Free-to-air (FTA) services are
television Television (TV), sometimes shortened to tele or telly, is a telecommunication medium used for transmitting moving images in monochrome (black and white), or in color, and in two or three dimensions and sound. The term can refer to a te ...

(TV) and
radio Radio is the technology of signaling and telecommunication, communicating using radio waves. Radio waves are electromagnetic waves of frequency between 30 hertz (Hz) and 300 gigahertz (GHz). They are generated by an electronic device ...
services broadcast in clear (unencrypted) form, allowing any person with the appropriate receiving equipment to receive the signal and view or listen to the content without requiring a subscription, other ongoing cost, or one-off fee (e.g., Pay-per-view). In the traditional sense, this is carried on terrestrial radio signals and received with an antenna. FTA also refers to channels and broadcasters providing content for which no subscription is expected, even though they may be delivered to the viewer/listener by another carrier for which a subscription is required, e.g., Cable television, the
Internet The Internet (Capitalization of Internet, or internet) is the global system of interconnected computer networks that uses the Internet protocol suite (TCP/IP) to communicate between networks and devices. It is a ''network of networks'' t ...

, or
satellite In the context of spaceflight, a satellite is an object that has been intentionally placed into orbit. These objects are called artificial satellites to distinguish them from natural satellites such as Earth's Moon. On 4 October 1957 the Sovi ...
. These carriers may be mandated (or OPT) in some geographies to deliver FTA channels even if a premium subscription is not present (providing the necessary equipment is still available), especially where FTA channels are expected to be used for emergency broadcasts, similar to the 1-1-2 (112) emergency service provided by mobile phone operators and manufacturers. On the other side, free-to-view (FTV) is generally available without subscription, but it is digitally encoded and may be restricted geographically. Free-to-air is often used for international broadcasting, making it something of a video equivalent to shortwave radio. Most FTA retailers list free-to-air channel guides and content available in North America for free-to-air use.


Although commonly described as free, the cost of free-to-air services is met through various means: * Tax payer funding * with an enforced levy of a television licence, licence fee for transmission and production costs (e.g., the BBC) * with a voluntary donation for local transmission and production costs (e.g., PBS) * with commercial advertising for transmission and production costs and surplus revenues returned to the government (e.g., CBC Television/Télévision de Radio-Canada in Canada, Special Broadcasting Service, SBS in Australia and TVNZ in New Zealand) * Commercial sponsorship * Consumer products and services where part of the cost goes toward television advertising and sponsor (commercial), sponsorship (in the case of Japanese television broadcasters like TV Asahi and TV Tokyo which rely heavily on sponsorship, similar to Philippine broadcasters like ABS-CBN, TV5 (Philippines), TV5 and GMA Network, GMA)

Middle East


Up until 2012, Israel had several free-to-air channels. The major ones rating-wise: Channel 2 (Israel), Channel 2, Channel 10 (Israel), Channel 10, and Channel 1 (Israel), Channel 1. The other ones were: Israeli Educational Television, Educational, Channel 33 (Israel), Channel 33, and Knesset Channel, Knesset 99. Since 2018, Israel has several new free-to-air channels that replace their older counterparts. The major ones rating-wise: Channel 12 (Israel), Channel 12, Channel 13 (Israel), Channel 13, Kan 11, and Channel 20 (Israel), Channel 20. The other ones are: Kan Educational, Makan 33, and Knesset Channel.


