The World Factbook. 2008.
Telephone system
| Country | Telephone system |
| Afghanistan | general assessment: limited landline telephone service; an increasing number of Afghans utilize mobile-cellular phone networks in major cities domestic: aided by the presence of multiple providers, mobile-cellular telephone service is improving rapidly international: country code – 93; five VSAT’s installed in Kabul, Herat, Mazar-e-Sharif, Kandahar, and Jalalabad provide international and domestic voice and data connectivity (2007) |
| Albania | general assessment: despite new investment in fixed lines, the density of main lines remains low with roughly 10 lines per 100 people; however, cellular telephone use is widespread and generally effective; combined fixed line and mobile telephone density is approximately 60 telephones per 100 persons domestic: offsetting the shortage of fixed line capacity, mobile phone service has been available since 1996; by 2003 two companies were providing mobile services at a greater density than some of Albania’s Balkan neighbors; Internet broadband services initiated in 2005; internet cafes are popular in Tirana and have started to spread outside the capital international: country code – 355; submarine cable provides connectivity to Italy, Croatia, and Greece; the Trans-Balkan Line, a combination submarine cable and land fiber optic system, provides additional connectivity to Bulgaria, Macedonia, and Turkey; international traffic carried by fiber-optic cable and, when necessary, by microwave radio relay from the Tirana exchange to Italy and Greece (2007) |
| Algeria | general assessment: a weak network of fixed-main lines, which remains low at less than 10 telephones per 100 persons, is partially offset by the rapid increase in mobile cellular subscribership; in 2006, combined fixed-line and mobile telephone density surpassed 70 telephones per 100 persons domestic: privatization of Algeria’s telecommunications sector began in 2000; three mobile cellular licenses have been issued and, in 2005, a consortium led by Egypt’s Orascom Telecom won a 15-year license to build and operate a fixed-line network in Algeria; the license will allow Orascom to develop high-speed data and other specialized services and contribute to meeting the large unfulfilled demand for basic residential telephony; internet broadband services began in 2003 with approximately 200,000 subscribers in 2006 international: country code – 213; landing point for the SEA-ME-WE-4 fiber- optic submarine cable system that provides links to Europe, the Middle East and Asia; microwave radio relay to Italy, France, Spain, Morocco, and Tunisia; coaxial cable to Morocco and Tunisia; participant in Medarabtel; satellite earth stations – 51 (Intelsat, Intersputnik, and Arabsat) (2007) |
| American Samoa | general assessment: NA domestic: good telex, telegraph, facsimile and cellular telephone services; domestic satellite system with 1 Comsat earth station international: country code – 1-684; satellite earth station – 1 (Intelsat-Pacific Ocean) |
| Andorra | general assessment: NA domestic: modern system with microwave radio relay connections between exchanges international: country code – 376; landline circuits to France and Spain |
| Angola | general assessment: system inadequate; fewer than one fixed-line per 100 persons; combined fixed line and mobile telephone density approached 20 telephones per 100 persons in 2006 domestic: state-owned telecom had monopoly for fixed-lines until 2005; demand outstripped capacity and prices were high and services poor; Telecom Namibia, through an Angolan company, became the first private licensed operator in Angola’s fixed-line telephone network; Angola Telecom established mobile-cellular service in Luanda in 1993 and the network has been extended to larger towns; a privately-owned, mobile-cellular service provider began operations in 2001 international: country code – 244; landing point for the SAT-3/WASC fiber-optic submarine cable that provides connectivity to Europe and Asia; satellite earth stations – 29 (2007) |
| Anguilla | general assessment: NA domestic: modern internal telephone system international: country code – 1-264; landing point for the East Caribbean Fiber System (ECFS) optic submarine cable with links to 13 other islands in the eastern Caribbean extending from the British Virgin Islands to Trinidad; microwave radio relay to island of Saint Martin (Guadeloupe and Netherlands Antilles) (2007) |
| Antarctica | general assessment: local systems at some research stations domestic: commercial cellular networks operating in a small number of locations international: country code – 672; via satellite (including mobile Inmarsat and Iridium systems) from all research stations, ships, aircraft, and most field parties (2001) |
| Antigua and Barbuda | general assessment: NA domestic: good automatic telephone system international: country code – 1-268; landing point for the East Caribbean Fiber System (ECFS) optic submarine cable with links to 13 other islands in the eastern Caribbean extending from the British Virgin Islands to Trinidad; satellite earth station – 2; tropospheric scatter to Saba (Netherlands Antilles) and Guadeloupe (2007) |
| Argentina | general assessment: by opening the telecommunications market to competition and foreign investment with the “Telecommunications Liberalization Plan of 1998,” Argentina encouraged the growth of modern telecommunications technology; fiber-optic cable trunk lines are being installed between all major cities; the major networks are entirely digital and the availability of telephone service is improving; fixed-line telephone density is gradually increasing reaching nearly 25 lines per 100 people in 2006; mobile telephone density has been increasing rapidly and has reached a level of 80 telephones per 100 persons domestic: microwave radio relay, fiber-optic cable, and a domestic satellite system with 40 earth stations serve the trunk network; more than 110,000 pay telephones are installed and mobile telephone use is rapidly expanding; broadband services are gaining ground international: country code – 54; landing point for the Atlantis-2, UNISUR, and South America-1 optical submarine cable systems that provide links to Europe, Africa, South and Central America, and US; satellite earth stations – 112; 2 international gateways near Buenos Aires (2007) |
| Armenia | general assessment: telecommunications investments have made major inroads in modernizing and upgrading the outdated telecommunications network inherited from the Soviet era; now 100% privately owned and undergoing modernization and expansion; mobile-cellular services monopoly terminated in late 2004 and a second provider began operations in mid-2005 domestic: reliable modern landline and mobile-cellular services are available across Yerevan in major cities and towns; significant, but ever-shrinking gaps remain in mobile-cellular coverage in rural areas international: country code – 374; Yerevan is connected to the Trans-Asia-Europe fiber-optic cable through Iran; additional international service is available by microwave radio relay and landline connections to the other countries of the Commonwealth of Independent States and through the Moscow international switch and by satellite to the rest of the world; satellite earth stations – 3 (2007) |
| Aruba | general assessment: modern fully automatic telecommunications system domestic: increased competition through privatization; 3 wireless service providers are now licensed international: country code – 297; landing site for the PAN-AM submarine telecommunications cable system that extends from the US Virgin Islands through Aruba to Venezuela, Colombia, Panama, and the west coast of South America; extensive interisland microwave radio relay links (2007) |
| Australia | general assessment: excellent domestic and international service domestic: domestic satellite system; much use of radiotelephone in areas of low population density; rapid growth of mobile cellular telephones international: country code – 61; landing point for the SEA-ME-WE-3 optical telecommunications submarine cable with links to Asia, the Middle East, and Europe; the Southern Cross fiber optic submarine cable provides links to New Zealand and the United States; satellite earth stations – 19 (10 Intelsat – 4 Indian Ocean and 6 Pacific Ocean, 2 Inmarsat – Indian and Pacific Ocean regions, 2 Globalstar, 5 other) (2007) |
| Austria | general assessment: highly developed and efficient domestic: fixed-line subscribership has been in decline since the mid-1990s with mobile-cellular subscribership elipsing it by the late 1990s; the fiber-optic net is very extensive; all telephone applications and Internet services are available international: country code – 43; satellite earth stations – 15; in addition, there are about 600 VSATs (very small aperture terminals) (2007) |
| Azerbaijan | general assessment: inadequate; requires considerable expansion and modernization; teledensity of 15 main lines per 100 persons is low; mobile cellular penetration is increasing and is currently about 40 telephones per 100 persons domestic: fixed-line telephony and a broad range of other telecom services are controlled by a state-owned telecoms monopoly and growth has been stagnant; more competition exists in the mobile-cellular market with three providers in 2006; satellite service connects Baku to a modern switch in its exclave of Naxcivan international: country code – 994; the old Soviet system of cable and microwave is still serviceable; satellite earth stations – 2 (2007) |
| Bahamas, The | general assessment: modern facilities domestic: totally automatic system; highly developed; the Bahamas Domestic Submarine Network links 14 of the islands and is designed to satisfy increasing demand for voice and broadband internet services international: country code – 1-242; landing point for the Americas Region Caribbean Ring System (ARCOS-1) fiber-optic submarine cable that provides links to South and Central America, parts of the Caribbean, and the US; satellite earth station – 2 (2007) |
| Bahrain | general assessment: modern system domestic: modern fiber-optic integrated services; digital network with rapidly growing use of mobile-cellular telephones international: country code – 973; landing point for the Fiber-Optic Link Around the Globe (FLAG) submarine cable network that provides links to Asia, Middle East, Europe, and US; tropospheric scatter to Qatar and UAE; microwave radio relay to Saudi Arabia; satellite earth stations – 1 (2007) |
| Bangladesh | general assessment: totally inadequate for a modern country; fixed-line telephone density of less than 1 per 100 persons; mobile-cellular telephone density of 13 per 100 persons domestic: modernizing; introducing digital systems; trunk systems include VHF and UHF microwave radio relay links, and some fiber-optic cable in cities international: country code – 880; landing point for the SEA-ME-WE-4 fiber-optic submarine cable system that provides links to Europe, the Middle East and Asia; satellite earth stations – 6; international radiotelephone communications and landline service to neighboring countries (2007) |
| Barbados | general assessment: fixed-line teledensity of roughly 50 per 100 persons; mobile-cellular telephone density of 75 per 100 persons domestic: island-wide automatic telephone system international: country code – 1-246; landing point for the East Caribbean Fiber System (ECFS) optic submarine cable with links to 13 other islands in the eastern Caribbean extending from the British Virgin Islands to Trinidad; satellite earth stations – 1 (Intelsat -Atlantic Ocean); tropospheric scatter to Trinidad and Saint Lucia (2007) |
| Belarus | general assessment: Belarus lags behind its neighbors in upgrading telecommunications infrastructure; state-owned Beltelcom is the sole provider of fixed-line local and long distance service; fixed-line teledensity of 33 per 100 persons; mobile-cellular telephone density of 58 per 100 persons; modernization of the network progressing with roughly two-thirds of switching equipment now digital domestic: fixed-line penetration is improving although rural areas continue to be underserved; 4 GSM wireless networks are experiencing rapid growth; strict government controls on telecommunications technologies international: country code – 375; Belarus is a member of the Trans-European Line (TEL), Trans-Asia-Europe (TAE) fiber-optic line, and has access to the Trans-Siberia Line (TSL); 3 fiber-optic segments provide connectivity to Latvia, Poland, Russia, and Ukraine; worldwide service is available to Belarus through this infrastructure; additional analog lines to Russia; Intelsat, Eutelsat, and Intersputnik earth stations (2007) |
| Belgium | general assessment: highly developed, technologically advanced, and completely automated domestic and international telephone and telegraph facilities domestic: nationwide cellular telephone system; extensive cable network; limited microwave radio relay network international: country code – 32; landing point for a number of submarine cables that provide links to Europe, the Middle East, and Asia; satellite earth stations – 7 (Intelsat – 3) (2007) |
| Belize | general assessment: above-average system; fixed-line teledensity of 12 per 100 persons; mobile-cellular telephone density of about 40 per 100 persons domestic: trunk network depends primarily on microwave radio relay international: country code – 501; landing point for the Americas Region Caribbean Ring System (ARCOS-1) fiber-optic telecommunications submarine cable that provides links to South and Central America, parts of the Caribbean, and the US; satellite earth station – 8 (Intelsat – 2, unknown – 6) (2007) |
| Benin | general assessment: inadequate; fixed-line network is almost saturated with fixed-line teledensity stuck at a meager 1 per 100 persons; mobile-cellular telephone subscribership is increasing domestic: fair system of open-wire, microwave radio relay, and cellular connections; four mobile-cellular providers international: country code – 229; landing point for the SAT-3/WASC fiber-optic submarine cable that provides connectivity to Europe and Asia; satellite earth station – 7 (Intelsat-Atlantic Ocean) (2007) |
| Bermuda | general assessment: good domestic: fully automatic digital telephone system; fiber-optic trunk lines international: country code – 1-441; landing point for the Atlantica-1 telecommunications submarine cable that extends from the US to Brazil; satellite earth stations – 3 (2007) |
| Bhutan | general assessment: urban towns and district headquarters have telecommunications services domestic: very low teledensity; domestic service is very poor especially in rural areas; wireless service available since 2003 international: country code – 975; international telephone and telegraph service via landline and microwave relay through India; satellite earth station – 1 Intelsat (2007) |
| Bolivia | general assessment: privatization beginning in 1995; reliability has steadily improved; new subscribers face bureaucratic difficulties; most telephones are concentrated in La Paz and other cities; mobile- cellular telephone use expanding rapidly; fixed-line teledensity of 7 per 100 persons; mobile-cellular telephone density of 27 per 100 persons domestic: primary trunk system, which is being expanded, employs digital microwave radio relay; some areas are served by fiber-optic cable; mobile cellular systems are being expanded international: country code – 591; satellite earth station – 1 Intelsat (Atlantic Ocean) (2007) |
| Bosnia and Herzegovina | general assessment: telephone and telegraph network needs modernization and expansion; many urban areas are below average as contrasted with services in other former Yugoslav republics domestic: fixed-line teledensity is roughly 20 per 100 persons; mobile-cellular telephone density is about 22 per 100 persons international: country code – 387; no satellite earth stations (2006) |
| Botswana | general assessment: the system is expanding with the growth of mobile-cellular service and participation in regional development; system is fully digital with fiber-optic cables linking the major population centers in the east; fixed-line connections declined in recent years and now stand at 8 per 100 persons; mobile-cellular telephone density currently is about 60 per 100 persons domestic: small system of open-wire lines, microwave radio relay links, and a few radiotelephone communication stations; mobile-cellular service is growing fast international: country code – 267; international calls are made via satellite, using international direct dialing; 2 international exchanges; digital microwave radio relay links to Namibia, Zambia, Zimbabwe, and South Africa; satellite earth station – 1 Intelsat (Indian Ocean) (2007) |
| Brazil | general assessment: good working system; fixed-line connections have remained relatively stable in recent years and stand at about 20 per 100 persons; mobile-cellular telephone density has risen to nearly 55 per 100 persons domestic: extensive microwave radio relay system and a domestic satellite system with 64 earth stations; mobile-cellular usage has more than tripled in the past 5 years international: country code – 55; landing point for a number of submarine cables that provide direct links to South and Central America, the Caribbean, the US, Africa, and Europe; satellite earth stations – 3 Intelsat (Atlantic Ocean), 1 Inmarsat (Atlantic Ocean region east), connected by microwave relay system to Mercosur Brazilsat B3 satellite earth station (2007) |
| British Indian Ocean Territory | general assessment: separate facilities for military and public needs are available domestic: all commercial telephone services are available, including connection to the Internet international: country code (Diego Garcia) – 246; international telephone service is carried by satellite (2000) |
| British Virgin Islands | general assessment: worldwide telephone service domestic: NA international: country code – 1-284; connected via submarine cable to Bermuda; the East Caribbean Fiber System (ECFS) optic submarine cable provides connectivity to 13 other islands in the eastern Caribbean (2007) |
| Brunei | general assessment: service throughout the country is excellent; international service is good to Southeast Asia, Middle East, Western Europe, and the US domestic: every service available international: country code – 673; landing point for the SEA-ME-WE-3 optical telecommunications submarine cable that provides links to Asia, the Middle East, and Europe; the Asia-America Gateway submarine cable network, scheduled for completion by late 2008, will provide new links to Asia and the US; satellite earth stations – 2 Intelsat (1 Indian Ocean and 1 Pacific Ocean) (2007) |
| Bulgaria | general assessment: an extensive but antiquated telecommunications network inherited from the Soviet era; quality has improved; the Bulgaria Telecommunications Company’s fixed-line monopoly terminated in 2005 when alternative fixed-line operators were given access to its network; a drop in fixed-line connections in recent years has been offset by a sharp increase in mobile-cellular telephone use fostered by multiple service providers domestic: a fairly modern digital cable trunk line now connects switching centers in most of the regions; the others are connected by digital microwave radio relay international: country code – 359; submarine cable provides connectivity to Ukraine and Russia; a combination submarine cable and land fiber-optic system provides connectivity to Italy, Albania, and Macedonia; satellite earth stations – 1 Intersputnik (Atlantic Ocean region); 2 Intelsat (Atlantic and Indian Ocean regions) (2007) |
| Burkina Faso | general assessment: services only fair; in 2006 the government sold a 51 percent stake in the national telephone company and ultimately plans to retain only a 23 percent stake in the company; fixed-line connections stand at less than 1 per 100 persons; mobile-cellular usage, fostered by multiple providers, is increasing rapidly from a low base domestic: microwave radio relay, open-wire, and radiotelephone communication stations international: country code – 226; satellite earth station – 1 Intelsat (Atlantic Ocean) (2007) |
| Burma | general assessment: meets minimum requirements for local and intercity service for business and government; international service is good domestic: system capable of providing basic service; cellular mobile phone system functions more efficiently than traditional lines international: country code – 95; landing point for the SEA-ME-WE-3 optical telecommunications submarine cable that provides links to Asia, the Middle East, and Europe; satellite earth stations – 2, Intelsat (Indian Ocean), and ShinSat (2007) |
| Burundi | general assessment: primitive system; telephone density one of the lowest in the world; fixed-line connections stand at well less than 1 per 100 persons; mobile-cellular usage is increasing but remains at a meager 2 per 100 persons domestic: sparse system of open-wire, radiotelephone communications, and low-capacity microwave radio relay international: country code – 257; satellite earth station – 1 Intelsat (Indian Ocean) (2007) |
| Cambodia | general assessment: mobile-phone systems are widely used in urban areas to bypass deficiencies in the fixed-line network; fixed-line connections stand at well less than 1 per 100 persons; mobile-cellular usage, aided by increasing competition among service providers, is increasing and stands at about 8 per 100 persons domestic: adequate landline and/or cellular service in Phnom Penh and other provincial cities; mobile-phone coverage is rapidly expanding in rural areas international: country code – 855; adequate but expensive landline and cellular service available to all countries from Phnom Penh and major provincial cities; satellite earth station – 1 Intersputnik (Indian Ocean region) (2007) |
| Cameroon | general assessment: fixed-line connections stand at less than 1 per 100 persons; equipment is old and outdated, and connections with many parts of the country are unreliable; mobile-cellular usage, in part a reflection of the poor condition and general inadequacy of the fixed-line network, has been increasing steadily and currently stands at 14 per 100 persons domestic: cable, microwave radio relay, and tropospheric scatter international: country code – 237; landing point for the SAT-3/WASC fiber-optic submarine cable that provides connectivity to Europe and Asia; satellite earth stations – 2 Intelsat (Atlantic Ocean) (2007) |
| Canada | general assessment: excellent service provided by modern technology domestic: domestic satellite system with about 300 earth stations international: country code – 1; submarine cables provide links to the US and Europe; satellite earth stations – 5 Intelsat (4 Atlantic Ocean and 1 Pacific Ocean) and 2 Intersputnik (Atlantic Ocean region) (2007) |
| Cape Verde | general assessment: effective system, extensive modernization from 1996-2000 following partial privatization in 1995 domestic: major service provider is Cabo Verde Telecom (CVT); fiber-optic ring, completed in 2001, links all islands providing Internet access and ISDN services; cellular service introduced in 1998; broadband services launched in 2004 international: country code – 238; landing point for the Atlantis-2 fiber-optic transatlantic telephone cable that provides links to South America, Senegal, and Europe; HF radiotelephone to Senegal and Guinea-Bissau; satellite earth station – 1 Intelsat (Atlantic Ocean) (2007) |
| Cayman Islands | general assessment: reasonably good system domestic: liberalization of telecom market in 2003; introduction of competition in the mobile-cellular market in 2004 international: country code – 1-345; landing point for the MAYA-1 submarine telephone cable network that provides links to the US and parts of Central and South America; submarine cable provides connectivity to Jamaica; satellite earth station – 1 Intelsat (Atlantic Ocean) (2007) |
| Central African Republic | general assessment: limited telephone service; fixed-line connections for well less than 1 per 100 persons coupled with mobile-cellular usage of only about 3 per 100 persons domestic: network consists principally of microwave radio relay and low-capacity, low-powered radiotelephone communication international: country code – 236; satellite earth station – 1 Intelsat (Atlantic Ocean) (2007) |
| Chad | general assessment: primitive system with high costs and low telephone density domestic: fair system of radiotelephone communication stations international: country code – 235; satellite earth station – 1 Intelsat (Atlantic Ocean) (2007) |
| Chile | general assessment: privatization began in 1988; advanced telecommunications infrastructure; modern system based on extensive microwave radio relay facilities; fixed-line connections have dropped in recent years as mobile-cellular usage continues to increase, reaching a level of 75 telephones per 100 persons domestic: extensive microwave radio relay links; domestic satellite system with 3 earth stations international: country code – 56; submarine cables provide links to the US and to Central and South America; satellite earth stations – 2 Intelsat (Atlantic Ocean) (2007) |
| China | general assessment: domestic and international services are increasingly available for private use; unevenly distributed domestic system serves principal cities, industrial centers, and many towns; China continues to develop its telecommunications infrastructure, and is partnering with foreign providers to expand its global reach; 3 of China’s 6 major telecommunications operators are part of an international consortium which, in December 2006, signed an agreement with Verizon Business to build the first next-generation fiber optic submarine cable system directly linking the US mainland and China domestic: interprovincial fiber-optic trunk lines and cellular telephone systems have been installed; mobile-cellular subscribership is increasing rapidly; the number of internet users reached 162 million in 2007; a domestic satellite system with 55 earth stations is in place international: country code – 86; a number of submarine cables provide connectivity to Asia, the Middle East, Europe, and the US; satellite earth stations – 5 Intelsat (4 Pacific Ocean and 1 Indian Ocean), 1 Intersputnik (Indian Ocean region) and 1 Inmarsat (Pacific and Indian Ocean regions) (2007) |
| Christmas Island | general assessment: service provided by the Australian network domestic: GSM mobile telephone service replaced older analog system in February 2005 international: country code – 61-8; satellite earth stations – 1 INTELSAT earth station provides telephone and telex service (2005) |
| Cocos (Keeling) Islands | general assessment: connected within Australia’s telecommunication system domestic: NA international: country code – 61; telephone, telex, and facsimile communications with Australia and elsewhere via satellite; 1 INTELSAT satellite earth station (2001) |
| Colombia | general assessment: modern system in many respects; telecommunications sector liberalized during the 1990s; multiple providers of both fixed-line and mobile-cellular services; fixed-line connections stand at about 18 per 100 persons; mobile cellular usage is about 70 per 100 persons domestic: nationwide microwave radio relay system; domestic satellite system with 41 earth stations; fiber-optic network linking 50 cities international: country code – 57; submarine cables provide links to the US, parts of the Caribbean, and Central and South America; satellite earth stations – 6 Intelsat, 1 Inmarsat; 3 fully digitalized international switching centers (2007) |
| Comoros | general assessment: sparse system of microwave radio relay and HF radiotelephone communication stations; fixed-line connections only about 2 per 100 persons; mobile cellular usage about 2 per 100 persons domestic: HF radiotelephone communications and microwave radio relay international: country code – 269; HF radiotelephone communications to Madagascar and Reunion |
| Congo, Democratic Republic of the | general assessment: Inadequate; state-owned fixed-line operator has been unable to expand fixed-line connections and there are now fewer than 10,000 connections; given the backdrop of a wholly inadequate fixed-line infrastructure, the use of cellular services has surged and subscribership now exceeds 4 million – roughly 7 per 100 persons domestic: barely adequate wire and microwave radio relay service in and between urban areas; domestic satellite system with 14 earth stations international: country code – 243; satellite earth station – 1 Intelsat (Atlantic Ocean) (2007) |
| Congo, Republic of the | general assessment: services barely adequate for government use; key exchanges are in Brazzaville, Pointe-Noire, and Loubomo; intercity lines frequently out of order; fixed-line infrastructure inadequate providing less than 1 connection per 100 persons; mobile-cellular subscribership has surged reaching 16 per 100 persons domestic: primary network consists of microwave radio relay and coaxial cable international: country code – 242; satellite earth station – 1 Intelsat (Atlantic Ocean) |
| Cook Islands | general assessment: Telecom Cook Islands offers international direct dialing, Internet, email, fax, and Telex domestic: the individual islands are connected by a combination of satellite earth stations, microwave systems, and VHF and HF radiotelephone; within the islands, service is provided by small exchanges connected to subscribers by open-wire, cable, and fiber-optic cable international: country code – 682; satellite earth station – 1 Intelsat (Pacific Ocean) |
| Costa Rica | general assessment: good domestic telephone service in terms of breadth of coverage; restricted cellular telephone service; state-run monopoly provider is struggling with the demand for new lines, resulting in long waiting times domestic: point-to-point and point-to-multi-point microwave, fiber-optic, and coaxial cable link rural areas; Internet service is available international: country code – 506; landing point for the Americas Region Caribbean Ring System (ARCOS-1) fiber-optic telecommunications submarine cable and the MAYA-1 submarine cable that provide links to South and Central America, parts of the Caribbean, and the US; connected to Central American Microwave System; satellite earth stations – 2 Intelsat (Atlantic Ocean) (2007) |
| Cote d’Ivoire | general assessment: well developed by African standards; telecommunications sector privatized in late 1990s; mobile cellular usage has increased to 23 per 100 persons; fixed-line connections stand at about 2 per 100 persons domestic: open-wire lines and microwave radio relay; 90% digitalized international: country code – 225; landing point for the SAT-3/WASC fiber-optic submarine cable that provides connectivity to Europe and Asia; satellite earth stations – 2 Intelsat (1 Atlantic Ocean and 1 Indian Ocean) (2007) |
| Croatia | general assessment: the telecommunications network has improved steadily since the mid-1990s; the number of fixed telephone lines has increased to about 40 per 100 persons; virtually 100 mobile cellular telephones per 100 persons domestic: more than 90 percent of local lines are digital international: country code – 385; digital international service is provided through the main switch in Zagreb; Croatia participates in the Trans-Asia-Europe (TEL) fiber-optic project, which consists of 2 fiber-optic trunk connections with Slovenia and a fiber-optic trunk line from Rijeka to Split and Dubrovnik; the ADRIA-1 submarine cable provides connectivity to Albania and Greece (2007) |
| Cuba | general assessment: greater investment beginning in 1994 and the establishment of a new Ministry of Information Technology and Communications in 2000 has resulted in improvements in the system; wireless service is expensive and must be paid in convertible pesos which effectively limits mobile cellular subscribership domestic: national fiber-optic system under development; 95% of switches digitized by end of 2006; fixed telephone line density remains low, at less than 10 per 100 inhabitants; domestic cellular service expanding but remains at only about 2 per 100 persons international: country code – 53; fiber-optic cable laid to but not linked to US network; satellite earth station – 1 Intersputnik (Atlantic Ocean region) |
| Cyprus | general assessment: excellent in both area under government control and area administered by Turkish Cypriots domestic: open-wire, fiber-optic cable, and microwave radio relay international: country code – 357 (area administered by Turkish Cypriots uses the country code of Turkey – 90); a number of submarine cables, including the SEA-ME-WE-3, combine to provide connectivity to Western Europe, the Middle East, and Asia; tropospheric scatter; satellite earth stations – 3 Intelsat (1 Atlantic Ocean and 2 Indian Ocean), 2 Eutelsat, 2 Intersputnik, and 1 Arabsat |
| Czech Republic | general assessment: privatization and modernization of the Czech telecommunication system got a late start but is advancing steadily; access to the fixed-line telephone network expanded throughout the 1990s; mobile telephone usage increased sharply beginning in the mid-1990s and there are now about 120 mobile telephones per 100 persons domestic: 93% of exchanges now digital; existing copper subscriber systems enhanced with Asymmetric Digital Subscriber Line (ADSL) equipment to accommodate Internet and other digital signals; trunk systems include fiber-optic cable and microwave radio relay international: country code – 420; satellite earth stations – 2 Intersputnik (Atlantic and Indian Ocean regions), 1 Intelsat, 1 Eutelsat, 1 Inmarsat, 1 Globalstar (2007) |
| Denmark | general assessment: excellent telephone and telegraph services domestic: buried and submarine cables and microwave radio relay form trunk network, 4 cellular mobile communications systems international: country code – 45; a series of fiber-optic submarine cables link Denmark with Canada, Faroe Islands, Germany, Iceland, Netherlands, Norway, Poland, Russia, Sweden, and UK; satellite earth stations – 6 Intelsat, 10 Eutelsat, 1 Orion, 1 Inmarsat (Blaavand-Atlantic-East); note – the Nordic countries (Denmark, Finland, Iceland, Norway, and Sweden) share the Danish earth station and the Eik, Norway, station for worldwide Inmarsat access |
| Djibouti | general assessment: telephone facilities in the city of Djibouti are adequate, as are the microwave radio relay connections to outlying areas of the country domestic: microwave radio relay network; mobile cellular coverage is limited to the area in and around Djibouti city international: country code – 253; landing point for the SEA-ME-WE-3 optical telecommunications submarine cable with links to Asia, the Middle East, and Europe; satellite earth stations – 1 Intelsat (Indian Ocean) and 1 Arabsat; Medarabtel regional microwave radio relay telephone network |
| Dominica | general assessment: NA domestic: fully automatic network international: country code – 1-767; landing point for the East Caribbean Fiber Optic System (ECFS) submarine cable with links to 13 other islands in the eastern Caribbean extending from the British Virgin Islands to Trinidad; microwave radio relay and SHF radiotelephone links to Martinique and Guadeloupe; VHF and UHF radiotelephone links to Saint Lucia |
| Dominican Republic | general assessment: relatively efficient system based on island-wide microwave radio relay network domestic: fixed telephone line density is about 10 per 100 persons; multiple providers of mobile cellular service with a subscribership of roughly 50 per 100 persons international: country code – 1-809; landing point for the Americas Region Caribbean Ring System (ARCOS-1) fiber-optic telecommunications submarine cable that provides links to South and Central America, parts of the Caribbean, and US; satellite earth station – 1 Intelsat (Atlantic Ocean) |
| Ecuador | general assessment: generally elementary but being expanded domestic: fixed-line services provided by three state-owned enterprises; plans to transfer the state-owned operators to private ownership have repeatedly failed; fixed-line density stands at about 13 per 100 persons; mobile cellular use has surged and has a subscribership of nearly 65 per 100 persons international: country code – 593; landing point for the PAN-AM submarine telecommunications cable that provides links to the west coast of South America, Panama, Colombia, Venezuela, and extending onward to Aruba and the US Virgin Islands in the Caribbean; satellite earth station – 1 Intelsat (Atlantic Ocean) (2007) |
| Egypt | general assessment: large system; underwent extensive upgrading during 1990s and is reasonably modern; Telecom Egypt, the landline monopoly, has been increasing service availability and in 2006 fixed-line density stood at 14 per 100 persons; as of 2007 there were three mobile-cellular networks and service is expanding rapidly domestic: principal centers at Alexandria, Cairo, Al Mansurah, Ismailia, Suez, and Tanta are connected by coaxial cable and microwave radio relay international: country code – 20; landing point for both the SEA-ME-WE-3 AND SEA-ME-WE-4 submarine cable networks; linked to the international submarine cable FLAG (Fiber-Optic Link Around the Globe); satellite earth stations – 2 Intelsat (Atlantic Ocean and Indian Ocean), 1 Arabsat, and 1 Inmarsat; tropospheric scatter to Sudan; microwave radio relay to Israel; a participant in Medarabtel |
| El Salvador | general assessment: the four mobile-cellular service providers are expanding services rapidly and in 2006 mobile-cellular density stood at roughly 55 per 100 persons; growth in fixed-line services has slowed in the face of mobile-cellular competition domestic: nationwide microwave radio relay system international: country code – 503; satellite earth station – 1 Intelsat (Atlantic Ocean); connected to Central American Microwave System |
| Equatorial Guinea | general assessment: digital fixed-line network in most major urban areas and good mobile coverage domestic: fixed-line density is about 2 per 100 persons; mobile-cellular subscribership has been increasing and in 2005 stood at about 20 percent of the population international: country code – 240; international communications from Bata and Malabo to African and European countries; satellite earth station – 1 Intelsat (Indian Ocean) |
| Eritrea | general assessment: inadequate domestic: inadequate; most telephones are in Asmara; government is seeking international tenders to improve the system (2002) international: country code – 291; note – international connections exist |
| Estonia | general assessment: foreign investment in the form of joint business ventures greatly improved telephone service; substantial fiber-optic cable systems carry telephone, TV, and radio traffic in the digital mode; Internet services are widely available; schools and libraries are connected to the internet, a large percentage of the population files income-tax returns online, and online voting was used for the first time in the 2005 local elections domestic: a wide range of high quality voice, data, and Internet services is available throughout the country international: country code – 372; fiber-optic cables to Finland, Sweden, Latvia, and Russia provide worldwide packet-switched service; 2 international switches are located in Tallinn (2001) |
| Ethiopia | general assessment: inadequate telephone system; the number of fixed lines and mobile telephones is increasing from a very small base; combined fixed and mobile-cellular teledensity is only about 2 per 100 persons domestic: open-wire; microwave radio relay; radio communication in the HF, VHF, and UHF frequencies; 2 domestic satellites provide the national trunk service international: country code – 251; open-wire to Sudan and Djibouti; microwave radio relay to Kenya and Djibouti; satellite earth stations – 3 Intelsat (1 Atlantic Ocean and 2 Pacific Ocean) |
| European Union | note – see individual country entries of member states |
| Falkland Islands (Islas Malvinas) | general assessment: NA domestic: government-operated radiotelephone and private VHF/CB radiotelephone networks provide effective service to almost all points on both islands international: country code – 500; satellite earth station – 1 Intelsat (Atlantic Ocean) with links through London to other countries |
| Faroe Islands | general assessment: good international communications; good domestic facilities domestic: digitalization was completed in 1998; both NMT (analog) and GSM (digital) mobile telephone systems are installed international: country code – 298; satellite earth stations – 1 Orion; 1 fiber-optic submarine cable to the Shetland Islands, linking the Faroe Islands with Denmark and Iceland; fiber-optic submarine cable connection to Canada-Europe cable |
| Fiji | general assessment: modern local, interisland, and international (wire/radio integrated) public and special-purpose telephone, telegraph, and teleprinter facilities; regional radio communications center domestic: telephone or radio telephone links to almost all inhabited islands; most towns and large villages have automatic telephone exchanges and direct dialing; combined fixed and mobile-cellular density is about 35 per 100 persons international: country code – 679; access to important cable links between US and Canada as well as between NZ and Australia; satellite earth stations – 2 Inmarsat (Pacific Ocean) |
| Finland | general assessment: modern system with excellent service domestic: digital fiber-optic fixed-line network and an extensive cellular network provide domestic needs international: country code – 358; submarine cables provide links to Estonia and Sweden; satellite earth stations – access to Intelsat transmission service via a Swedish satellite earth station, 1 Inmarsat (Atlantic and Indian Ocean regions); note – Finland shares the Inmarsat earth station with the other Nordic countries (Denmark, Iceland, Norway, and Sweden) |
| France | general assessment: highly developed domestic: extensive cable and microwave radio relay; extensive introduction of fiber-optic cable; domestic satellite system international: country code – 33; numerous submarine cables provide links throughout Europe, Asia, Australia, the Middle East, and US; satellite earth stations – 2 Intelsat (with total of 5 antennas – 2 for Indian Ocean and 3 for Atlantic Ocean), NA Eutelsat, 1 Inmarsat (Atlantic Ocean region); HF radiotelephone communications with more than 20 countries overseas departments: country codes: French Guiana – 594; Guadeloupe – 590; Martinique – 596; Reunion – 262 |
| French Polynesia | general assessment: NA domestic: NA international: country code – 689; satellite earth station – 1 Intelsat (Pacific Ocean) |
| Gabon | general assessment: adequate service by African standards and improving with the help of a growing mobile cell network system with three providers; mobile-cellular subscribership exceeded 50 per 100 persons in 2006 domestic: adequate system of cable, microwave radio relay, tropospheric scatter, radiotelephone communication stations, and a domestic satellite system with 12 earth stations international: country code – 241; landing point for the SAT-3/WASC fiber-optic submarine cable that provides connectivity to Europe and Asia; satellite earth stations – 3 Intelsat (Atlantic Ocean) |
| Gambia, The | general assessment: adequate; a packet switched data network is available; two mobile-cellular service providers domestic: adequate network of microwave radio relay and open-wire; combined fixed-line and mobile-cellular teledensity approaching 30 telephones per 100 persons international: country code – 220; microwave radio relay links to Senegal and Guinea-Bissau; satellite earth station – 1 Intelsat (Atlantic Ocean) (1997) |
| Gaza Strip | general assessment: NA domestic: Israeli company BEZEK and the Palestinian company PALTEL are responsible for fixed line services; the Palestinian JAWAL company provides cellular services international: country code – 970 (2004) |
| Georgia | general assessment: fixed-line telecommunications network has only limited coverage outside Tbilisi; multiple mobile-cellular providers provide services to an increasing subscribership throughout the country domestic: cellular telephone networks now cover the entire country; urban telephone density is about 20 per 100 people; rural telephone density is about 4 per 100 people; intercity facilities include a fiber-optic line between T’bilisi and K’ut’aisi; nationwide pager service is available international: country code – 995; the Georgia-Russia fiber optic submarine cable provides connectivity to Russia; international service is available by microwave, landline, and satellite through the Moscow switch; international electronic mail and telex service are available |
| Germany | general assessment: Germany has one of the world’s most technologically advanced telecommunications systems; as a result of intensive capital expenditures since reunification, the formerly backward system of the eastern part of the country, dating back to World War II, has been modernized and integrated with that of the western part domestic: Germany is served by an extensive system of automatic telephone exchanges connected by modern networks of fiber-optic cable, coaxial cable, microwave radio relay, and a domestic satellite system; cellular telephone service is widely available, expanding rapidly, and includes roaming service to many foreign countries international: country code – 49; Germany’s international service is excellent worldwide, consisting of extensive land and undersea cable facilities as well as earth stations in the Inmarsat, Intelsat, Eutelsat, and Intersputnik satellite systems (2001) |
| Ghana | general assessment: fixed-line infrastructure outdated and unreliable; competition among multiple mobile-cellular providers has spurred growth with subscribership about 25 per 100 persons and rising domestic: primarily microwave radio relay; wireless local loop has been installed international: country code – 233; landing point for the SAT-3/WASC fiber-optic submarine cable that provides connectivity to Europe and Asia; satellite earth stations – 4 Intelsat (Atlantic Ocean); microwave radio relay link to Panaftel system connects Ghana to its neighbors |
| Gibraltar | general assessment: adequate, automatic domestic system and adequate international facilities domestic: automatic exchange facilities international: country code – 350; radiotelephone; microwave radio relay; satellite earth station – 1 Intelsat (Atlantic Ocean) |
| Greece | general assessment: adequate, modern networks reach all areas; good mobile telephone and international service domestic: microwave radio relay trunk system; extensive open-wire connections; submarine cable to offshore islands international: country code – 30; landing point for the SEA-ME-WE-3 optical telecommunications submarine cable that provides links to Europe, Middle East, and Asia; a number of smaller submarine cables provide connectivity to various parts of Europe, the Middle East, and Cyprus; tropospheric scatter; satellite earth stations – 2 Intelsat (1 Atlantic Ocean and 1 Indian Ocean), 1 Eutelsat, and 1 Inmarsat (Indian Ocean region) |
| Greenland | general assessment: adequate domestic and international service provided by satellite, cables and microwave radio relay; totally digitalized in 1995 domestic: microwave radio relay and satellite international: country code – 299; satellite earth stations – 12 Intelsat, 1 Eutelsat, 2 Americom GE-2 (all Atlantic Ocean) (2000) |
| Grenada | general assessment: automatic, islandwide telephone system domestic: interisland VHF and UHF radiotelephone links international: country code – 1-473; landing point for the East Caribbean Fiber Optic System (ECFS) submarine cable with links to 13 other islands in the eastern Caribbean extending from the British Virgin Islands to Trinidad; SHF radiotelephone links to Trinidad and Tobago and Saint Vincent; VHF and UHF radio links to Trinidad |
| Guam | general assessment: modern system, integrated with US facilities for direct dialing, including free use of 800 numbers domestic: modern digital system, including cellular mobile service and local access to the Internet international: country code – 1-671; major landing point for submarine cables between Asia and the US (Guam is a trans-Pacific communications hub for major carriers linking the US and Asia); satellite earth stations – 2 Intelsat (Pacific Ocean) |
| Guatemala | general assessment: fairly modern network centered in the city of Guatemala domestic: state-owned telecommunications company privatized in the late 1990s opening the way for competition; fixed-line teledensity 11 per 100 persons; mobile-cellular teledensity approaching 60 per 100 persons international: country code – 502; landing point for both the Americas Region Caribbean Ring System (ARCOS-1) and the SAM-1 fiber optic submarine cable system that together provide connectivity to South and Central America, parts of the Caribbean, and the US; connected to Central American Microwave System; satellite earth station – 1 Intelsat (Atlantic Ocean) |
| Guernsey | general assessment: NA domestic: NA international: 1 submarine cable |
| Guinea | general assessment: inadequate system of open-wire lines, small radiotelephone communication stations, and new microwave radio relay system domestic: Conakry reasonably well served; coverage elsewhere remains inadequate and large companies tend to rely on their own systems for nationwide links; combined fixed and mobile-cellular teledensity is about 2 per 100 persons international: country code – 224; satellite earth station – 1 Intelsat (Atlantic Ocean) |
| Guinea-Bissau | general assessment: small system domestic: combination of microwave radio relay, open-wire lines, radiotelephone, and cellular communications; fixed-line teledensity less than 1 per 100 persons; mobile-cellular teledensity reached 7 per 100 in 2005 international: country code – 245 |
| Guyana | general assessment: fair system for long-distance service domestic: microwave radio relay network for trunk lines; fixed-line teledensity is about 15 per 100 persons; many areas still lack fixed-line telephone services; mobile-cellular teledensity reached 37 per 100 persons in 2005 international: country code – 592; tropospheric scatter to Trinidad; satellite earth station – 1 Intelsat (Atlantic Ocean) |
| Haiti | general assessment: domestic facilities barely adequate; international facilities slightly better; telephone density in Haiti remains the lowest in the Latin American and Caribbean region domestic: coaxial cable and microwave radio relay trunk service; combined fixed and mobile-cellular teledensity is about 8 per 100 persons international: country code – 509; satellite earth station – 1 Intelsat (Atlantic Ocean) |
| Holy See (Vatican City) | general assessment: automatic digital exchange domestic: connected via fiber optic cable to Telecom Italia network international: country code – 39; uses Italian system |
| Honduras | general assessment: inadequate system domestic: beginning in 2003, private sub-operators allowed to provide fixed-lines in order to expand telephone coverage; fixed-line teledensity has increased to about 10 per 100 persons; mobile-cellular telephone service has been increasing rapidly and subscribership in 2006 exceeded 30 per 100 persons international: country code – 504; landing point for both the Americas Region Caribbean Ring System (ARCOS-1) and the MAYA-1 fiber optic submarine cable system that together provide connectivity to South and Central America, parts of the Caribbean, and the US; satellite earth stations – 2 Intelsat (Atlantic Ocean); connected to Central American Microwave System |
| Hong Kong | general assessment: modern facilities provide excellent domestic and international services domestic: microwave radio relay links and extensive fiber-optic network international: country code – 852; multiple international submarine cables provide connections to Asia, US, Australia, the Middle East, and Western Europe; satellite earth stations – 3 Intelsat (1 Pacific Ocean and 2 Indian Ocean); coaxial cable to Guangzhou, China |
| Hungary | general assessment: the telephone system has been modernized and is capable of satisfying all requests for telecommunication service domestic: the system is digitalized and highly automated; trunk services are carried by fiber-optic cable and digital microwave radio relay; a program for fiber-optic subscriber connections was initiated in 1996; competition among mobile-cellular service providers has led to a sharp increase in the use of mobile cellular phones since 2000 and a decrease in the number of fixed-line connections international: country code – 36; Hungary has fiber-optic cable connections with all neighboring countries; the international switch is in Budapest; satellite earth stations – 2 Intelsat (Atlantic Ocean and Indian Ocean regions), 1 Inmarsat, 1 very small aperture terminal (VSAT) system of ground terminals |
| Iceland | general assessment: telecommunications infrastructure is modern and fully digitized, with satellite-earth stations, fiber-optic cables, and an extensive broadband network domestic: liberalization of the telecommunications sector beginning in the late 1990s has led to increased competition especially in the mobile services segment of the market international: country code – 354; the CANTAT-3 and FARICE-1 submarine cable systems provide connectivity to Canada, the Faroe Islands, UK, Denmark, and Germany; a planned new section of the Hibernia-Atlantic submarine cable will provide additional connectivity to Canada, US, and Ireland; satellite earth stations – 2 Intelsat (Atlantic Ocean), 1 Inmarsat (Atlantic and Indian Ocean regions); note – Iceland shares the Inmarsat earth station with the other Nordic countries (Denmark, Finland, Norway, and Sweden) |
| India | general assessment: recent deregulation and liberalization of telecommunications laws and policies have prompted rapid growth; local and long distance service provided throughout all regions of the country, with services primarily concentrated in the urban areas; steady improvement is taking place with the recent admission of private and private-public investors, but combined fixed and mobile telephone density remains low at about 20 for each 100 persons nationwide and much lower for persons in rural areas; fastest growth is in cellular service with modest growth in fixed lines domestic: mobile cellular service (both CDMA and GSM) introduced in 1994 and organized nationwide into four metropolitan areas and 19 telecom circles each with about three private service providers and one state-owned service provider; in recent years significant trunk capacity added in the form of fiber-optic cable and one of the world’s largest domestic satellite systems, the Indian National Satellite system (INSAT), with 6 satellites supporting 33,000 very small aperture terminals (VSAT) international: country code – 91; a number of major international submarine cable systems, including Sea-Me-We-3 with landing sites at Cochin and Mumbai (Bombay), Sea-Me-We-4 with a landing site at Chennai, Fiber-Optic Link Around the Globe (FLAG) with a landing site at Mumbai (Bombay), South Africa – Far East (SAFE) with a landing site at Cochin, the i2i cable network linking to Singapore with landing sites at Mumbai (Bombay) and Chennai (Madras), and Tata Indicom linking Singapore and Chennai (Madras), provide a significant increase in the bandwidth available for both voice and data traffic; satellite earth stations – 8 Intelsat (Indian Ocean) and 1 Inmarsat (Indian Ocean region); 9 gateway exchanges operating from Mumbai (Bombay), New Delhi, Kolkata (Calcutta), Chennai (Madras), Jalandhar, Kanpur, Gandhinagar, Hyderabad, and Ernakulam |
| Indonesia | general assessment: domestic service fair, international service good domestic: interisland microwave system and HF radio police net; domestic satellite communications system; coverage provided by existing network has been expanded by use of over 200,000 telephone kiosks many located in remote areas international: country code – 62; landing point for both the SEA-ME-WE-3 AND SEA-ME-WE-4 submarine cable networks that provide links throughout Asia, the Middle East, and Europe; satellite earth stations – 2 Intelsat (1 Indian Ocean and 1 Pacific Ocean) |
| Iran | general assessment: currently being modernized and expanded with the goal of not only improving the efficiency and increasing the volume of the urban service but also bringing telephone service to several thousand villages, not presently connected domestic: the addition of new fiber cables and modern switching and exchange systems installed by Iran’s state-owned telecom company have improved and expanded the main line network greatly; main line availability has more than doubled to 22 million lines since 2000; additionally, mobile service has increased dramatically serving nearly 13.7 million subscribers in 2006 international: country code – 98; submarine fiber-optic cable to UAE with access to Fiber-Optic Link Around the Globe (FLAG); Trans-Asia-Europe (TAE) fiber-optic line runs from Azerbaijan through the northern portion of Iran to Turkmenistan with expansion to Georgia and Azerbaijan; HF radio and microwave radio relay to Turkey, Azerbaijan, Pakistan, Afghanistan, Turkmenistan, Syria, Kuwait, Tajikistan, and Uzbekistan; satellite earth stations – 9 Intelsat and 4 Inmarsat (2006) |
| Iraq | general assessment: the 2003 liberation of Iraq severely disrupted telecommunications throughout Iraq including international connections; widespread government efforts to rebuild domestic and international communications through fiber optic links are in progress; the mobile cellular market has expanded rapidly with an estimated 10.9 million current users domestic: repairs to switches and lines destroyed during 2003 continue; additional switching capacity is improving access; cellular service is available and centered on 3 GSM networks which are being expanded beyond their regional roots, improving country-wide connectivity; wireless local loop licences have been issued with the hope of overcoming the lack of fixed-line infrastructure international: country code – 964; satellite earth stations – 2 Intelsat (1 Atlantic Ocean and 1 Indian Ocean), 1 Intersputnik (Atlantic Ocean region), and 1 Arabsat (inoperative); local microwave radio relay connects border regions to Jordan, Kuwait, Syria, and Turkey; planned international fiber-optic connections to Iran (terrestrial) with a link to the Fiber-Optic Link Around the Globe (FLAG) submarine fiber-optic cable (2007) |
| Ireland | general assessment: modern digital system using cable and microwave radio relay domestic: microwave radio relay international: country code – 353; landing point for the Hibernia-Atlantic submarine cable with links to the US, Canada, and UK; satellite earth station – 1 Intelsat (Atlantic Ocean) |
| Isle of Man | general assessment: NA domestic: landline, telefax, mobile cellular telephone system international: fiber-optic cable, microwave radio relay, satellite earth station, submarine cable |
| Israel | general assessment: most highly developed system in the Middle East although not the largest domestic: good system of coaxial cable and microwave radio relay; all systems are digital; four privately-owned mobile-cellular service providers with countrywide coverage; mobile-cellular teledensity is more than 130 per 100 persons international: country code – 972; submarine cables provide links to Europe, Cyprus, and parts of the Middle East; satellite earth stations – 3 Intelsat (2 Atlantic Ocean and 1 Indian Ocean) |
| Italy | general assessment: modern, well developed, fast; fully automated telephone, telex, and data services domestic: high-capacity cable and microwave radio relay trunks international: country code – 39; a series of submarine cables provide links to Asia, Middle East, Europe, North Africa, and US; satellite earth stations – 3 Intelsat (with a total of 5 antennas – 3 for Atlantic Ocean and 2 for Indian Ocean), 1 Inmarsat (Atlantic Ocean region), and NA Eutelsat |
| Jamaica | general assessment: fully automatic domestic telephone network domestic: the 1999 agreement to open the market for telecommunications services resulted in rapid growth in mobile-cellular telephone usage; mobile-cellular teledensity now exceeds 100 per 100 persons; the number of fixed-lines in use has been declining international: country code – 1-876; the Fibralink submarine cable network provides enhanced delivery of business and broadband traffic and is linked to the Americas Region Caribbean Ring System (ARCOS-1) submarine cable in the Dominican Republic; the link to ARCOS-1 provides seamless connectivity to US, parts of the Caribbean, Central America, and South America; satellite earth stations – 2 Intelsat (Atlantic Ocean) |
| Japan | general assessment: excellent domestic and international service domestic: high level of modern technology and excellent service of every kind international: country code – 81; numerous submarine cables provide links throughout Asia, Australia, the Middle East, Europe, and US; satellite earth stations – 5 Intelsat (4 Pacific Ocean and 1 Indian Ocean), 1 Intersputnik (Indian Ocean region), and 1 Inmarsat (Pacific and Indian Ocean regions |
| Jersey | general assessment: NA domestic: NA international: submarine cable connectivity to Guernsey and UK |
| Jordan | general assessment: service has improved recently with increased use of digital switching equipment; microwave radio relay transmission and coaxial and fiber-optic cable are employed on trunk lines; growing mobile-cellular usage in both urban and rural areas is reducing use of fixed-line services; internet penetration remains modest and slow-growing domestic: 1995 telecommunications law opened all non-fixed-line services to private competition; in 2005, monopoly over fixed-line services terminated and the entire telecommunications sector was opened to competition; mobile-cellular usage is increasing rapidly and teledensity is approaching 75 per 100 persons international: country code – 962; landing point for the Fiber-Optic Link Around the Globe (FLAG) submarine cable network that provides links to Asia, Middle East, Europe; satellite earth stations – 3 Intelsat, 1 Arabsat, and 29 land and maritime Inmarsat terminals; fiber-optic cable to Saudi Arabia and microwave radio relay link with Egypt and Syria; participant in Medarabtel |
| Kazakhstan | general assessment: inherited an outdated telecommunications network from the Soviet era requiring modernization domestic: intercity by landline and microwave radio relay; number of fixed-line connections is gradually increasing and fixed-line teledensity is about 20 per 100 persons; mobile-cellular usage is increasing rapidly and subscriptions now exceed 50 per 100 persons international: country code – 7; international traffic with other former Soviet republics and China carried by landline and microwave radio relay and with other countries by satellite and by the Trans-Asia-Europe (TAE) fiber-optic cable; satellite earth stations – 2 Intelsat |
| Kenya | general assessment: inadequate; fixed-line telephone system is small and inefficient; trunks are primarily microwave radio relay; business data commonly transferred by a very small aperture terminal (VSAT) system domestic: no recent growth in fixed-line infrastructure and the sole provider, Telkom Kenya, is slated for privatization; multiple providers in the mobile-cellular segment of the market fostering a boom in mobile-cellular telephone usage international: country code – 254; satellite earth stations – 4 Intelsat |
| Kiribati | general assessment: generally good quality national and international service domestic: wire line service available on Tarawa and Kiritimati (Christmas Island); connections to outer islands by HF/VHF radiotelephone; wireless service available in Tarawa since 1999 international: country code – 686; Kiribati is being linked to the Pacific Ocean Cooperative Telecommunications Network, which should improve telephone service; satellite earth station – 1 Intelsat (Pacific Ocean) |
| Korea, North | general assessment: NA domestic: NA international: country code – 850; satellite earth stations – 1 Intelsat (Indian Ocean) and 1 Russian (Indian Ocean region); other international connections through Moscow and Beijing |
| Korea, South | general assessment: excellent domestic and international services domestic: NA international: country code – 82; numerous submarine cables provide links throughout Asia, Australia, the Middle East, Europe, and US; satellite earth stations – 3 Intelsat (1 Pacific Ocean and 2 Indian Ocean) and 3 Inmarsat (1 Pacific Ocean and 2 Indian Ocean) |
| Kuwait | general assessment: the quality of service is excellent domestic: new telephone exchanges provide a large capacity for new subscribers; trunk traffic is carried by microwave radio relay, coaxial cable, and open-wire and fiber-optic cable; a cellular telephone system operates throughout Kuwait, and the country is well supplied with pay telephones international: country code – 965; linked to international submarine cable Fiber-Optic Link Around the Globe (FLAG); linked to Bahrain, Qatar, UAE via the Fiber-Optic Gulf (FOG) cable; coaxial cable and microwave radio relay to Saudi Arabia; satellite earth stations – 3 Intelsat (1 Atlantic Ocean, 2 Indian Ocean), 1 Inmarsat (Atlantic Ocean), and 2 Arabsat |
| Kyrgyzstan | general assessment: telecommunications infrastructure is growing; fixed line penetration remains low and concentrated in urban areas domestic: 4 mobile cellular service providers with growing coverage international: country code – 996; connections with other CIS countries by landline or microwave radio relay and with other countries by leased connections with Moscow international gateway switch and by satellite; satellite earth stations – 1 Intersputnik, 1 Intelsat; connected internationally by the Trans-Asia-Europe (TAE) fiber-optic line (2006) |
| Laos | general assessment: service to general public is poor but improving; the government relies on a radiotelephone network to communicate with remote areas domestic: multiple service providers; combined fixed-line and mobile-cellular subscribership about 10 per 100 persons international: country code – 856; satellite earth station – 1 Intersputnik (Indian Ocean region) |
| Latvia | general assessment: recent efforts focused on bringing competition to the telecommunications sector; the number of fixed lines is decreasing as wireless telephony expands domestic: number of telecommunications operators has grown rapidly since the fixed-line market opened to competition in 2003; combined fixed-line and mobile-cellular subscribership is roughly 125 per 100 persons international: country code – 371; the Latvian network is now connected via fiber optic cable to Estonia, Finland, and Sweden |
| Lebanon | general assessment: repair of the telecommunications system, severely damaged during the civil war, now complete domestic: two wireless networks provide good service; political instability hampers privatization and deployment of new technologies; combined fixed-line and mobile-cellular subscribership approaching 50 per 100 persons international: country code – 961; submarine cable link to Cyprus; satellite earth stations – 2 Intelsat (1 Indian Ocean and 1 Atlantic Ocean); coaxial cable to Syria |
| Lesotho | general assessment: rudimentary system consisting of a modest but growing number of landlines, a small microwave radio relay system, and a small radiotelephone communication system; mobile-cellular telephone system is expanding domestic: privatized in 2001, Telecom Lesotho tasked with providing an additional 50,000 fixed-line connections within five years, a target not met; mobile-cellular service is expanding with a subscribership approaching 15 per 100 persons; rural services are scant international: country code – 266; satellite earth station – 1 Intelsat (Atlantic Ocean) |
| Liberia | general assessment: the limited services available are found almost exclusively in the capital Monrovia; coverage extended to a number of other towns and rural areas by four mobile-cellular network operators domestic: combined fixed and mobile-cellular teledensity only about 5 per 100 persons international: country code – 231; satellite earth station – 1 Intelsat (Atlantic Ocean) |
| Libya | general assessment: telecommunications system is being modernized; mobile cellular telephone system became operational in 1996; combined fixed line and mobile telephone density reached 75 telephones per 100 persons in 2006 domestic: microwave radio relay, coaxial cable, cellular, tropospheric scatter, and a domestic satellite system with 14 earth stations international: country code – 218; satellite earth stations – 4 Intelsat, NA Arabsat, and NA Intersputnik; submarine cables to France and Italy; microwave radio relay to Tunisia and Egypt; tropospheric scatter to Greece; participant in Medarabtel (1999) |
| Liechtenstein | general assessment: automatic telephone system domestic: NA international: country code – 423; linked to Swiss networks by cable and microwave radio relay |
| Lithuania | general assessment: adequate; being modernized to provide improved international capability and better residential access domestic: rapid expansion of mobile-cellular services has resulted in a steady decline in the number of main line subscriptions; mobile-cellular teledensity has increased to about 135 per 100 persons while fixed-line teledensity has dropped to 22 per 100 persons international: country code – 370; major international connections to Denmark, Sweden, and Norway by submarine cable for further transmission by satellite; landline connections to Latvia and Poland |
| Luxembourg | general assessment: highly developed, completely automated and efficient system, mainly buried cables domestic: nationwide cellular telephone system; market for mobile-cellular phones is virtually saturated with roughly 150 cellular phones per 100 persons international: country code – 352 |
| Macau | general assessment: fairly modern communication facilities maintained for domestic and international services domestic: termination of monopoly over mobile-cellular telephone services in 2001 spurred sharp increase in subscriptions with mobile-cellular teledensity approaching 140 per 100 persons in 2006; fixed-line teledensity about 40 per 100 persons international: country code – 853; landing point for the SEA-ME-WE-3 submarine cable network that provides links to Asia, the Middle East, and Europe; HF radiotelephone communication facility; satellite earth station – 1 Intelsat (Indian Ocean) |
| Macedonia | general assessment: competition from the mobile-cellular segment of the telecommunications market has led to a drop in fixed-line telephone subscriptions domestic: combined fixed line and mobile telephone density exceeds 90 per 100 persons international: country code – 389 |
| Madagascar | general assessment: system is above average for the region; Antananarivo’s main telephone exchange modernized, but the rest of the analogue-based telephone system is poorly developed; planning to add 50,000 new private-subscriber fixed lines beginning in 2005 domestic: combined fixed-line and mobile telephone density only about 7 per 100 persons international: country code – 261; submarine cable to Bahrain; satellite earth stations – 1 Intelsat (Indian Ocean), 1 Intersputnik (Atlantic Ocean region) |
| Malawi | general assessment: rudimentary domestic: fixed-line subscribership remains less than 1 per 100 persons; privatization of Malawi Telecommunications (MTL), a necessary step in bringing improvement to telecommunications services, completed in 2006; mobile-cellular services are expanding but cellular network coverage is limited, and is based around the main urban areas international: country code – 265; satellite earth stations – 2 Intelsat (1 Indian Ocean, 1 Atlantic Ocean) |
| Malaysia | general assessment: modern system; international service excellent domestic: good intercity service provided on Peninsular Malaysia mainly by microwave radio relay; adequate intercity microwave radio relay network between Sabah and Sarawak via Brunei; domestic satellite system with 2 earth stations; combined fixed-line and mobile cellular teledensity approaching 100 per 100 persons international: country code – 60; landing point for several major international submarine cable networks that provide connectivity to Asia, Middle East, and Europe; satellite earth stations – 2 Intelsat (1 Indian Ocean, 1 Pacific Ocean) (2001) |
| Maldives | general assessment: telephone services have improved; each island now has at least 1 public telephone, and there are mobile cellular networks with rapidly expanding subscribership domestic: interatoll communication through microwave links; all inhabited islands and resorts are connected with telephone and fax service international: country code – 960; linked to international submarine cable Fiber-Optic Link Around the Globe (FLAG); satellite earth station – 3 Intelsat (Indian Ocean) |
| Mali | general assessment: domestic system unreliable but improving; provides only minimal service domestic: fixed-line availability is gradually increasing, but subscribership remains less than 1 per 100 persons; mobile-cellular subscribership has increased sharply to 13 per 100 persons international: country code – 223; satellite earth stations – 2 Intelsat (1 Atlantic Ocean, 1 Indian Ocean) |
| Malta | general assessment: automatic system satisfies normal requirements; fixed-line teledensity 50 per 100 persons; mobile-cellular teledensity about 90 per 100 persons domestic: submarine cable and microwave radio relay between islands international: country code – 356; submarine cable connects to Italy; satellite earth station – 1 Intelsat (Atlantic Ocean) |
| Marshall Islands | general assessment: digital switching equipment; modern services include telex, cellular, internet, international calling, caller ID, and leased data circuits domestic: Majuro Atoll and Ebeye and Kwajalein islands have regular, seven-digit, direct-dial telephones; other islands interconnected by high frequency radiotelephone (used mostly for government purposes) and mini-satellite telephones international: country code – 692; satellite earth stations – 2 Intelsat (Pacific Ocean); US Government satellite communications system on Kwajalein (2001) |
| Mauritania | general assessment: limited system of cable and open-wire lines, minor microwave radio relay links, and radiotelephone communications stations; mobile-cellular services expanding rapidly domestic: Mauritel, the national telecommunications company, was privatized in 2001 but remains the monopoly provider of fixed-line services; fixed-line teledensity 1 per 100 persons; mobile-cellular network coverage extends mainly to urban areas with a teledensity approaching 35 per 100 persons; mostly cable and open-wire lines; a domestic satellite telecommunications system links Nouakchott with regional capitals international: country code – 222; satellite earth stations – 1 Intelsat (Atlantic Ocean), 2 Arabsat |
| Mauritius | general assessment: small system with good service domestic: monopoly over fixed-line services terminated in 2005; fixed-line teledensity roughly 30 per 100 persons; mobile-cellular services launched in 1989 with teledensity in 2006 exceeding 60 per 100 persons international: country code – 230; landing point for the SAFE submarine cable that provides links to Asia and South Africa where it connects to the SAT-3/WASC submarine cable that provides further links to parts of East Africa, and Europe; satellite earth station – 1 Intelsat (Indian Ocean); new microwave link to Reunion; HF radiotelephone links to several countries |
| Mayotte | general assessment: small system administered by French Department of Posts and Telecommunications domestic: NA international: country code – 269; microwave radio relay and HF radiotelephone communications to Comoros |
| Mexico | general assessment: adequate telephone service for business and government, but the population is poorly served; mobile subscribers far outnumber fixed-line subscribers; domestic satellite system with 120 earth stations; extensive microwave radio relay network; considerable use of fiber-optic cable and coaxial cable domestic: low telephone density with about 18 fixed lines per 100 persons; privatized in December 1990; despite the opening to competition in January 1997, Telmex remains dominant; legal challenges to Telmex’s alleged anti-competitive behavior in the mobile and fixed-line markets culminated in a World Trade Organization ruling in 2004 against Mexico prompting some strengthening of the powers granted Mexico’s telecom regulator international: country code – 52; Columbus-2 fiber-optic submarine cable with access to the US, Virgin Islands, Canary Islands, Spain, and Italy; the Americas Region Caribbean Ring System (ARCOS-1) and the MAYA-1 submarine cable system together provide access to Central America, parts of South America and the Caribbean, and the US; satellite earth stations – 32 Intelsat, 2 Solidaridad (giving Mexico improved access to South America, Central America, and much of the US as well as enhancing domestic communications), 1 Panamsat, numerous Inmarsat mobile earth stations; linked to Central American Microwave System of trunk connections (2005) |
| Micronesia, Federated States of | general assessment: adequate system domestic: islands interconnected by shortwave radiotelephone (used mostly for government purposes), satellite (Intelsat) ground stations, and some coaxial and fiber-optic cable; cellular service available on Kosrae, Pohnpei, and Yap international: country code – 691; satellite earth stations – 5 Intelsat (Pacific Ocean) (2002) |
| Moldova | general assessment: inadequate, outmoded, poor service outside Chisinau; some modernization is under way domestic: depending on location, new subscribers may face long wait for service; multiple private operators of GSM mobile cellular telephone service are operating; GPRS system is being introduced; a CDMA mobile telephone network began operations in 2007 international: country code – 373; service through Romania and Russia via landline; satellite earth stations – Intelsat, Eutelsat, and Intersputnik (2006) |
| Monaco | general assessment: modern automatic telephone system domestic: NA international: country code – 377; no satellite earth stations; connected by cable into the French communications system |
| Mongolia | general assessment: network is improving with international direct dialing available in many areas domestic: very low fixed-line density; there are multiple mobile cellular service providers and subscribership is increasing rapidly; a fiber-optic network is also being installed that will improve broadband and communication services between major urban centers international: country code – 976; satellite earth stations – 7 |
| Montenegro | general assessment: modern telecommunications system with access to European satellites domestic: GSM wireless service, available through 2 providers with national coverage, is growing rapidly international: country code – 382; 2 international switches connect the national system |
| Montserrat | general assessment: modern and fully digitalized domestic: NA international: country code – 1-664; landing point for the East Caribbean Fiber System (ECFS) optic submarine cable with links to 13 other islands in the eastern Caribbean extending from the British Virgin Islands to Trinidad |
| Morocco | general assessment: modern system with all important capabilities; however, density is low with only 4 fixed lines available for each 100 persons; mobile-cellular subscribership is approaching 50 per 100 persons domestic: good system composed of open-wire lines, cables, and microwave radio relay links; Internet available but expensive; principal switching centers are Casablanca and Rabat; national network nearly 100% digital using fiber-optic links; improved rural service employs microwave radio relay international: country code – 212; landing point for the SEA-ME-WE-3 optical telecommunications submarine cable that provides connectivity to Asia, the Middle East, and Europe; satellite earth stations – 2 Intelsat (Atlantic Ocean) and 1 Arabsat; microwave radio relay to Gibraltar, Spain, and Western Sahara; coaxial cable and microwave radio relay to Algeria; participant in Medarabtel; fiber-optic cable link from Agadir to Algeria and Tunisia |
| Mozambique | general assessment: fair system with an extremely low density of less than 1 fixed line per 100 persons domestic: the telecommunications sector is shackled with a heavy state presence, lack of competition, and high operating costs and charges; stagnation in the fixed-line network contrasts with rapid growth in the mobile-cellular network; mobile-cellular coverage now includes all the main cities and key roads, including those from Maputo to the South African and Swaziland borders, the national highway through Gaza and Inhambane provinces, the Beira corridor, and from Nampula to Nacala international: country code – 258; satellite earth stations – 5 Intelsat (2 Atlantic Ocean and 3 Indian Ocean) |
| Namibia | general assessment: good system with a combined fixed-line and mobile-cellular teledensity of about 30 per 100 persons domestic: core fiber-optic network links most centers and connections are now digital; Namibia’s first mobile-phone network, launched in 1994, provides coverage to 86 percent of Namibia by area international: country code – 264; fiber-optic cable to South Africa, microwave radio relay link to Botswana, direct links to other neighboring countries; connected to the South African Far East (SAFE) submarine cable through South Africa; satellite earth stations – 4 Intelsat |
| Nauru | general assessment: adequate local and international radiotelephone communication provided via Australian facilities domestic: NA international: country code – 674; satellite earth station – 1 Intelsat (Pacific Ocean) |
| Nepal | general assessment: poor telephone and telegraph service; fair radiotelephone communication service and mobile cellular telephone network domestic: NA international: country code – 977; radiotelephone communications; microwave landline to India; satellite earth station – 1 Intelsat (Indian Ocean) |
| Netherlands | general assessment: highly developed and well maintained domestic: extensive fixed-line fiber-optic network; cellular telephone system is one of the largest in Europe with 5 major network operators utilizing the third generation of the Global System for Mobile Communications (GSM) international: country code – 31; submarine cables provide links to the US and Europe; satellite earth stations – 3 Intelsat (1 Indian Ocean and 2 Atlantic Ocean), 1 Eutelsat, and 1 Inmarsat (Atlantic and Indian Ocean regions) (2004) |
| Netherlands Antilles | general assessment: generally adequate facilities domestic: extensive interisland microwave radio relay links international: country code – 599; the Americas Region Caribbean Ring System (ARCOS-1) and the Americas-2 submarine cable systems provide connectivity to Central America, parts of South America and the Caribbean, and the US; satellite earth stations – 2 Intelsat (Atlantic Ocean) |
| New Caledonia | general assessment: NA domestic: a submarine cable network connection between New Caledonia and Australia, scheduled for completion in 2008, will improve high-speed connectivity and access to international networks international: country code – 687; satellite earth station – 1 Intelsat (Pacific Ocean) |
| New Zealand | general assessment: excellent domestic and international systems domestic: NA international: country code – 64; the Southern Cross submarine cable system provides links to Australia, Fiji, and US; satellite earth stations – 1 InMarSat (Pacific Ocean), 7 other |
| Nicaragua | general assessment: system being upgraded by foreign investment; nearly all installed telecommunications capacity now uses digital technology, owing to investments since privatization of the formerly state-owned telecoms company domestic: since privatization, access to fixed-line and mobile-cellular services has improved but teledensity still lags behind other Central American countries; connected to Central American Microwave System international: country code – 505; the Americas Region Caribbean Ring System (ARCOS-1) fiber optic submarine cable provides connectivity to South and Central America, parts of the Caribbean, and the US; satellite earth stations – 1 Intersputnik (Atlantic Ocean region) and 1 Intelsat (Atlantic Ocean) |
| Niger | general assessment: inadequate; small system of wire, radio telephone communications, and microwave radio relay links concentrated in the southwestern area of Niger domestic: combined fixed-line and mobile-cellular teledensity is less than 3 per 100 persons; domestic satellite system with 3 earth stations and 1 planned international: country code – 227; satellite earth stations – 2 Intelsat (1 Atlantic Ocean and 1 Indian Ocean) |
| Nigeria | general assessment: further expansion and modernization of the fixed-line telephone network is needed domestic: the addition of a second fixed-line provider in 2002 resulted in faster growth of this service with fixed-line subscribership nearly tripling over the past five years; wireless telephony has grown rapidly, in part responding to the shortcomings of the fixed-line network; multiple service providers operate nationally; combined fixed-line and mobile-cellular teledensity reached 25 per 100 persons in 2006 international: country code – 234; landing point for the SAT-3/WASC fiber-optic submarine cable that provides connectivity to Europe and Asia; satellite earth stations – 3 Intelsat (2 Atlantic Ocean and 1 Indian Ocean) |
| Niue | domestic: single-line telephone system connects all villages on island international: country code – 683 (2001) |
| Norfolk Island | general assessment: adequate domestic: free local calls international: country code – 672; undersea coaxial cable links with Australia and New Zealand; satellite earth station |
| Northern Mariana Islands | general assessment: NA domestic: NA international: country code – 1-670; satellite earth stations – 2 Intelsat (Pacific Ocean) |
| Norway | general assessment: modern in all respects; one of the most advanced telecommunications networks in Europe domestic: Norway has a domestic satellite system; moreover, the prevalence of rural areas encourages the wide use of cellular mobile systems instead of fixed-wire systems international: country code – 47; 2 buried coaxial cable systems; submarine cables provide links to other Nordic countries and Europe; satellite earth stations – NA Eutelsat, NA Intelsat (Atlantic Ocean), and 1 Inmarsat (Atlantic and Indian Ocean regions); note – Norway shares the Inmarsat earth station with the other Nordic countries (Denmark, Finland, Iceland, and Sweden) (1999) |
| Oman | general assessment: modern system consisting of open-wire, microwave, and radiotelephone communication stations; limited coaxial cable domestic: fixed-line and mobile-cellular subscribership both increasing; open-wire, microwave, radiotelephone communications, and a domestic satellite system with 8 earth stations international: country code – 968; the Fiber-Optic Link Around the Globe (FLAG) and the SEA-ME-WE-3 submarine cable provide connectivity to Asia, the Middle East, and Europe; satellite earth stations – 2 Intelsat (Indian Ocean), 1 Arabsat |
| Pakistan | general assessment: the telecom infrastructure is improving dramatically with foreign and domestic investments into fixed-line and mobile networks; mobile cellular subscribership has skyrocketed, reaching some 63 million in mid-2007, up from only about 300,000 in 2000; fiber systems are being constructed throughout the country to aid in network growth; main line availability has risen only marginally over the same period and there are still difficulties getting main line service to rural areas domestic: microwave radio relay, coaxial cable, fiber-optic cable, cellular, and satellite networks international: country code – 92; landing point for the SEA-ME-WE-3 and SEA-ME-WE-4 submarine cable systems that provide links to Asia, the Middle East, and Europe; satellite earth stations – 3 Intelsat (1 Atlantic Ocean and 2 Indian Ocean); 3 operational international gateway exchanges (1 at Karachi and 2 at Islamabad); microwave radio relay to neighboring countries (2006) |
| Palau | general assessment: NA domestic: NA international: country code – 680; satellite earth station – 1 Intelsat (Pacific Ocean) |
| Panama | general assessment: domestic and international facilities well developed domestic: combined fixed-line and mobile-cellular telephone density is approaching 70 telephones per 100 persons international: country code – 507; landing point for the Americas Region Caribbean Ring System (ARCOS-1), the MAYA-1, and PAN-AM submarine cable systems that together provide links to the US, and parts of the Caribbean, Central America, and South America; satellite earth stations – 2 Intelsat (Atlantic Ocean); connected to the Central American Microwave System |
| Papua New Guinea | general assessment: services are minimal; facilities provide radiotelephone and telegraph, coastal radio, aeronautical radio, and international radio communication services domestic: access to telephone services is not widely available; combined fixed-line and mobile-cellular telephone density is less than 3 telephones per 100 persons international: country code – 675; submarine cables to Australia and Guam; satellite earth station – 1 Intelsat (Pacific Ocean); international radio communication service |
| Paraguay | general assessment: meager telephone service; principal switching center is in Asuncion domestic: the fixed-line market is a state monopoly; deficiencies in provision of fixed-line service has resulted in a rapid expansion of mobile-cellular services fostered by competition among multiple providers international: country code – 595; satellite earth station – 1 Intelsat (Atlantic Ocean) |
| Peru | general assessment: adequate for most requirements domestic: fixed-line teledensity is only about 8 per 100 persons; mobile-cellular teledensity, spurred by competition among multiple providers, has increased to about 30 telephones per 100 persons; nationwide microwave radio relay system and a domestic satellite system with 12 earth stations international: country code – 51; the South America-1 (SAM-1) and Pan American (PAN-AM) submarine cable systems provide links to parts of Central and South America, the Caribbean, and US; satellite earth stations – 2 Intelsat (Atlantic Ocean) |
| Philippines | general assessment: good international radiotelephone and submarine cable services; domestic and inter-island service adequate domestic: domestic satellite system with 11 earth stations; cellular communications now dominate the industry; combined fixed-line and mobile-cellular telephone density exceeds 50 telephones per 100 persons with more than 10 mobile cellular subscribers for every fixed-line subscriber international: country code – 63; a series of submarine cables together provide connectivity to Asia, US, the Middle East, and Europe; multiple international gateways (2006) |
| Pitcairn Islands | general assessment: satellite phone services domestic: domestic communication via radio (CB) international: country code – 872; satellite earth station – 1 (Inmarsat) |
| Poland | general assessment: modernization of the telecommunications network has accelerated with market based competition finalized in 2003; fixed-line service, dominated by the former state-owned company, is dwarfed by the growth in wireless telephony domestic: mobile-cellular service available since 1993 and provided by three nation-wide networks with a fourth provider beginning operations in late 2006; cellular coverage is generally good with some gaps in the east; fixed-line service is growing slowly and still lags in rural areas international: country code – 48; international direct dialing with automated exchanges; satellite earth station – 1 with access to Intelsat, Eutelsat, Inmarsat, and Intersputnik |
| Portugal | general assessment: Portugal’s telephone system has achieved a state-of-the-art network with broadband, high-speed capabilities domestic: integrated network of coaxial cables, open-wire, microwave radio relay, and domestic satellite earth stations international: country code – 351; a combination of submarine cables provide connectivity to Europe, North and East Africa, South Africa, the Middle East, Asia, and US; satellite earth stations – 3 Intelsat (2 Atlantic Ocean and 1 Indian Ocean), NA Eutelsat; tropospheric scatter to Azores; note – an earth station for Inmarsat (Atlantic Ocean region) is planned (1998) |
| Puerto Rico | general assessment: modern system integrated with that of the US by high-capacity submarine cable and Intelsat with high-speed data capability domestic: digital telephone system; cellular telephone service international: country code – 1-787, 939; submarine cables provide connectivity to the US, Caribbean, Central and South America; satellite earth station – 1 Intelsat |
| Qatar | general assessment: modern system centered in Doha domestic: combined fixed-line and mobile-cellular telephone density is roughly 130 telephones per 100 persons international: country code – 974; landing point for the Fiber-Optic Link Around the Globe (FLAG) submarine cable network that provides links to Asia, Middle East, Europe, and US; tropospheric scatter to Bahrain; microwave radio relay to Saudi Arabia and UAE; satellite earth stations – 2 Intelsat (1 Atlantic Ocean and 1 Indian Ocean) and 1 Arabsat |
| Romania | general assessment: rapidly improving domestic and international service, especially in wireless telephony domestic: more than 90 percent of telephone network is automatic; liberalization in 2003 is transforming telecommunications; fixed-line teledensity is roughly 20 telephones per 100 persons; mobile-cellular teledensity is approaching 80 telephones per 100 persons international: country code – 40; the Black Sea Fiber Optic System provides connectivity to Bulgaria and Turkey; satellite earth stations – 10; digital, international, direct-dial exchanges operate in Bucharest (2005) |
| Russia | general assessment: the telephone system is experiencing significant changes; there are more than 1,000 companies licensed to offer communication services; access to digital lines has improved, particularly in urban centers; Internet and e-mail services are improving; Russia has made progress toward building the telecommunications infrastructure necessary for a market economy; the estimated number of mobile subscribers jumped from fewer than 1 million in 1998 to 150 million in 2006; a large demand for main line service remains unsatisfied, but fixed-line operators continue to grow their services domestic: cross-country digital trunk lines run from Saint Petersburg to Khabarovsk, and from Moscow to Novorossiysk; the telephone systems in 60 regional capitals have modern digital infrastructures; cellular services, both analog and digital, are available in many areas; in rural areas, the telephone services are still outdated, inadequate, and low density international: country code – 7; Russia is connected internationally by undersea fiber optic cables; digital switches in several cities provide more than 50,000 lines for international calls; satellite earth stations provide access to Intelsat, Intersputnik, Eutelsat, Inmarsat, and Orbita systems |
| Rwanda | general assessment: small, inadequate telephone system primarily serves business and government domestic: the capital, Kigali, is connected to the centers of the provinces by microwave radio relay and, recently, by cellular telephone service; much of the network depends on wire and HF radiotelephone; combined fixed-line and mobile-cellular telephone density is only about 4 telephones per 100 persons international: country code – 250; international connections employ microwave radio relay to neighboring countries and satellite communications to more distant countries; satellite earth stations – 1 Intelsat (Indian Ocean) in Kigali (includes telex and telefax service) |
| Saint Barthelemy | general assessment: fully integrated access domestic: direct dial capability with both fixed and wireless systems international: country code – 590; undersea fiber-optic cable provides voice and data connectivity to Puerto Rico and Guadeloupe |
| Saint Helena | general assessment: can communicate worldwide domestic: automatic digital network international: country code (Saint Helena) – 290, (Ascension Island) – 247; international direct dialing; satellite voice and data communications; satellite earth stations – 5 (Ascension Island – 4, Saint Helena – 1) |
| Saint Kitts and Nevis | general assessment: good inter-island and international connections domestic: inter-island links via Eastern Caribbean Fiber Optic cable; construction of enhanced wireless infrastructure launched in November 2004 international: country code – 1-869; with the East Caribbean Fiber Optic System (ECFS) and Southern Caribbean fiber optic system (SCF) submarine cables providing connectivity, international calls are carried either by submarine cable or Intelsat |
| Saint Lucia | general assessment: adequate system domestic: system is automatically switched international: country code – 1-758; the East Caribbean Fiber Optic System (ECFS) and Southern Caribbean fiber optic system (SCF) submarine cables, along with Intelsat from Martinique, carry calls internationally; direct microwave radio relay link with Martinique and Saint Vincent and the Grenadines; tropospheric scatter to Barbados |
| Saint Martin | general assessment: fully integrated access domestic: direct dial capability with both fixed and wireless systems international: country code – 590; undersea fiber-optic cable provides voice and data connectivity to Puerto Rico and Gudaloupe |
| Saint Pierre and Miquelon | general assessment: adequate domestic: NA international: country code – 508; radiotelephone communication with most countries in the world; satellite earth station – 1 in French domestic satellite system |
| Saint Vincent and the Grenadines | general assessment: adequate system domestic: islandwide, fully automatic telephone system; VHF/UHF radiotelephone from Saint Vincent to the other islands of the Grenadines; mobile-cellular teledensity about 75 telephones per 100 persons international: country code – 1-784; the East Caribbean Fiber Optic System (ECFS) and Southern Caribbean fiber optic system (SCF) submarine cables carry international calls; connectivity also provided by VHF/UHF radiotelephone from Saint Vincent to Barbados; SHF radiotelephone to Grenada and Saint Lucia; access to Intelsat earth station in Martinique through Saint Lucia |
| Samoa | general assessment: adequate domestic: NA international: country code – 685; satellite earth station – 1 Intelsat (Pacific Ocean) |
| San Marino | general assessment: adequate connections domestic: automatic telephone system completely integrated into Italian system; combined fixed-line and mobile-cellular teledensity exceeds 130 telephones per 100 persons international: country code – 378; connected to Italian international network |
| Sao Tome and Principe | general assessment: adequate facilities domestic: minimal system international: country code – 239; satellite earth station – 1 Intelsat (Atlantic Ocean) |
| Saudi Arabia | general assessment: modern system domestic: extensive microwave radio relay, coaxial cable, and fiber-optic cable systems; mobile-cellular subscribership has been increasing rapidly international: country code – 966; landing point for the international submarine cable Fiber-Optic Link Around the Globe (FLAG) and for both the SEA-ME-WE-3 and SEA-ME-WE-4 submarine cable networks providing connectivity to Asia, Middle East, Europe, and US; microwave radio relay to Bahrain, Jordan, Kuwait, Qatar, UAE, Yemen, and Sudan; coaxial cable to Kuwait and Jordan; satellite earth stations – 5 Intelsat (3 Atlantic Ocean and 2 Indian Ocean), 1 Arabsat, and 1 Inmarsat (Indian Ocean region) |
| Senegal | general assessment: good system domestic: above-average urban system; more than half of all fixed-line connections are in Dakar with expansion of fixed-line services in rural areas needed; mobile-cellular service is expanding rapidly; microwave radio relay, coaxial cable and fiber-optic cable in trunk system international: country code – 221; the SAT-3/WASC fiber optic cable provides connectivity to Europe and Asia while Atlantis-2 provides connectivity to South America; satellite earth station – 1 Intelsat (Atlantic Ocean) |
| Serbia | general assessment: modernization of the telecommunications network has been slow as a result of damage stemming from the 1999 war and transition to a competitive market-based system; network was only 65% digitalized in 2005 domestic: teledensity remains below the average for neighboring states; GSM wireless service, available through multiple providers with national coverage, is growing very rapidly; best telecommunications service limited to urban centers international: country code – 381 |
| Seychelles | general assessment: effective system domestic: combined fixed-line and mobile-cellular teledensity is roughly 110 telephones per 100 persons; radiotelephone communications between islands in the archipelago international: country code – 248; direct radiotelephone communications with adjacent island countries and African coastal countries; satellite earth station – 1 Intelsat (Indian Ocean) |
| Sierra Leone | general assessment: marginal telephone service domestic: the national microwave radio relay trunk system connects Freetown to Bo and Kenema international: country code – 232; satellite earth station – 1 Intelsat (Atlantic Ocean) (2000) |
| Singapore | general assessment: excellent service domestic: excellent domestic facilities; launched 3G wireless service in February 2005; combined fixed-line and mobile-cellular teledensity is about 150 telephones per 100 persons international: country code – 65; numerous submarine cables provide links throughout Asia, Australia, the Middle East, Europe, and US; satellite earth stations -4; supplemented by VSAT coverage (2003) |
| Slovakia | general assessment: Slovakia has a modern telecommunications system that has expanded dramatically in recent years with the growth in cellular services domestic: analog system is now receiving digital equipment and is being enlarged with fiber-optic cable, especially in the larger cities; 3 companies provide nationwide cellular services international: country code – 421; 3 international exchanges (1 in Bratislava and 2 in Banska Bystrica) are available; Slovakia is participating in several international telecommunications projects that will increase the availability of external services |
| Slovenia | general assessment: well-developed telecommunications infrastructure domestic: combined fixed-line and mobile-cellular teledensity exceeds 130 telephones per 100 persons international: country code – 386 |
| Solomon Islands | general assessment: NA domestic: NA international: country code – 677; satellite earth station – 1 Intelsat (Pacific Ocean) |
| Somalia | ngeneral assessment: the public telecommunications system was almost completely destroyed or dismantled during the civil war; private wireless companies offer service in most major cities and charge the lowest international rates on the continent domestic: local cellular telephone systems have been established in Mogadishu and in several other population centers international: country code – 252; international connections are available from Mogadishu by satellite (2001) |
| South Africa | general assessment: the system is the best developed and most modern in Africa domestic: combined fixed-line and mobile-cellular teledensity roughly 100 telephones per 100 persons; consists of carrier-equipped open-wire lines, coaxial cables, microwave radio relay links, fiber-optic cable, radiotelephone communication stations, and wireless local loops; key centers are Bloemfontein, Cape Town, Durban, Johannesburg, Port Elizabeth, and Pretoria international: country code – 27; the SAT-3/WASC and SAFE fiber optic cable systems connect in South Africa providing connectivity to Europe and Asia; satellite earth stations – 3 Intelsat (1 Indian Ocean and 2 Atlantic Ocean) |
| South Georgia and the South Sandwich Islands | general assessment: NA domestic: NA international: coastal radiotelephone station at Grytviken |
| Spain | general assessment: well developed, modern facilities; fixed-line teledensity is 45 connections for each 100 persons domestic: combined fixed-line and mobile-cellular teledensity is 160 telephones per 100 persons international: country code – 34; submarine cables provide connectivity to Europe, Middle East, Asia, and US; satellite earth stations – 2 Intelsat (1 Atlantic Ocean and 1 Indian Ocean), NA Eutelsat; tropospheric scatter to adjacent countries |
| Sri Lanka | general assessment: telephone services have improved significantly and are available in most parts of the country domestic: national trunk network consists mostly of digital microwave radio relay; fiber-optic links now in use in Colombo area and 2 fixed wireless local loops have been installed; competition is strong in mobile cellular systems and mobile cellular subscribership is increasing; combined fixed-line and mobile-cellular telephone density is about 50 per 100 inhabitants international: country code – 94; the SEA-ME-WE-3 and SEA-ME-WE-4 submarine cables provide connectivity to Asia, Australia, Middle East, Europe, US; satellite earth stations – 2 Intelsat (Indian Ocean) |
| Sudan | general assessment: large, well-equipped system by regional standards and being upgraded; cellular communications started in 1996 and have expanded substantially domestic: consists of microwave radio relay, cable, radiotelephone communications, tropospheric scatter, and a domestic satellite system with 14 earth stations international: country code – 249; linked to international submarine cable Fiber-Optic Link Around the Globe (FLAG); satellite earth stations – 1 Intelsat (Atlantic Ocean), 1 Arabsat (2000) |
| Suriname | general assessment: international facilities are good domestic: combined fixed-line and mobile-cellular teledensity about 90 telephones per 100 persons; microwave radio relay network international: country code – 597; satellite earth stations – 2 Intelsat (Atlantic Ocean) |
| Svalbard | general assessment: probably adequate domestic: local telephone service international: country code – 47-790; satellite earth station – 1 of unknown type (for communication with Norwegian mainland only) |
| Swaziland | general assessment: a somewhat modern but not an advanced system domestic: mobile-cellular subscribership is increasing; combined fixed-line and mobile cellular teledensity about 25 telephones per 100 persons; telephone system consists of carrier-equipped, open-wire lines and low-capacity, microwave radio relay international: country code – 268; satellite earth station – 1 Intelsat (Atlantic Ocean) |
| Sweden | general assessment: highly developed telecommunications infrastructure; ranked among leading countries for fixed-line, mobile-cellular, Internet and broadband penetration domestic: coaxial and multiconductor cables carry most of the voice traffic; parallel microwave radio relay systems carry some additional telephone channels international: country code – 46; submarine cables provide links to other Nordic countries and Europe; satellite earth stations – 1 Intelsat (Atlantic Ocean), 1 Eutelsat, and 1 Inmarsat (Atlantic and Indian Ocean regions); note – Sweden shares the Inmarsat earth station with the other Nordic countries (Denmark, Finland, Iceland, and Norway) |
| Switzerland | general assessment: highly developed telecommunications infrastructure with excellent domestic and international services domestic: ranked among leading countries for fixed-line teledensity and infrastructure; mobile-cellular subscribership roughly 100 per 100 persons; extensive cable and microwave radio relay networks international: country code – 41; satellite earth stations – 2 Intelsat (Atlantic Ocean and Indian Ocean) |
| Syria | general assessment: fair system currently undergoing significant improvement and digital upgrades, including fiber-optic technology domestic: the number of fixed-line connections has increased markedly since 2000; mobile-cellular service growing rapidly and teledensity has reached 25 wireless telephones per 100 persons; coaxial cable and microwave radio relay network international: country code – 963; submarine cable connection to Cyprus; satellite earth stations – 1 Intelsat (Indian Ocean) and 1 Intersputnik (Atlantic Ocean region); coaxial cable and microwave radio relay to Iraq, Jordan, Lebanon, and Turkey; participant in Medarabtel |
| Taiwan | general assessment: provides telecommunications service for every business and private need domestic: thoroughly modern; completely digitalized international: country code – 886; numerous submarine cables provide links throughout Asia, Australia, the Middle East, Europe, and US; 2 satellite earth stations |
| Tajikistan | general assessment: poorly developed and not well maintained; many towns are not linked to the national network domestic: the domestic telecommunications network has historically been under funded and poorly maintained; main line availability has not changed significantly since 1998; cellular telephone use is growing but coverage remains limited international: country code – 992; linked by cable and microwave radio relay to other CIS republics and by leased connections to the Moscow international gateway switch; Dushanbe linked by Intelsat to international gateway switch in Ankara (Turkey); satellite earth stations – 1 Orbita and 2 Intelsat (2006) |
| Tanzania | general assessment: telecommunications services are inadequate; system operating below capacity and being modernized for better service; small aperture terminal (VSAT) system under construction domestic: fixed-line telephone network inadequate with less than 1 connection per 100 persons; mobile-cellular service, aided by multiple providers, is increasing; trunk service provided by open-wire, microwave radio relay, tropospheric scatter, and fiber-optic cable; some links being made digital international: country code – 255; satellite earth stations – 2 Intelsat (1 Indian Ocean, 1 Atlantic Ocean) |
| Thailand | general assessment: high quality system, especially in urban areas like Bangkok domestic: fixed line system provided by both a government owned and commercial provider; wireless service expanding rapidly and outpacing fixed lines international: country code – 66; connected to major submarine cable systems providing links throughout Asia, Australia, Middle East, Europe, and US; satellite earth stations – 2 Intelsat (1 Indian Ocean, 1 Pacific Ocean) |
| Timor-Leste | general assessment: rudimentary service limited to urban areas domestic: system suffered significant damage during the violence associated with independence; extremely limited fixed-line services; mobile-cellular services and coverage limited primarily to urban areas international: country code – 670; international service is available in major urban centers |
| Togo | general assessment: fair system based on a network of microwave radio relay routes supplemented by open-wire lines and a mobile cellular system domestic: microwave radio relay and open-wire lines for conventional system; combined fixed-line and mobile-cellular teledensity roughly 15 telephones per 100 persons international: country code – 228; satellite earth stations – 1 Intelsat (Atlantic Ocean), 1 Symphonie |
| Tokelau | general assessment: modern satellite-based communications system domestic: radiotelephone service between islands international: country code – 690; radiotelephone service to Samoa; government-regulated telephone service (TeleTok), with 3 satellite earth stations |
| Tonga | general assessment: competition between Tonga Telecommunications Corporation (TCC) and Shoreline Communications Tonga (SCT) is accelerating expansion of telecommunications; SCT recently granted authority to develop high-speed digital service for telephone, Internet, and television domestic: combined fixed-line and mobile-cellular teledensity roughly 40 telephones per 100 persons; fully automatic switched network international: country code – 676; satellite earth station – 1 Intelsat (Pacific Ocean) (2004) |
| Trinidad and Tobago | general assessment: excellent international service; good local service domestic: mobile-cellular teledensity exceeds 150 telephones per 100 persons international: country code – 1-868; submarine cable systems provide connectivity to US and parts of the Caribbean and South America; satellite earth station – 1 Intelsat (Atlantic Ocean); tropospheric scatter to Barbados and Guyana |
| Tunisia | general assessment: above the African average and continuing to be upgraded; key centers are Sfax, Sousse, Bizerte, and Tunis; Internet access available domestic: in an effort jumpstart expansion of the fixed-line network, the government has awarded a concession to build and operate a VSAT network with international connectivity; competition between the two mobile-cellular service providers has resulted in lower activation and usage charges and a strong surge in subscribership; overall fixed-line and mobile-cellular teledensity is about 85 telephones per 100 persons international: country code – 216; a landing point for the SEA-ME-WE-4 submarine cable system that provides links to Europe, Middle East, and Asia; satellite earth stations – 1 Intelsat (Atlantic Ocean) and 1 Arabsat; coaxial cable and microwave radio relay to Algeria and Libya; participant in Medarabtel; 2 international gateway digital switches |
| Turkey | general assessment: undergoing rapid modernization and expansion especially with cellular telephones domestic: additional digital exchanges are permitting a rapid increase in subscribers; the construction of a network of technologically advanced intercity trunk lines, using both fiber-optic cable and digital microwave radio relay, is facilitating communication between urban centers; remote areas are reached by a domestic satellite system; the number of subscribers to mobile cellular telephone service is growing rapidly international: country code – 90; international service is provided by the SEA-ME-WE-3 submarine cable and by submarine fiber-optic cables in the Mediterranean and Black Seas that link Turkey with Italy, Greece, Israel, Bulgaria, Romania, and Russia; satellite earth stations – 12 Intelsat; mobile satellite terminals – 328 in the Inmarsat and Eutelsat systems (2002) |
| Turkmenistan | general assessment: poorly developed domestic: Turkmenistan’s telecommunications network remains woefully underdeveloped; Turkmentelekom, in cooperation with foreign investors, is planning to upgrade the country’s telephone exchanges and install a new digital switching system international: country code – 993; linked by cable and microwave radio relay to other CIS republics and to other countries by leased connections to the Moscow international gateway switch; a new telephone link from Ashgabat to Iran has been established; a new exchange in Ashgabat switches international traffic through Turkey via Intelsat; satellite earth stations – 1 Orbita and 1 Intelsat (2006) |
| Turks and Caicos Islands | general assessment: fully digital system with international direct dialing domestic: full range of services available; GSM wireless service available international: country code – 1-649; the Americas Region Caribbean Ring System (ARCOS-1) fiber optic telecommunications submarine cable provides connectivity to South and Central America, parts of the Caribbean, and US; satellite earth station – 1 Intelsat (Atlantic Ocean) |
| Tuvalu | general assessment: serves particular needs for internal communications domestic: radiotelephone communications between islands international: country code – 688; international calls can be made by satellite |
| Uganda | general assessment: seriously inadequate; mobile cellular service is increasing rapidly, but a sharp increase in the number of main lines is essential; e-mail and Internet services are available domestic: intercity traffic by wire, microwave radio relay, and radiotelephone communication stations, fixed and mobile cellular systems for short-range traffic international: country code – 256; satellite earth stations – 1 Intelsat (Atlantic Ocean) and 1 Inmarsat; analog links to Kenya and Tanzania |
| Ukraine | general assessment: Ukraine’s telecommunication development plan, running through 2005, emphasizes improving domestic trunk lines, international connections, and the mobile cellular system domestic: at independence in December 1991, Ukraine inherited a telephone system that was antiquated, inefficient, and in disrepair; more than 3.5 million applications for telephones could not be satisfied; telephone density is rising and the domestic trunk system is being improved; about one-third of Ukraine’s networks are digital and a majority of regional centers now have digital switching stations; improvements in local networks and local exchanges continue to lag; the mobile cellular telephone system is expanding rapidly international: country code – 380; 2 new domestic trunk lines are a part of the fiber-optic Trans-Asia-Europe (TAE) system and 3 Ukrainian links have been installed in the fiber-optic Trans-European Lines (TEL) project that connects 18 countries; additional international service is provided by the Italy-Turkey-Ukraine-Russia (ITUR) fiber-optic submarine cable and by earth stations in the Intelsat, Inmarsat, and Intersputnik satellite systems |
| United Arab Emirates | general assessment: modern fiber-optic integrated services; digital network with rapidly growing use of mobile cellular telephones; key centers are Abu Dhabi and Dubai domestic: microwave radio relay, fiber optic and coaxial cable international: country code – 971; linked to the international submarine cable FLAG (Fiber-Optic Link Around the Globe); landing point for both the SEA-ME-WE-3 AND SEA-ME-WE-4 submarine cable networks; satellite earth stations – 3 Intelsat (1 Atlantic Ocean and 2 Indian Ocean) and 1 Arabsat; tropospheric scatter to Bahrain; microwave radio relay to Saudi Arabia |
| United Kingdom | general assessment: technologically advanced domestic and international system domestic: equal mix of buried cables, microwave radio relay, and fiber-optic systems international: country code – 44; numerous submarine cables provide links throughout Europe, Asia, Australia, the Middle East, and US; satellite earth stations – 10 Intelsat (7 Atlantic Ocean and 3 Indian Ocean), 1 Inmarsat (Atlantic Ocean region), and 1 Eutelsat; at least 8 large international switching centers |
| United States | general assessment: a large, technologically advanced, multipurpose communications system domestic: a large system of fiber-optic cable, microwave radio relay, coaxial cable, and domestic satellites carries every form of telephone traffic; a rapidly growing cellular system carries mobile telephone traffic throughout the country international: country code – 1; multiple ocean cable systems provide international connectivity; satellite earth stations – 61 Intelsat (45 Atlantic Ocean and 16 Pacific Ocean), 5 Intersputnik (Atlantic Ocean region), and 4 Inmarsat (Pacific and Atlantic Ocean regions) (2000) |
| Uruguay | general assessment: fully digitalized domestic: most modern facilities concentrated in Montevideo; new nationwide microwave radio relay network; overall fixed-line and mobile-cellular teledensity is approaching 100 telephones per 100 persons international: country code – 598; the UNISOR submarine cable system provides direct connectivity to Brazil and Argentina; satellite earth stations – 2 Intelsat (Atlantic Ocean) (2002) |
| Uzbekistan | general assessment: antiquated and inadequate; in serious need of modernization domestic: the main line telecommunications system is dilapidated and telephone density is low; the state-owned telecom company, Uzbektelecom, is using a US$110 million loan from the Japanese government to improve main line services; mobile services are growing swiftly, with the subscriber base more than doubling in 2007 to 5.8 million international: country code – 998; linked by landline or microwave radio relay with CIS member states and to other countries by leased connection via the Moscow international gateway switch; after the completion of the Uzbek link to the Trans-Asia-Europe (TAE) fiber-optic cable, Uzbekistan will be independent of Russian facilities for international communications (2006) |
| Vanuatu | general assessment: NA domestic: NA international: country code – 678; satellite earth station – 1 Intelsat (Pacific Ocean) |
| Venezuela | general assessment: modern and expanding domestic: domestic satellite system with 3 earth stations; recent substantial improvement in telephone service in rural areas; substantial increase in digitalization of exchanges and trunk lines; installation of a national interurban fiber-optic network capable of digital multimedia services; fixed-line teledensity, at 16 per 100 persons, is low by regional standards; mobile-cellular subscribership jumped 50 percent in 2006 international: country code – 58; submarine cable systems provide connectivity to the Caribbean, Central and South America, and US; satellite earth stations – 1 Intelsat (Atlantic Ocean) and 1 PanAmSat; participating with Colombia, Ecuador, Peru, and Bolivia in the construction of an international fiber-optic network |
| Vietnam | general assessment: Vietnam is putting considerable effort into modernization and expansion of its telecommunication system, but its performance continues to lag behind that of its more modern neighbors domestic: all provincial exchanges are digitalized and connected to Hanoi, Da Nang, and Ho Chi Minh City by fiber-optic cable or microwave radio relay networks; main lines have been substantially increased, and the use of mobile telephones is growing rapidly international: country code – 84; a landing point for the SEA-ME-WE-3, the C2C, and Thailand-Vietnam-Hong Kong submarine cable systems; the Asia-America Gateway submarine cable system, scheduled for completion by the end of 2008, will provide new access links to Asia and the US; satellite earth stations – 2 Intersputnik (Indian Ocean region) |
| Virgin Islands | general assessment: modern system with total digital switching, uses fiber-optic cable and microwave radio relay domestic: full range of services available international: country code – 1-340; submarine cable connections to US, the Caribbean, Central and South America; satellite earth stations – NA |
| Wake Island | general assessment: satellite communications; 2 DSN circuits off the Overseas Telephone System (OTS) domestic: NA international: NA |
| Wallis and Futuna | general assessment: NA domestic: NA international: country code – 681 |
| West Bank | general assessment: NA domestic: Israeli company BEZEK and the Palestinian company PALTEL are responsible for fixed line services; the Palestinian JAWAL company provides cellular services international: country code – 970 (2004) |
| Western Sahara | general assessment: sparse and limited system domestic: NA international: country code – 212; tied into Morocco’s system by microwave radio relay, tropospheric scatter, and satellite; satellite earth stations – 2 Intelsat (Atlantic Ocean) linked to Rabat, Morocco |
| World | general assessment: NA domestic: NA international: NA |
| Yemen | general assessment: since unification in 1990, efforts have been made to create a national telecommunications network domestic: the national network consists of microwave radio relay, cable, tropospheric scatter, and GSM cellular mobile telephone systems; fixed-line and mobile-cellular teledensity remains low by regional standards international: country code – 967; landing point for the international submarine cable Fiber-Optic Link Around the Globe (FLAG); satellite earth stations – 3 Intelsat (2 Indian Ocean and 1 Atlantic Ocean), 1 Intersputnik (Atlantic Ocean region), and 2 Arabsat; microwave radio relay to Saudi Arabia and Djibouti |
| Zambia | general assessment: facilities are aging but still among the best in Sub-Saharan Africa domestic: high-capacity microwave radio relay connects most larger towns and cities; several cellular telephone services in operation and network coverage is improving; Internet service is widely available; very small aperture terminal (VSAT) networks are operated by private firms international: country code – 260; satellite earth stations – 2 Intelsat (1 Indian Ocean and 1 Atlantic Ocean) |
| Zimbabwe | general assessment: system was once one of the best in Africa, but now suffers from poor maintenance; more than 100,000 outstanding requests for connection despite an equally large number of installed but unused main lines domestic: consists of microwave radio relay links, open-wire lines, radiotelephone communication stations, fixed wireless local loop installations, and a substantial mobile cellular network; Internet connection is available in Harare and planned for all major towns and for some of the smaller ones international: country code – 263; satellite earth stations – 2 Intelsat; 2 international digital gateway exchanges (in Harare and Gweru) |