high definition nature photos

 

High definition optical disc format war

The high definition optical disc format war was a format war between the Blu-ray Disc and HD DVD optical disc standards for storing high definition video and audio. These standards emerged between 2000 and 2002 and attracted both the mutual and exclusive support of major consumer electronics manufacturers, personal computer manufacturers, television and movie producers and distributors, and software developers. In early 2008, a tipping point of studios and distributors shifted to Blu-ray disc. On February 19, 2008, Toshiba officially announced that it would stop the development of the HD DVD players, conceding the format war to the Blu-ray Disc format.

Background

The videotape format war between VHS and BetaMax resembled the Blu-ray/HD DVD conflict because of Sony's strong involvement with both. These format wars have often proved destructive to both camps because consumers, afraid of committing to a losing standard, will refrain from purchasing either. Format wars have been avoided in notable cases like the DVD Forum for the unified DVD standard, the Grand Alliance for the HDTV standard, and the Wi-Fi Alliance for wireless networking standards.

The emergence of high definition players followed the entry of HDTV televisions into the mainstream market in the mid-1990s. Consumer-grade high definition players required an inexpensive storage medium capable of holding the larger amount of data needed for HD video. The breakthrough came with Shuji Nakamura's invention of the blue laser diode, whose shorter wavelength opened the door to higher density optical media following a six year patent dispute.

Sony started two projects applying the new diodes: Ultra Density Optical and, with Pioneer, DVR Blue. The first DVR Blue prototypes were unveiled at the CEATEC exhibition in October 2000. In February 2002, the project was officially announced as Blu-ray, and the Blu-ray Disc Association was founded by a consortium of nine electronics companies.

The DVD Forum, chaired by Toshiba, was deeply split over whether to go with the more expensive blue lasers, whose discs initially required a protective caddy to avoid mis-handling, making the medium more expensive and physically different from DVDs. In March 2002, the forum voted to approve a proposal endorsed by Warner Bros. and other motion picture studios that involved compressing HD content onto dual-layer DVD-9 discs. In spite of this decision, the DVD Forum's Steering Committee announced in April that it was pursuing its own blue-laser high-definition solution. In August, Toshiba and NEC announced their competing standard Advanced Optical Disc, which was finally adopted by the DVD Forum and renamed "HD DVD" the following year after being voted down twice by Blu-ray Disc Association members, prompting the U.S. Department of Justice to make preliminary investigations. Three new members had to be invited and the voting rules changed before the initiative finally passed.

The competing standards had significant differences that made each incompatible with the other.

Attempts to avoid a format war

In an attempt to avoid a costly format war, the Blu-ray Disc Association and DVD Forum started to negotiate a compromise in early 2005. One of the issues was that Blu-ray's supporters wanted to use a Java-based platform for interactivity (BD-J), while the DVD Forum was promoting Microsoft's "iHD" (which became HDi). A much larger issue, though, was the physical formats of the discs themselves; the Blu-ray Disc Association's member companies did not want to risk losing billions of dollars in royalties as they had done with standard DVD. An agreement seemed close, but negotiations proceeded slowly.

At the end of June 2005, Sun announced that the Blu-ray Association had chosen the Java-based BD-J interactivity layer instead of Microsoft's HDi. This was based on a BDA board vote favouring BD-J 10 to 4, despite a technical committee previously favouring HDi by a vote of 7 to 5. At the same time, Microsoft and Toshiba jointly announced that they would cooperate in developing high-definition DVD players. In a top-level meeting in July, Microsoft's Bill Gates argued that the Blu-ray standard had to change to "work more smoothly with personal computers". The Blu-ray Disc's representatives defended the technology.

On August 22, 2005, the Blu-ray Disc Association and DVD Forum announced that the negotiations to unify their standards had failed. Rumors surfaced that talks had stalled; publicly, the same reasons of physical format incompatibility were cited. In the end of September, Microsoft and Intel jointly announced their support for HD DVD.

Hewlett Packard (HP) made a last ditch attempt to broker a deal between the Blu-ray Disc Association and Microsoft. HP proposed that the Blu-ray association adopt Microsoft's HDi, instead of a Java based solution, and that Blu-ray adopt a mandatory managed copy feature. If their demands weren't met, HP said that they would support HD DVD instead. In a research report, Gartner analysts Van Baker, Laura Behrens and Mike McGuire wrote that if HP's proposal were accepted, Blu-ray would become the winner of the format war. Though the Blu-ray Disc group did add mandatory managed copy to Blu-ray they did not add HDi.

HD DVD players and movies were released in the United States on April 18, 2006, The first Blu-ray Disc titles were released on June 20, 2006 and the first movies using dual layer discs Blu-ray (50 GB) were introduced in October 2006.

Alliances

The Blu-ray Disc Foundation was formed by Hitachi, LG, Panasonic, Pioneer, Philips, Samsung, Sharp, Sony, and Thomson in May 20, 2002. Other early supporters included Dell, HP, Mitsubishi and TDK. Blu-ray Disc Association It was inaugurated on October 4, 2004 by 14 companies of Board of Directors which added 20th Century Fox to the 13 above-mentioned companies, Contributors of 22 companies, General members of 37 companies, and a total of 73 companies.

Non-exclusive support by Acer, Asus, HP, Hitachi Maxell, Kenwood, LG, Lite-On, Onkyo, Meridian, Samsung, and Alpine.

Toshiba, NEC, Sanyo, Memory-Tech Corporation started HD DVD Promotion Group in September 27, 2004. Included Microsoft, RCA, Intel, Venturer Electronics. In Europe, HD DVD was supported either exclusively or non-exclusively by Medusa Home Entertainment, Studio Canal, Universum Films, Kinowelt Home Entertainment, DVD International, Opus Arte, MK2, Momentum Pictures, Twister Home Video, among others.

During the height of the format war, some studios supported both formats, including Paramount Pictures (including subsidiaries Nickelodeon Movies, MTV Films, DreamWorks Pictures and DreamWorks Animation), BBC, First Look Studios, Image Entertainment (including the Discovery Channel), Magnolia Pictures, Brentwood Home Video, Ryko and Koch/Goldhil Entertainment.

Deciding factors

The format war's resolution in favor of Blu-ray was primarily decided by two factors: shifting business alliances, including decisions by major film studios and retail distributors, and Sony's decision to include a Blu-ray player in the PlayStation 3 video game console.

Studio, distributor alliances

Studio alliances shifted over time. Before October 2005 and the release of either format, each had the exclusive support of three of the Big Six. Blu-ray Disc started out with Sony (Columbia TriStar and MGM), Disney (Buena Vista), and Fox. Disney and Fox were both impressed by the extra DRM (BD+ and region coding) that the Blu-ray Disc format provided on paper (ironically, BD+ and region coding were both cracked in their first year). Then HD DVD supporters Warner Bros. and Paramount added support for Blu-ray. But in August 2007, after supporting Blu-ray for over a year, Paramount announced it would release all high-definition content (except titles directed by Steven Spielberg) exclusively on HD DVD. At the same time, DreamWorks Animation SKG, which had not released any high-definition discs, announced it would release exclusively on HD DVD. Explaining their decisions, the companies cited perceived advantages to HD DVD's technology and lower manufacturing costs. The companies together received about $150 million in cash and promotional guarantees, including a Toshiba HD DVD marketing campaign with a tie-in to Shrek the Third.

By August 2007, HD DVD appeared to have a promising future, was seeing its highest sales (though still substantially lower than Blu-ray), had support from major big-box retailers such as Wal-Mart due to low prices, and had the exclusive support of studios such as Paramount Pictures, DreamWorks SKG/Animation, Universal Studios and several Indie film studios. The format also had non-exclusive though favorable support (through occasional HD DVD exclusive titles) from Warner Bros., the largest home video releaser.

The tipping point came on January 4, 2008 when Warner Bros., which has the largest market share of DVDs, announced plans to drop HD DVD support completely as of the beginning of June 2008. At the Consumer Electronics Show in Las Vegas, some HD DVD-related events and private meetings with analysts and retailers were canceled, including an event scheduled for the eve of the show sponsored by the North American HD DVD Promotional Group. Toshiba management expressed disappointment over Warner's decision but said that Toshiba would continue promoting the competing format. The following Monday, Toshiba reduced the price of its HD DVD players by 40 to 50 percent, calling price a "deal breaker for the mainstream consumer". At the time, analyst Roger Kay of Endpoint Technologies Associates likened the price cut to the high-stakes Blackjack bet of "doubling down" in an effort to increase market share and "win back the studios". Richard Greenfield of Pali Capital called the move a gimmick and predicted that HD DVD would not become widely adopted. Gartner analyst Hiroyuki Shimizu predicted that while the price cut might extend HD DVD's life somewhat, the limited title library would ultimately "inflict fatal damage on the format", leaving Blu-ray the victor by the end of 2008.

Warner Bros.' sister studio New Line Cinema followed suit, canceling tentative plans to release titles on HD DVD. Other small studios and producers moving exclusively to Blu-ray included National Geographic Society, Constantin Film, and Digital Playground.

Warner's move also caused a chain reaction among DVD distributors, most prominently in the form of Wal-Mart's February 15, 2008 decision to phase HD DVD out completely by June 2008. Wal-Mart is the largest DVD retailer in the United States, and its decision prompted the New York Times to run a mock obituary for the HD DVD format. The newspaper quoted technology analyst Rob Enderle's contention that if Wal-Mart "says HD DVD is done, you can take that as a fact." Four days earlier, Best Buy began recommending Blu-ray Disc as the customer's digital format choice, and Netflix, the largest online video rental service, began phasing out its HD DVD inventory after stocking both formats since early 2006.

These shifts were preceded by Blockbuster, the largest U.S. movie rental company, which in June 2007 had moved to Blu-ray exclusively in 1450 stores after test-marketing both formats at 250 stores and finding that more than 70% of high definition rentals were Blu-ray discs. In July 2007, Target Corporation, began carrying only Blu-ray standalone players in its stores, promoting them with end cap displays featuring Blu-ray Disc movies from Sony and Disney. In January 2008, UK retailer Woolworths Group plc said it would stock only Blu-ray discs in its 820 stores beginning in March 2008.

PlayStation 3

Sony's decision to incorporate a Blu-ray Disc player as a standard feature of the PlayStation 3 video game console also helped ensure the format's eventual triumph. By the time Toshiba ceded the market, about 10.5 million of the Sony consoles had been sold worldwide versus an estimated 1 million HD DVD players – including both standalone units and the add-on player for Microsoft's Xbox 360 console. This equipment gap was a factor in Blu-ray titles (including the ones bundled with the PS3) outselling their HD DVD counterparts two to one in the United States and three or four to one in Europe. Sony's strategy came at a cost. The company initially sold the PlayStation 3 at an estimated loss of more than US$200 per unit that resulted in a total loss estimated about $3 billion, but analysts, such as Richard Hooper, with Screen Digest, expect Sony to recoup far more than that.

Toshiba announcement and aftermath

On February 19, 2008, Toshiba announced it would cease developing, manufacturing and marketing HD DVD players and recorders. On that same day, Universal Studios announced it would release its titles in the Blu-ray Disc format, following two years of exclusive HD DVD support. The studio subsequently released its final two HD DVD titles: Fletch on March 13, 2008 and Atonement on March 18. On February 20, 2008, Paramount Pictures announced it would back Blu-ray, becoming the last of the major studios to do so. Paramount ceased HD DVD production on February 28, 2008, with Things We Lost in the Fire and Into the Wild becoming the studio's last HD DVD releases, both released March 4, 2008. The studio scrapped the HD DVD version of Bee Movie, which, on May 20, 2008, joined Face/Off and Next in becoming the studio's first Blu-ray releases since becoming HD DVD exclusive . In April 2009, Warner Home Video announced it would trade up to 25 HD DVD discs for the Blu-ray equivilents, charging only for shipping and handling.

Microsoft ceased production of Xbox 360 HD DVD players while considering how its HDi and VC-1 technologies could be applied to other platforms. Microsoft's VC-1 codec is already in use in Blu-ray titles; Warner Bros. encodes the main features of all titles in the format but encodes supplements and bonus content in MPEG-2. Microsoft has since entered into talks with Sony regarding Blu-ray, although Windows Vista has supported basic filesystem and shell functionality for both Blu-ray Disc and HD DVD since launch, relying on 3rd parties to implement movie playback. Rumors of a Blu-ray drive for the Xbox 360 have been officially denied by Microsoft.

Toshiba's pull-out did not have an immediate significant effect on stand-alone Blu-ray player sales, which rose 2 percent from February to March, 2008, after falling 40 percent between January and February, according to NPD Group. NPD noted that upconverting DVD player sales rose 5 percent in the first quarter of 2008 over the same quarter of 2007 but did not release a comparison of first quarter Blu-ray sales compared to the same quarter of 2007. At the time of the report, upconverting DVD players cost around $70 versus $300 for Blu-ray players. But in spring 2009, the number of Blu-ray players nearly doubled its year to date 2009 sales over the same period 2008: about 9 million high-definition units sold in the U.S. from January through March, up from the 4.8 million that sold during first-quarter 2008, according to Adams Media Research. In April 2008, the firm estimated a total of 10.5 million Blu-ray households, including Blu-ray consoles and Blu-ray-enabled PlayStation 3s.

How to Set up a DTV Digital Converter Box and Antenna

As of June 12, 2009, all televisions in the U.S. must be able to receive DTV digital television broadcast signals. Analog televisions that do not receive DTV digital signals will not pick up most over-the-air channels without a digital converter box (DTV converter box), which receives over-the-air DTV digital signals and converts them into analog signals that can be shown on analog TVs. Converter boxes are easy to set up and relatively inexpensive, but they do require a separate antenna. They may also provide noticeably better picture quality, as well as additional channels.