South Africa

In 1971, the SABC was finally allowed to introduce a television service. Initially, the proposal was for two television channels, one in English and Afrikaans, aimed at white audiences, and another, known as TV Bantu, aimed at black viewers. However, when television was finally introduced, there was only one channel with airtime divided evenly between English and Afrikaans, alternating between the two languages. Test transmissions in Johannesburg began on 5 May 1975, followed in July by ones in Cape Town and Durban. Nationwide services finally commenced on 5 January 1976. In common with most of Western Europe, South Africa used the PAL system for colour television, being only the second terrestrial television service in sub-Saharan Africa to launch with a colour-only service, Zanzibar in Tanzania having introduced the first such service in 1973. (Tanzania itself did not establish a television service until the early 1990s, similarly concerned about the expense and perceived threat to cultural norms.) The Government, advised by SABC technicians, took the view that colour television would have to be available so as to avoid a costly migration from black-and-white broadcasting technology. Initially, the TV service was funded entirely through a licence fee as in the UK, charged at R36. However, advertising began on 1 January 1978. On 1 January 1982, two services were introduced, TV2 broadcasting in Zulu and Xhosa and TV3 broadcasting in Sotho and Tswana, aimed at a black urban audience. In 1985, a new service called TV4 was introduced, carrying sports and entertainment programming, using the channel shared by TV2 and TV3, which ended transmissions at 9:30 pm. In 1992, TV2, TV3 and TV4 were combined into a new service called CCV (Contemporary Community Values). A third channel was introduced known as TSS, or Topsport Surplus, Topsport being the brand name for the SABC's sport coverage, but this was replaced by NNTV (National Network TV), an educational, non-commercial channel, in 1994. The main channel, now called TV1, was divided evenly between English and Afrikaans, as before. It also became available in Walvis Bay, an enclave of South Africa in Namibia, which was itself then under South African administration, with a live feed of the channel broadcast via Intelsat being retransmitted on a local low-power repeater. In 1986, the SABC's monopoly was challenged by the launch of a subscription-based service known as M-Net, backed by a consortium of newspaper publishers on 1 October. However, as part of its licensing restrictions, it could not broadcast news programmes, which were still the preserve of the SABC, although M-Net started broadcasting a current affairs programme called Carte Blanche in 1988. As the state-controlled broadcaster, the SABC was accused of bias towards the apartheid regime, giving only limited coverage to opposition politicians.


Hong Kong

In Hong Kong, the largest and most dominant television channel, Television Broadcasts Limited, was the first free-to-air commercial television channel when it commenced broadcasting on 19 November 1967. It may also well be among the oldest and first station to broadcast over-the-air in East and Southeast Asia. ViuTV and RTHK TV started broadcasting in 2016.

India and South Asia

Around 600 FTA television channels and 180 Radio Channel are broadcast from ku-band and c-band transponders on the INSAT-4B and GSAT-15 satellite covering India, Pakistan, Bangladesh, Bhutan, Nepal, Sri Lanka and parts of Afghanistan, and Myanmar. In India, the channels are marketed as DD Direct Plus/ DD Free Dish by Doordarshan, India's national broadcaster and other Indian private broadcaster ABS Free Dish from the ABS2 satellite, one can receive free-to-air regional TV channels using small DTH antenna and freetoair set-top box.

South Korea

In Korea, Korean Broadcasting System, KBS, Munhwa Broadcasting Corporation, MBC (the 2 main public broadcasters), Seoul Broadcasting System, SBS (privately owned, but available for free to viewers), and Educational Broadcasting System, EBS (including both TV and
radio Radio is the technology of signaling and telecommunication, communicating using radio waves. Radio waves are electromagnetic waves of frequency between 30 hertz (Hz) and 300 gigahertz (GHz). They are generated by an electronic device ...
) are the free-to-air broadcasting stations. They dominate more than 80% of advertisement profits, according to the recent survey from the agency . Due to the recent government's decision, digital television service for all free-to-air networks would be scheduled before the year 2012, followed by the end of analog television broadcasting.



European countries have a tradition of most television services being free to air. Germany, in particular, receives in excess of 100 digital satellite TV channels free to air. Approximately half of the television channels on SES Astra's Astra 19.2°E, 19.2° east and Astra 28.2°E, 28.2° east satellite positions, and Eutelsat's Hot Bird (13° east) are free-to-air. A number of European channels which one might expect to be broadcast free-to-air - including many countries' national terrestrial broadcasters - do not do so ''via satellite'' for copyright reasons. (Rights to purchase programs for free-to-air broadcast, especially via satellite, are often higher in price than for encrypted broadcast.) The lack of FTA among public broadcasters are prevalent in countries whose broadcasters tend to use subtitles for foreign language programmes; although Spain's two public domestic channels, La Una and La Dos, are also encrypted despite dubbed foreign programmes being the norm in Spain. However, these channels usually provide a scheme to offer free, but encrypted, viewing with free-to-view broadcasts. Certain programming on Italy's RAI, and the majority of Dutch channels are covered by such schemes (although in the case of RAI some programming is transmitted without encryption where there are no copyright issues). In Austria, the main national networks broadcast free-to-view via satellite; however, all regional and some smaller channels are transmitted free-to-air, and the national public broadcaster, ORF (broadcaster), ORF, offers a special free-to-air channel which airs selected programming without (i.e. those without copyright issues) via satellite all over Europe. As Germany and Austria speak the same language and use the same satellite, Austrian viewers are able to receive about 120 free German-speaking channels from both countries. In general, all satellite radio in Europe is free to air, but the more conventional broadcast systems in use mean that SiriusXM style in-car reception is not possible. Cable and satellite distribution allow many more channels to carry sports, movies and specialist channels which are not broadcast as FTA. The viewing figures for these channels are generally much lower than the FTA channels.


Various European countries broadcast a large number of channels via free-to-air terrestrial television, terrestrial, generally as an analog PAL/SECAM transmission, digital DVB-T/DVB-T2, T2 or a combination of the two.


In Croatia eleven national channels are free-to-air: HRT 1, HRT 2, HRT 3, HRT 4 (Croatian Radiotelevision, HRT being national broadcaster), Nova TV (Croatia), Nova TV, Doma TV, RTL Televizija, RTL, RTL 2 (Croatia), RTL2, RTL Televizija, RTL Kockica, Croatian Music Channel, CMC and Sportska televizija, Sptv. There are around 21 local or regional channels. Until June 2020 all are transmitted via three Odašiljači i veze, OiV (state-owned public broadcasting company) DVB-T and one DVB-T2 (HEVC, HEVC/H.265) Multiplex (television), MUXes. As of June 2020 three DVB-T MUXes will be switched off and all eleven national channels will be distributed via two OiV DVB-T2 (HEVC/H.265) MUXes.


In Denmark, six channels are as of 2020 free-to-air, distributed via 18 main transmitter sites and 30 smaller, auxiliary transmitters. The six channels (DR1, DR2, DR Ramasjang, Folketinget, TV2 Regionerne, and sign language/local programme) come in one DVB-T2 Multiplex (television), multiplex.


In France, there are twenty six national television channels (MPEG-4 HD video) and 41 local television channels broadcast free-to-air via the TNT DVB-T service.


In Germany there are various free-to-air DVB-T services available, the number of which varies by region. Das Erste, ZDF, ZDFneo, ZDFinfo, 3sat, Arte, KiKA and Phoenix (German TV station), Phoenix are available throughout the country, in addition to at least one region-dependent channel which is provided by the regional ARD (broadcaster), ARD member. Additionally, ARD's EinsFestival, EinsPlus and tagesschau24 are variously available in some parts of the country, and various commercial channels are available in metropolitan areas.


In the Republic of Ireland, there are nine television channels and 11 radio channels broadcast free-to-air via the DVB-T Saorview service. Analog PAL versions of some of the channels were also broadcast until October 24, 2012, when all analogue television broadcasting was shut down.


In the Netherlands, 3 national public television channels NPO 1, NPO 2 and NPO 3, and 7 national public radio channels broadcast free-to-air via the DVB-T Digitenne service. The television and radio channels of the regional public broadcasters are also free-to-air via the DVB-T service.

United Kingdom

In the UK, around 108 free-to-air television channels and 30 free-to-air radio channels are available terrestrially via the Freeview DVB-T service. Seven HD channels are also broadcast via a public service broadcast multiplex and a commercial multiplex, both DVB-T2. The informal term "council telly" is sometimes used for free-to-air television in the UK, evoking a basic service accessible to all.

North America

There are a number of competing systems in use. Early adopters used C-band satellite dish, dishes several feet in diameter to receive analog microwave broadcasts, and later digital microwave broadcasts using the 3.7-4.2 Hertz, GHz band. Today, although large C-band dishes can still receive some content, the 11.7-12.2 GHz is also used. Ku-band signals can be received using smaller dishes, often as small as under a meter (3 feet, 3 inches) in diameter, allowing FTA satellite to be picked up from smaller spaces such as apartment balconies (note, however, that these dishes are not quite as small as those commonly used for commercial services such as Dish Network, DirecTV, Bell Satellite TV, Bell ExpressVu, Shaw Direct, etc. Dishes intended for those services may not deliver an adequate signal on Ku-band). The European-developed DVB-S and DVB-S2 standards are the most commonly used broadcast methods, with analog transmissions almost completely discontinued as of mid-2014. The most common North American sources for free-to-air DVB satellite television are: * NHK World-Japan, NHK World HD on Intelsat 9 (58°W) * Retro Television Network, Tuff TV on AMC-9, AMC 9 (83°W) * Louisiana Public Broadcasting, LPB Louisiana PBS channels LPBHD, LPB2, and LPB3 (Create) on SES-2, SES 2 (89°W) * NASA TV Multi-channel (NASA TV Public-Education, NASA Media, NASA TV UHD) on Horizons-1 (aka Galaxy 13) (127°W) * EWTN, Eternal Word Television Network on Galaxy 17 (91°W) * The Family Channel (American TV network, founded 2008), My Family TV, CGTN (TV channel), CGTN on Galaxy 3C (95°W). * AMGTV and BYU TV, BYU Television (BYUtv) on Galaxy 19 (97°W) * English and foreign language broadcasters RT (TV network), Samanyolu TV, Ebru TV, Islamic Republic of Iran News Network, IRINN, Al Jazeera English and more up-linked by GlobeCast World TV on Galaxy 19 (97°W) * Christian broadcasters such as The Word Network, Emmanuel TV, Daystar (TV network), Daystar Television Network, JUCE TV, JCTV, Trinity Broadcasting Network, Hillsong Channel, The Church Channel, Three Angels Broadcasting Network, 3ABN, Hope Channel, The Hope Channel, Amazing Facts Television, God's Learning Channel are broadcast from the Galaxy 19 (97°W) satellite for Glorystar and Spiritcast Satellite Systems TV. * Peace TV English and Peace TV Urdu language which are global Islamic channels, available on Galaxy 19 (97°W) * DoD News Channel, DoD News on AMC-1, AMC 1 (103°W) * Jewish Life Television on Galaxy 18 (123°W) * Montana PBS, Montana Public Broadcasting Service and other PBS Satellite Services on AMC-21, AMC 21 (125°W) * Classic Arts Showcase on Galaxy 17 (91°W) and EWTN, Eternal Word Television Network HD on Galaxy 15 (133°W) * American football, Football, basketball, baseball, association football, soccer, and ice hockey wildfeeds on various satellites * InfoWars and Alex Jones Show broadcasts from Austin, Texas, and creates free-to-air 24/7 content on Galaxy 16 99°W Most of these signals are carried by US satellites. There is little or no free Canadian DVB-S content available to users of medium-size dishes as much of the available Ku-band satellite bandwidth is occupied by Pay television, pay-TV operators Shaw Direct and Bell Satellite TV, although larger C-band dishes can pick up some content. FTA signals may be scattered across multiple satellites, requiring a motor or multiple Low-noise block downconverter, LNBs to receive everything. This differs from Europe, where FTA signals are commonly concentrated on a few specific satellites. Another difference between North American FTA and FTA in most of the rest of the world is that in North America, very few of the available signals are actually intended for home viewers or other end-users. Instead, they are generally intended for reception by local television stations, cable system headends, or other commercial users. While it is generally thought to be legal for home viewers to view such transmissions as long as they are not encrypted, this means that there are several unique challenges to viewing FTA signals, challenges not present in other areas of the world. Among these are: * No schedule information is provided with most of the signals, therefore satellite receivers cannot show a proper Electronic program guide (EPG). * Because many of these broadcasts are essentially point-to-point transmissions, the originators often do not follow any international standards when setting various identification fields in the data stream. This causes issues with receivers and software designed for use in other parts of the world, as they may assume that if a channel contains the same ID information as another channel, those are duplicate channels. This may be