The TV on the wall - has its time come?

• Published in: IEE conference publication pp. 575 - 580
• Main Authors: Parker, D.W, Knapp, A.G, Baller, T.S
• Format: Conference Proceeding
• Language: English
• Published: London IEE 1997
• Subjects: Applied sciences; Broadcasting. Videocommunications. