensed and allowed to be received and if it is, a hardware handshake is exchanged and the program is transmitted. HDCP allows a broadcaster to enable reception of a program on a digital television, but can disable recording of the broadcast on digital VCR's or personal video recorders. This can be used for example to prevent recording of special pay per view events to prevent unauthorized distribution.



RGB+H/V- RGB+H/V digital connections are used mostly on high end projectors, which take advantage of wide-bandwidth RGB+H/V connections to deliver line-doubled images free of visible scan lines. This special connection, like component video, separates the video signal into distinct red, green and blue streams, which prevents color bleed through, while the other two connections contain the horizontal and vertical (H/V) synchronization signals that instruct the TV to sequentially "draw" video scan lines across the face of the picture tube. RGB+H/V connections does not provide any significant improvement over component video, however its single cable design can be more appealing for longer runs.



VGA- VGA connections, also known as d-Sub-15, have been around for many years in the computer world and also seperate the video stream into its red, green and blue elements. The 15 pin VGA connector is used to link a personal computer with its monitor. The analog VGA connection is usually used on HDTV tuners to support a computer monitor.



Component Video- The component video connection is the most common way to connect HDTV set top boxes and HDTV cable or satellite decoders to high definition televisions. Component video separates the video signal into 3 distinct streams (red,green and blue), in which the video signal is carried via three individual cables using RCA type jack connections. There are two types of component video, Y,Cr,Cb (normal interlaced DVD players) and Y,Pr,Pb(Progressive scan DVD players,HDTV decoders and DTV inputs on televisions). Separating the video stream prevents color bleed through and delivers a dramatic increase in picture quality compared to composite video where the red, green and blue segments are compressed together into a single channel. Component video works in conjunction with digital audio connectors either coaxial or optical, which are standard on nearly all DVD players.



HDMI- High Definition Multimedia Interface (HDMI) is the new connector on the block and is the supposed successor to DVI. It recently began appearing on new HDTV sets in late 2003. HDMI, unlike DMI, which can only pass video, is capable of passing both video and also multi channel audio (8 channels). As well, the video portion is compatible with DVI devices if they are HDCP enabled. The digital connection is also much smaller than that of DVI. Eventually HDMI connections will replace DVI on HDTV sets and we are also likely to see this connection appearing on other media devices such as DVD's in the future.




Component Considerations

How you connect your component to your High Definition television is an important consideration. The most common approach to to connect your HDTV tuner or HDTV satellite or cable decoder directly to your high definition television. The easiest connection is to utilize your component video connections in conjunction with your digital audio coaxial or optical connection. An alternative is is your your DVI connection in conjunction with your digital audio coaxial or optical connection. Or if both your set top box and high definition television support HDMI, you can use that. Typically people use whatever method is easiest and the cleanest looking.

Some people opt to connect their multimedia devices to their television through their audio/video stereo receiver so as to allow the receiver to switch between video sources. For high definition applications however, you will need to consult with your stereo receivers documentation to see if it supports high bandwidth video connections. Your manual should refer to this as "wide-bandwidth", "HDTV compatible" or "wideband". If your stereo receiver is more than a couple years old, it is likely that it does not support wideband video and you will not want to connect it in this manner or you will be restricting the video resolution which reaches your television. Also ensure any additional cables, splitters and other devices are capable of handling the full HDTV bandwidth. A bandwidth of at least 110MHZ is required to transmit HDTV signals through it without degradation.



Audio Considerations

You should also consider your systems audio capability. Since most HDTV and other DTV formats broadcast audio in Dolby Digital 5.1 (AC-3)or other 5.1 digital surround formats (DTS), you may wish to invest in an external stereo receiver which is capable of decoding this audio format. At the very least, you will want a receiver or television capable of decoding Dolby Pro-logic, otherwise you will be missing out on the outstanding sound fidelity that HDTV can deliver.

Most quality mid range to high end audio receivers support both Dolby Digital 5.1 as well as DTS and Dolby Pro-logic. Having all 3 standards is important so you can receive full audio benefit with other media devices such as DVD's, which sometimes use DTS instead of Dolby Digital.




HDTV Setup

Now that you are familiarized yourself with the basics of high definition, you are ready to begin setting up your system. Your first step is to determine from your televisions manual if your set's native input is 720 lines progressive or 1080 lines interlaced. Mid range to high end sets tend to be most progressive, while most entry level HDTV ready televisions are interlaced. This is important as you will need to setup your HDTV receiver or decoder to match your television.

Most HDTV sets come with a number of audio/video inputs allowing you to connect your HDTV decoder in addition to your DVD player, satellite system and other media devices. The television's video/input button allows you to toggle between different sources.

  1. Choose the desired method of connecting your HDTV box to your television. For most people, the component video connection combined with the digital audio coaxial or optical TOSLink cable works very well. You can also use one of the alternate methods described earlier if you so choose and they are supported by both your television and set top box.
  2. If you also have an audio receiver, you will also want to connect this to your HDTV set top box as well. If your box supports more than one set of audio outputs, you likely will want one set gong directly to your television, and another set going to your audio receiver. In this fashion, you will be able to listen to audio through both your television speakers and also through your audio receiver. This is handy if you don't want to have to turn on your audio receiver everytime you want to watch television.
  3. Setup your set top box to match your television native HDTV video mode, 720 lines progressive or 1080 line interlaced. Some set top boxes have a switch located at the back and others have a menu setting which performs this function.
  4. Now you must setup your high definition television for the first time. You should consult with your operating manual as most sets have an on screen menu which can assist you with this task. This allows you to configure the connections that you are using as well as tuning the television for off air reception, audio connections and more. It should also be calibrated as well for correct color, contrast, brightness and other critical settings. There are some calibration DVD's available from stereo retailers such as the Home Theater Tune Up disc or others which can greatly assist you in precisely calibrating your set to true and accurate video display.
  5. Check that the aspect ratio is set to 16:9 preferred, or "full screen mode" on your television, set top box and DVD player. If a broadcast is not available in 16:9 it will automatically revert to 4:3. Most recent mid range to high end televisions also now have the capability to "zoom in" or "stretch" a 4:3 ratio broadcast to fill most of a wide screen picture, although there will be a noticable picture distortion or loss of some top and bottom details with 4:3 broadcasts.
  6. If you are using an off air HDTV decoder, you will now want to setup the decoder for your antenna. Most decoders have an on screen digital signal meter where you can adjust your antenna for optimum signal strength. Remember, unlike an analog signal which can deliver a "snowy picture" in fringe area, with digital you either will receive a signal or you won't, however homes in rural areas will require a larger outdoor antenna to receive an adequate signal. Off air HDTV signals utilize the UHF band, which is much more limited in range than VHF, so you will need an antenna with a good UHF range or one specifically designed for HDTV reception.
  7. Proper placement of your television is also important as well, especially if you have purchased a rear projection screen television where viewing angle is critical. You will generally want to match the screen size to the size of the room. For example a 57" television is a poor match for a 6'x6' living room. A general rule of thumb for determining a comfortable viewing distance is 2x the diagonal screen size, so for a 40" television, a good comfortable viewing distance is about 6 1/2 feet from the television. The exception to this is for front projection televisions, which should be about 1 1/2x the screen size. You will also want to determine of room lighting will affect your viewing as well. Projection screen televisions are far more easily "washed out" by sunlight than direct-view televisions, so you will want to make sure you can close the curtains or blinds to reduce this in bright sunlight conditions. As well, lamps and lights should not reflect on the screen during night viewing, situate lamps away from the viewing screen to maximize viewing enjoyment.



HDTV Recording Considerations

Recording high definition broadcasts is also an important consideration, since it cannot be recorded via conventional means such as VCR or regular personal video recorder such as a Tivo.

Some high end HDTV cable decoders have the capability to record High Definition broadcasts. Some high end satellite decoders also have the capability to do this. Equipment selection is still limited, but more and more manufacturers will be introducing equipment for this purpose as HDTV broadcast become more commonplace and popular. Eventually the mainstream PVR manufacturers such as Tivo and ReplayTV will bring HDTV compatible models to market. It is important to remember however that the high bandwidth nature of high definition broadcasts will significantly reduce your recording capacity as they consume many times the amount of storage space compared to standard broadcasts.

Another method of recording HDTV broadcasts is over a FireWire/IEEE 1394/iLink connection if your Set top box supports it. Some unsupported HDTV satellite decoders can be upgraded with FireWire capability if you are so inclined. A source of upgrade kits is available from such sources as 169time

In order to record over the FireWire connection, you will also need a digital VCR (DVHS), which can also playback broadcasts over the connection. Digital VCR's are also capable of playing and recording analog sources such as regular VHS tapes.

If you lack HDTV capable PVR or DVHS/FireWire connection, you can also record a down-converted version of the HDTV broadcast over the analog S-Video/composite audio/video connections. This would allow you to make use of your analog VCR or Tivo/ReplayTV or other PVR device. The broadcast will be in either Enhanced Definition Television format (EDTV), or the Standard Definition format (SDTV), which is limited to 480 lines of resolution, delivering near DVD quality.


Assuming all went well, you are now ready to begin enjoying programming in high definition!



Administrative Announcements
08/04/2008 11:20 AM
In order to give the website a better focus, we are phasing out the less popular areas of the site, including the high definition and digital video recorder areas and forums. This will leave the site focused on digital satellite television and satellite radio.

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