a valid assumption in other parts of the world, but is almost never valid for North American FTA signals. When such an assumption is made, during a "blind scan" the receiver or software will often fail to correctly insert one or more channels into its database, or it may overwrite previously scanned valid channels (including other channels on the same satellite) with invalid information picked up from another, more recently scanned channel. If the end user does not understand what is happening, they may assume that the receiver cannot receive certain channels or that it is defective, yet if the correct data for those channels can be manually entered, those channels may become receivable. This problem can be mitigated if receivers can be set to ignore channels that appear to be duplicates during a "blind scan", except when such channels are on exactly the same satellite and same transponder frequency (as might occur if the user rescans a previously-scanned satellite). * Channels tend to come and go, or change transmission formats, often without any prior notice other than to their intended recipients. This means that a working channel could suddenly disappear without warning, and may need to be rescanned to become receivable again, or it may be gone permanently. * Channels that are currently FTA can become scrambled (Encryption, encrypted) with no advance warning. A few channels tend to go back and forth between being "in the clear" (unscrambled) to scrambled at various times, but in most cases, once a channel is scrambled it stays scrambled. * Historically, it has appeared that broadcasters are more likely to scramble their signals when they become aware that home viewers and other "unauthorized" viewers are watching their signals. Therefore, those who know what signals are available may sometimes be reluctant to share that information in open forums. While sites exist that attempt to list currently viewable FTA signals, most of them are incomplete or do not contain current information. Such sites typically rely on reports of changes by viewers, and if viewers are reluctant to report new FTA signals for fear they might disappear, it becomes more of a challenge for such sites to maintain up-to-date listings. * What some would consider the most desirable signals, e.g. feeds from broadcast networks, are primarily only available on C-band, which requires a large dish (usually at least 6 feet/1.8 meters in diameter or more, although a few hobbyists have found it possible to receive some C-band signals using smaller dishes and high quality LNBs). Also some of those signals utilize high-bitrate formats that cannot be received by many older receivers, even if those receivers are capable of receiving digital signals, and such signals may require a larger than usual dish for adequate reception. In many areas, local zoning laws and/or homeowner associations forbid the placement of a large dish, therefore such dishes have fallen out of favor since commercial satellite services became widely available. Therefore, very few people have the capability to receive the C-band broadcasts. Another issue is that properly aiming a C-band dish is not something that a typical end-user would know how to do, since it tends to be a somewhat complex procedure (especially when a moveable dish is used with the intention of tracking the visible satellite arc in order to receive multiple satellites), and many of the installers that knew how to set up and correctly aim a C-band dish have exited the business. * While equipment and software is becoming available that allows home users to set up a backend system that can deliver received over-the-air ATSC standards, ATSC signals to several frontend systems (for example, a HDHomeRun, VBox Home TV Gateway or similar TV tuner, used with MythTV or Tvheadend, TVHeadEnd), a similar system for receiving FTA signals is considerably more difficult to set up. While PCI/PCIe tuner cards and USB tuners for DVB-S and DVB-S2 are available, there are often issues with drivers, or the cards may simply not be compatible with the backend software in use. Therefore, setting up such a system for FTA satellite reception tends to require considerably more technical knowledge, and a willingness to work through issues, than setting up such a system for receiving terrestrial signals. * Some syndicated programming is being sent as data, similar to the way a Video file format, video file might be sent over the
Internet The Internet (Capitalization of Internet, or internet) is the global system of interconnected computer networks that uses the Internet protocol suite (TCP/IP) to communicate between networks and devices. It is a ''network of networks'' t ...