Steps

  • Unconnected converter box (RCA model STB7766G1)
    Unconnected converter box (RCA model STB7766G1)
    Set the converter box next to the television in an unobstructed area. The converter box must be near the television as it will be connected to your television with an included cable (or cables). The converter box will also be operated by an included remote control, so it must not be behind an object that will block the remote control signal. Additionally, the converter box must be plugged in, so must be near a power outlet or power strip.
    • Connections on back of converter box from left to right: ANTENNA RF IN, TV RF OUT, VIDEO OUT, AUDIO OUT (RIGHT and LEFT)
      Connections on back of converter box from left to right: ANTENNA RF IN, TV RF OUT, VIDEO OUT, AUDIO OUT (RIGHT and LEFT)
      Read the labeled connections on the back of the converter box so you know where to connect the TV and antenna.
  • Power strip turned off
    Power strip turned off
    Turn off your TV and any other connected devices. If using a power strip, also turn it off.
  • Two styles of RF coaxial cables (they function the same)
    Two styles of RF coaxial cables (they function the same)
    Connect the converter box to an antenna with an RF coaxial cable. If you have an older antenna that will not connect directly to an RF coaxial connector, see the section for older TVs at the bottom of the Steps section. Any free-standing antenna can be used, but it is recommended that an antenna that is designed to pick up DTV signals be used for optimal reception. Inexpensive rabbit ears as well as more powerful wall-mounted and outdoor antennas are readily available.
    • HDTV "rabbit ears" antenna
      HDTV "rabbit ears" antenna
      RF coaxial cable connected to ANTENNA RF IN on converter box
      RF coaxial cable connected to ANTENNA RF IN on converter box
      RF coaxial cable connected to antenna TO TV connector (other end of cable connected to converter box ANTENNA RF IN connector)
      RF coaxial cable connected to antenna TO TV connector (other end of cable connected to converter box ANTENNA RF IN connector)
      Power adapter plugged into antenna
      Power adapter plugged into antenna
      When using a typical rabbit-ear style antenna, set the antenna near the television. Connect one end of an RF (coaxial) cable to the ANTENNA RF IN connector on the converter box. Connect the other end of the cable to the TO TV connector on the antenna. It may be more convenient to connect the RF coaxial cable to the antenna first, or the RF coaxial cable may already be connected to the antenna if it was previously connected directly to the TV. The antenna may also have a CABLE IN connector that looks the same as the TO TV connector. Be sure not to connect the TV to this connector. If the antenna is powered, plug in the included power adapter, but leave the antenna off until all other components are connected.
    • Outdoor compact HDTV antenna attached to roof
      Outdoor compact HDTV antenna attached to roof
      RF coaxial cable from external antenna going through outside wall
      RF coaxial cable from external antenna going through outside wall
      RF coaxial cable from outside antenna leading indoors (can be "split" with a cable splitter unit to feed two or more TVs)
      RF coaxial cable from outside antenna leading indoors (can be "split" with a cable splitter unit to feed two or more TVs)
      Powered segment of RF coaxial cable for powered external antenna connected to ANTENNA RF IN on converter box
      Powered segment of RF coaxial cable for powered external antenna connected to ANTENNA RF IN on converter box
      Powered segment connected to converter box and RF coaxial cable for external antenna
      Powered segment connected to converter box and RF coaxial cable for external antenna
      Power adapter plugged into powered segment
      Power adapter plugged into powered segment
      If using an external or otherwise mounted antenna, assemble it and attach it to a secure object. If the antenna is external, the RF coaxial cable that connects the antenna to the TV will need to pass through your house, usually via a hole that has been drilled in the wall. Connect the RF coaxial cable to the antenna, and connect the other end of the cable to the ANTENNA RF IN connector on the converter box. If the antenna is powered, a segment of cable that was included with the antenna will probably need to be installed between the converter box and the antenna along the same RF coaxial cable that connects the converter box to the antenna. This segment of cable will be connected directly to the converter box ANTENNA RF IN connector, and the RF coaxial cable that runs to the external antenna will be connected to the other end of the powered segment. The powered segment must be plugged into a power adapter that is plugged into a wall socket.
  • Connect the converter box to the television. Depending on the supplied cables, the design of the converter box, and the design of the television, there may be different ways to connect the converter box to your television. Most converter boxes will have a connector for an RF coaxial cable and connections for composite cables. If you have an older TV that will not connect directly to an RF coaxial cable or composite cables, see the section for older TVs at the bottom of the Steps section. Composite cables consist of one yellow video cable and two audio cables. The audio cable for the right speaker is red and the cable to the left speaker is white.
    • RF coaxial cable connected to TV RF OUT on converter box (connection on the right)
      RF coaxial cable connected to TV RF OUT on converter box (connection on the right)
      TV RF coaxial VHF/UHF connector
      TV RF coaxial VHF/UHF connector
      RF coaxial cable from converter box connected to TV
      RF coaxial cable from converter box connected to TV
      The most common way will be to connect the converter box and the television with an RF (coaxial) cable. This type of cable should be supplied with the converter box. Simply connect one end of the RF coaxial cable to the TV RF OUT connector on the converter box, and then connect the other end of the RF cable to the similar cable connector that is on the television. This connector on the television should be labeled as VHF/UHF.
    • Composite video cable connected to converter box
      Composite video cable connected to converter box
      Composite video and RIGHT speaker (red) and LEFT speaker (white) audio cables connected to converter box
      Composite video and RIGHT speaker (red) and LEFT speaker (white) audio cables connected to converter box
      Yellow video, red RIGHT speaker, and white LEFT speaker composite cable connections on TV (between RF coaxial connection and right component connections)
      Yellow video, red RIGHT speaker, and white LEFT speaker composite cable connections on TV (between RF coaxial connection and right component connections)
      Video and audio composite cables connected to TV from converter box
      Video and audio composite cables connected to TV from converter box
      Composite audio cables connected to separate speaker system instead of to TV
      Composite audio cables connected to separate speaker system instead of to TV
      Connected speaker system
      Connected speaker system
