| 1958 |
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Televes is founded. |
| 1960 |
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Televes launches the market duraluminium antennas. Televes' antennas are not made of iron. |
| 1965 |
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Televes presents a complete range of amplification and distribution products for communal antennas. |
| 1966 |
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Televes presenta una gama completa de productos de amplificación y distribución para antenas colectivas. |
| 1970 |
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Integration of whole circuit components in printed circuits. |
| 1983 |
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Televes is the first company in the world in its sector that embodies component surface mounting technology (SMD). |
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During this time it also manufactures microprocessors that are incorporated into its products for the treatment of audio and video signals. |
| 1984 |
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Connection of its commercial network into the SPCM network through computerised emulation techniques. |
| 1985 |
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CAD system development for the design of high frequency printed circuits. |
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Televes invents the TV-SAT signal distribution system through a communal system (SMATV). It is a European patent. This system invented by Televes has not been surpassed even today. |
| 1986 |
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It begins process development and investigation into the incorporation of Stripline technology. |
| 1987 |
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Televes starts to process development and investigation into the incorporation of Microstrip technology. |
| 1988 |
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Commercialisation of the first MATV amplifier with printed lines. The incorporation of Stripline technology.. |
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Televes embodies, in its antenna laboratory, a system of integrated development (simulation, analysis and design) of TV-SAT reflecting structures. |
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Televes designs and launches the first system of multisatellite reception into the market. |
| 1989 |
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It obtains the first flexible manufacturing robot cell. |
| 1990 |
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Televes incorporates band printed filters in its broadband amplifiers. |
| 1991 |
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Televes obtains, in its antenna laboratory, a system for the integrated development (simulation, analysis and design) of lineal structures. |
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Televes designs and launches its Pro 45 antenna into the market. |
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Televes designs its first electronically printed antenna. |
| 1992 |
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Robotic automation. Thanks to the high technology obtained in electronic design, Televes constructs printed circuits and amplification systems in the production system and automated adjustments. |
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Televes launches into the market a flexible, intelligent and compact system for TV-SAT reception; this device avoids single channel amplification. This was the birth of STAR 94. |
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Fruit of the achieved technology in Microstrip and Stripline developments, component integration and robotic automation, Televes develops a miniaturised amplifier with the same easy installation as T-30 but with the power of T92. Televes presents its T94 in the market. |
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Planning 100. Only Televes was capable of achieving this. In March of 1992, thanks to its innovation capacity, Televes assumed the challenge of launching into the market 100 new products in 9 months. Televes accomplished this. |
| 1994 |
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We incorporate a new strategy on both individual and communal antennas, the RADOME-ENCLOSED ANTENNAS. |
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Televes is granted the ISO 9001 standard certificate. |
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Televes designs and manufactures a new complete distribution system (up to 2050 MHz) which is launched into the market. |
| 1995 |
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Televes becomes part of the DVB. |
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We launch the STAR 2000 system, a satellite receiver that covers the range from 700 - 2150 MHz. |
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The start of the Monitoring the Robotics (robotised) Plant Project. In collaboration with the I.E.A. of the University of Vigo, Televes develops the Communications Server. |
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Together with IBM and Gainsa, we develop the first Client-Server application, using technology orientated towards Visualage objects. |
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The first automatic insertion of zamak cells. |
| 1996 |
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The EMC project; Televes develops new molds in compliance with European legislation, by using the clamp system. |
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We launch the Kompact series of broadband and split-band amplifiers. |
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After many years of working on European projects, for the first time, Televes becomes a member in an ACTS project, in the VALIDATE scheme. |
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Televes presents the first TDT, the Digital Transmodulator QPSK-QAM, at the MATELEC exhibition. |
| 1997 |
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Televes establishes a Subsidiary Office in France, Televes France, S.A.R.L. |
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We launch the first configurable broadband amplifier into the market. |
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We launch the Transparent Digital Transmodulator (TDT) QPSK-QAM. |
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Incorporation of the R+D department into all its processes. |
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Televes actively participates in the development of the Bill 1/1998 on Common Infrastructures in buildings for access to Telecommunication Services, as well as in the subsequent Regulations. |
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The first product marking cell is installed by laser. |
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Televes begins to use Simulation techniques, thereby modelling and simulating the Robotics Plant. |
| 1998 |
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Televes joins the DIGITAG project. |
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Televes joins the TELECOM R+D organisation. |
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Televes becomes a member of CEDOM. |
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The first inspection cell via artificial vision is installed using artificial vision. |
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The first inspection cell via artificial vision is installed using artificial vision. |
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The first robotised cell for the insertion of coils is installed. |
| 1999 |
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Televes establishes a Subsidiary Office in the Middle East, Televes Middle East, F.Z.E. |
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Televes launches the first Digital Terrestrial Television processors and their adjustment to communal distribution networks. |
| 2000 |
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We launch a new digital terrestrial TV antenna with a Margin Rising Device (impulsive noise reducer). |
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Televes launches the first communcations platform for all types of buildings; the COAXCOM platform. |
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Televes presents the Headend Management System. |
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Televes presents a new mechanical technique for Headend systems which is fully compatible with rack and wall mounting. |
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Televes launches the first processor for digital cable networks. |
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We start to use the robotised product verification cells in our Robotics Plant. |
| 2001 |
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Televes launches a new distribution system into the market. With new S&C that provides the advantages of an F connector and of an S&C system. |
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Televes launches a new narrow band amplification system, featuring a highly selective amplifier. |
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Televes incorporates a new low harmonic distortion devic0e in broadband amplification (HELA). |
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Televes presents its new range of controllable products. |
| 2002 |
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Televes launches a COFDM-PAL for SFN networks. |
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Televes launches a micro-realy transmitter for DTT (limited coverage). |
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Televes launches an indoor antenna especially designed for terrestrial digital television. |
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Televes launches into the English market the Attic-Box system, especially designed for the new SKY receiver. |
| 2003 |
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Televes obtains the European patent for “coaxial cable connector”. |
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Televes launches its own Field Strength Meter designed and manufactured by the Televes corporation. The FSM range is born. |
| 2004 |
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A DTT receiver developed and manufactured by Televes is launched. The ZAS is born. |
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The TelevesIntegra system for Multi Dwelling Units is presented at the Matelec exhibition. |
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New outlet plates “live patent”. |
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Televes develops SW suitable for the design of Telecommunications Installations in Multi&Single Dwelling Units. (especially adapted for the ICT) Cast30. |
| 2005 |
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Televes launches the 8PSK/QPSK-XQAM trasnmodulator suitable for High Definition TV in the USA. |
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Televes is the first company worldwide that benchmarkes in the Confederation of Aerial Industries (CAI) a Wideband Standard 1 Aerial. |
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An IP over coax platform is launched (COAXDATA). |
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Launch of the QPSK-PAL with Common Interface Transmodulator. |
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Televes takes part in the Interactive High Definition project. |
| 2006 |
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Televes distributes the new range of Domestic Amplifiers with Switch Mode Power Supply. |
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All the DTT and DAB Televes Aerial Ranges become Fully Shielded hence impulsive noise is avoided. |
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Televes launches the new programmable amplifier with AGC for Single Dwelling Units. Avant 3. |
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Launch of the new Fiber Optics range. |
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The TelevesIntegra security platform is demonstrated in the Matelec show. |
| 2007 |
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Televes joins the High Definition TV project “Palco HD”. |
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The distribution Range is completed with the 6 and 8way splitters with EasyF technology. |
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New automated manufacturing lines are implemented. |