. This means that the programming is not sent in a format that can be viewed in real time, as it is being received. Instead, the data must be captured to a Computer data storage, storage device and decoded for later use. Traditional satellite receivers and even many PC TV tuner card, tuner cards are not capable of receiving these signals, and even if you have a card capable of receiving such signals, you also need special software to find such data streams and when one is found, to extract the data stream and save it. The largest groups of end-users for Ku-band free-to-air signals were initially the ethnic-language communities, as often free ethnic-language programming would be sponsored by Multilingual American Communities and their broadcasters. Depending on language and origin of the individual signals, North America, North American ethnic-language TV is a mix of Pay television, pay-TV, free-to-air and DBS operations. Today, many American broadcasters send a multitude of programming channels in many languages, spanning many new channels, so they can get National support, which ultimately leads to carriage by Cable television, cable systems, to additionally support the high costs of broadcasting signals in this way. Nevertheless, free-to-air satellite TV is a viable addition to home video systems, not only for the reception of specialized content but also for use in locations where terrestrial ATSC standards, ATSC over-the-air reception is incomplete and additional channels are desired.



Australia has five major free-to-air networks: Australian Broadcasting Corporation (ABC), Seven Network, Nine Network, Network 10, and Special Broadcasting Service (SBS). Traditionally each network had only a single channel in a geographic area, though with the advent of digital television each network now has SD video, SD multichannels 7two, 7mate, 7flix, 9Go!, 9Gem, 9Life, 9Rush, 10 Bold, 10 Peach, 10 Shake, SBS Viceland, SBS World Movies and SBS Food respectively, and one High-definition television, HD networks simulcasting ABC HD (Australian TV channel), ABC HD, 7HD, 9HD, 10 HD and SBS HD respectively. With the exception of SBS, each commercial broadcaster also has one SD datacasting channel: Racing.com, RACING.COM, TVSN and Spree TV respectively; SBS instead broadcasts National Indigenous Television, NITV free-to-air. The ABC is exempt from the policy limiting the number of multichannels, and currently runs three SD channels ABC TV (Australian TV network), ABC TV, ABC TV Plus, ABC ME, ABC News (Australian TV channel), ABC News, and a primary channel which is simulcast on both analogue and digital. ABC and SBS channels are available across Australia; outside the major capital cities, regional affiliates provide channels that are essentially identical to the metropolitan commercial channels. In addition, Community television in Australia, community television provides one channel in some major cities. Australia's two main Public Broadcasting, public broadcasters, the ABC and SBS, along with the digital-only multichannels ABC TV Plus, ABC ME and SBS Viceland, are both available free-to-air on the Optus D1 satellite. Viewers in remote parts of Australia could also access Seven Central and Imparja Television, or WIN WA and GWN7 in Western Australia, through the DVB-S free-to-view Optus Aurora service, which was replaced in December 2013 with the DVB-S2 free-to-view Optus Viewer Access Satellite Television, VAST service. Other satellite-only channels such as Expo Channel, Expo, Press TV and Al Jazeera English are available free-to-air on various satellites.

New Zealand

New Zealand has a number of FTA broadcasters such as Television New Zealand's TVNZ 1 and TV2 (New Zealand), TV2, as well as MediaWorks New Zealand's TV3 (New Zealand), TV3 and C4 (TV channel), FOUR, Sky Network Television's Prime Television New Zealand, Prime and the government subsidised the Māori Television and Te Reo (TV channel), Te Reo channels. Four channels, TV One, TV2, TV3, FOUR are also broadcast timeshifted by +1 hour on Freeview and Sky platforms. A broadcast of parliament and a number of local channels, such as Cue TV are also available. Local stations such as Canterbury Television, CTV and Face TV (previously Triangle TV) were free-to-air analogue PAL transmissions prior to CTV migrating to the free-to-air digital DVB-T service and Face TV's terrestrial free-to-air service shutoff from December 2013. A digital terrestrial version of Freeview was launched in 2008, which, unlike the analogue and free-to-air satellite options, supports high-definition television, high-definition broadcasts for TV One, 2 and 3.

South America


In Brazil the main FTA satellite is the Star One C2, it holds approximately 22 C-band analog channels, including all major networks like Rede Globo, Sistema Brasileiro de Televisão, SBT, Rede Record, Record, RedeTV!, Rede Bandeirantes, Band and others, and 5 digital HDTV channels.+itv 1

See also

*FTA receiver, equipment for receiving free-to-air broadcasts *Free-to-view *Pay television *Satellite dish *Satellite television *Set-top box


External links

Free to air TV channelsOfficial Guide to FTA TV channels on Astra satellites
Free-to-air, Satellite television Television terminology