      As an alternative, the converter may also be connected to the television with one composite video cable and two audio cables instead of with the single RF coaxial cable if these connectors exist on your television (the converter box must also be connected to an antenna with an RF coaxial cable). This option is especially useful if you will be hooking up a separate audio system or self-powered stereo speakers, as the video and the audio are passed through separate cables. The composite video cable connectors on the converter box and on the television will be yellow, while the composite audio connectors will be red and white. The red cable is for the RIGHT speaker, and the white cable is for the LEFT speaker. Hook up the audio and video cable to the converter box. Then connect the yellow-tipped video cable to the yellow VIDEO IN connector on the television. Next, connect the red-tipped audio cable to the red AUDIO IN RIGHT connector on the television, and connect the white-tipped audio cable to the AUDIO IN LEFT connector on the television.
  • Power adapter plugged into converter box
    Power adapter plugged into converter box
    Power adapter plugged into power strip
    Power adapter plugged into power strip
    Plug in the converter box. The converter box may be included with a power adapter or may have a permanent, standard power cord. If it has a power adapter, merely plug the adapter into a wall socket or power strip and plug the power adapter into the converter box. If using a power strip, plug the converter box into a powered-off power strip, then turn on the power strip.
  • Batteries in converter box remote control
    Batteries in converter box remote control
    Put batteries in the converter box remote control. Batteries for the remote control may be included with the converter box.
  • Converter box remote control
    Converter box remote control
    Familiarize yourself with the remote control. It controls many TV and converter box functions. If the remote included is a universal programmable remote, it will be able to control all TV functions after it has been manually set to do so.
  • Turning on TV with TV remote
    Turning on TV with TV remote
    TV set to channel 3
    TV set to channel 3
    Turn on the TV and set it to channel 3 or 4. This is not done with the converter box remote, but with the TV remote or by operating the TV manually (unless the remote can be programmed to be used specifically for the TV). The converter box will only show images on the TV when the TV is set to one of these channels. The converter box must also be set to channel 3 or 4, whichever corresponds with the channel that the TV is set to. This may be done manually by means of a switch on the converter box, or using the on-screen converter box menu (see next step).
  • Powering on the converter box with the remote control
    Powering on the converter box with the remote control
    Power on the converter box with the converter box remote control or by pressing the power button on the converter box unit.
    • Channel 3 selected in on-screen menu
      Channel 3 selected in on-screen menu
      If the converter box can be set to channel 3 or 4 using the on-screen menu, set it to the desired channel if necessary.
  • Channel scanning option in on-screen menu
    Channel scanning option in on-screen menu
    Channel scanning in progress
    Channel scanning in progress
    Scan for channels. Enter the on-screen menu and allow the converter box to automatically scan for channels. Automatic scanning will find available channels and exclude all others. If you don’t receive many channels, you may need a better antenna or it may be necessary to place your antenna in a different area.
    • Manually adding channels using "manual scan" function
      Manually adding channels using "manual scan" function
      If you know that certain channels should be received but aren't picked up right away during the automatic channel scan, you can add them using the on-screen menu, and adjust the antenna until they are received.
    • Re-scanning to find additional channels using "channel add" function
      Re-scanning to find additional channels using "channel add" function
      An additional channel scan can also be performed using the on-screen menu at any time to search for and add channels that were not picked up during the initial channel scan.
    • Editing channels using on-screen menu
      Editing channels using on-screen menu
      Channels that are received and were added to the channel list but are not desired can be removed using the on-screen menu using the channel edit (or similar) function.
  • Bad reception
    Bad reception
    "NO SIGNAL" message (seen with very bad reception as well as when there is no channel to receive)
    "NO SIGNAL" message (seen with very bad reception as well as when there is no channel to receive)
    Checking signal strength
    Checking signal strength
    Check the reception and signal strength. Bad reception using the converter box will look "pixelated" or "blocky". The antenna may need to be adjusted or put in a different location. Bad reception may also present as a "NO SIGNAL" or "NO PROGRAMMING" message on the TV screen, but this may also indicate that there is no channel to receive whatsoever. To check signal strength for a particular channel in real time, use the "signal strength" or similar option using the remote control. Adjust the antenna while using the signal strength option to see what antenna arrangement or location provides the best picture. If using an antenna that is mounted away from the TV, such as a rooftop antenna, one person can monitor the signal strength indicator on the TV, while the other moves or adjusts the antenna.
  • Set the desired picture "aspect ratio" format. The converter box may initially show the TV images in aspect ratio formats that are designed for widescreen HDTVs. There will be multiple different image sizes or aspect ratios seen on the TV depending on the channel and/or the specific show, and the aspect ratio can be adjusted via the converter box menu to better fit standard 4:3 analog TV screens.
    • Widescreen format (not cropped)
      Widescreen format (not cropped)
      Shows that are shown in widescreen format can fill the screen on the left and right sides of the TV, but not on the top and bottom of the TV screen. Even though some of the top and bottom of the TV screen is not used, this is a desirable format because more of the original filmed image can be seen on the screen.
      • Choosing "Letter Box" option to select widescreen format
        Choosing "Letter Box" option to select widescreen format
        To display shows in widescreen format (that fills the screen on the left and right sides), choose "letterbox" or the equivalent aspect ratio option. The "auto" option may also achieve the same result.
    • Standard 4:3 analog TV format
      Standard 4:3 analog TV format
      Some shows will be shown in a 4:3 format that will completely fill the TV screen. Shows shown in this format should completely fill the TV screen regardless of the aspect ratio format that has been chosen.
    • 4:3 format that needs to be cropped
      4:3 format that needs to be cropped
      Widescreen format that needs to be cropped
      Widescreen format that needs to be cropped
      Some shows will only fill the middle of the screen (there will be unused areas of the TV screen on the left and right sides as well as the top and bottom). Such shows may be in a shrunken 4:3 format or in a shrunken widescreen format. These shows will need to be cropped to properly fill the screen.
      • Image needs to be cropped to fit (or fill) TV screen properly
        Image needs to be cropped to fit (or fill) TV screen properly
        Choosing "cropped" option in on-screen menu
        Choosing "cropped" option in on-screen menu
        Cropped image properly fills screen
        Cropped image properly fills screen
        To ensure that the picture will always fill the TV screen relatively well for all channels, adjust the aspect ratio to "cropped" using the on-screen menu.
  • Enjoy watching TV!

  • Older TVs

    TV has VHF screw connectors instead of RF coaxial connector. A simple transformer (adapter) is needed
    TV has VHF screw connectors instead of RF coaxial connector. A simple transformer (adapter) is needed
    Older TVs and antennas that do not have RF an coaxial connectors but do have screw terminals, use transformer adapters. These simple transformers are available at stores like Radio Shack for about five dollars each.
    • Transformer that connects to TV screw connectors
      Transformer that connects to TV screw connectors
      Attach transformer to TV with a screwdriver
      Attach transformer to TV with a screwdriver
      Transformer connected to TV
      Transformer connected to TV
      Connected transformer needs to be connected to RC coaxial cable that also connects to te digital converter box TV RF OUT connection
      Connected transformer needs to be connected to RC coaxial cable that also connects to te digital converter box TV RF OUT connection
      Digital converter box connected to TV and antenna
      Digital converter box connected to TV and antenna
      One type of transformer will screw onto the TV VHF screw terminals and allow the RF coaxial cable to be connected to the TV and the digital converter box TV RF OUT connector. Connect this transformer to the TV with a screwdriver, then connect the RF coaxial cable to the connected transformer and to the digital converter box.
    • Transformer that connects to digital converter box and antenna
      Transformer that connects to digital converter box and antenna
      Antenna connected to transformer
      Antenna connected to transformer
      Transformer connected to digital converter box via adapter
      Transformer connected to digital converter box via adapter
      Digital converter box connected to antenna via transformer and to TV
      Digital converter box connected to antenna via transformer and to TV
      A different type of transformer fits onto the ANTENNA RF IN connection on the digital converter box, and allows an antenna with two screw connectors to be connected to the digital converter box. Connect the antenna to the transformer with a screwdriver, then push the transformer onto the digital converter box.


    Tips

    • If using a DVD player as well as a converter box, the DVD player and the converter box must be attached to separate connections on the TV. S-video, composite, and component connections are commonly found on DVD players.
      • Connections on back of DVD player
        Connections on back of DVD player
        DVD players often have a variety of types of connections.
      • Composite video and audio cables connected to DVD player
        Composite video and audio cables connected to DVD player
        If the converter box is connected to the TV with an RF coaxial cable, you can connect the DVD player to your TV with composite video and audio cables. You can also just connect the yellow video composite cable to the TV, and connect the red and white audio cables to a separate stereo system or powered speakers.
      • Component cable connections on back of TV (the top three are for component video, while the bottom two are for audio)
        Component cable connections on back of TV (the top three are for component video, while the bottom two are for audio)
        Many TVs have component cable connections. These provide excellent picture quality. Three cables are used solely for the video connection (unlike composite video, which only requires one video cable).
        • Component video cables and corresponding connections on back of DVD player
          Component video cables and corresponding connections on back of DVD player
          Component video cables consist of one green (Y) cable, one blue (PB) cable, and one red (PR) cable. Be sure not to connect the red (PR) component video cable to the red audio connector.
        • Component video cables hooked up to DVD player
          Component video cables hooked up to DVD player
          The component video cables are hooked up to the back of the DVD player and to the TV. Audio cables must also be hooked up for sound.
        • Component video and audio cables hooked up
          Component video and audio cables hooked up
          It is typical to hook up red and white audio cables with component video cables, but other types of audio connections can be used with the component video cables.
    • OPTICAL OUT audio connection on DVD player
      OPTICAL OUT audio connection on DVD player
      End of optical audio cable and connection on DVD player
      End of optical audio cable and connection on DVD player
      Many DVD players and speaker systems have OPTICAL audio connections that can be used in conjunction with composite or component video connections. This type of connection offers superior sound quality.
      • Optical audio and component video cables hooked up to DVD player
        Optical audio and component video cables hooked up to DVD player
        Configuration if using an optical audio cable and component video cables.
      • Optical audio and composite video hooked up to DVD player
        Optical audio and composite video hooked up to DVD player
        Configuration if using optical audio cable and composite video cable.
    • Cables can be connected to the TV in different configurations depending on how the TV is hooked up to the converter box, the DVD player, and a separate audio system (if used).
      • TV (as shown) is connected to converter box with a RF coaxial cable and to the DVD player with composite audio and video cables
        TV (as shown) is connected to converter box with a RF coaxial cable and to the DVD player with composite audio and video cables
        Configuration if converter box is connected to TV with RF coaxial cable and DVD player is connected to TV with composite audio and video cables.
      • TV (as shown) is connected to converter box with RF coaxial cable and to the DVD player with composite video cable. The audio from the DVD player is hooked up directly to a separate audio system (not shown)
        TV (as shown) is connected to converter box with RF coaxial cable and to the DVD player with composite video cable. The audio from the DVD player is hooked up directly to a separate audio system (not shown)
        Configuration if converter box is connected to TV with RF coaxial cable and DVD player is connected to TV with composite video cable. The audio from the DVD player is connected to separate audio system (not shown).
      • TV (as shown) is connected to converter box with RF coaxial cable and to the DVD player with component video cables and red and white speaker cables
        TV (as shown) is connected to converter box with RF coaxial cable and to the DVD player with component video cables and red and white speaker cables
        Configuration if converter box is connected to TV with RF coaxial cable and DVD player is connected to TV with component video and red and white audio cables.
      • TV (as shown) is connected to converter box with RF coaxial cable and to the DVD player with component video cables. The audio from the DVD player is hooked up directly to a separate audio system (not shown)
        TV (as shown) is connected to converter box with RF coaxial cable and to the DVD player with component video cables. The audio from the DVD player is hooked up directly to a separate audio system (not shown)
        Configuration if converter box is connected to TV with RF coaxial cable and DVD player is connected to the TV with component video cables. The audio from the DVD player is connected to separate audio system (not shown).
      • TV (as shown) is connected to converter box with composite audio and video, and the DVD player is connected to the TV with component audio and video
        TV (as shown) is connected to converter box with composite audio and video, and the DVD player is connected to the TV with component audio and video
        Configuration if the converter box is connected to the TV with composite audio and video cables (audio cables are red and white), and the DVD player is connected to TV with component video and red and white audio cables.


    Warnings

    • Electrical equipment such as converter boxes and antennas can cause electric shocks if not handled and installed properly.
    • Only full-power television stations are required to switch to digital over-the-air broadcast on February 17th, 2009. Many low-power, community television stations will continue to broadcast in analog, which several DTV converter boxes will be unable to pick up.


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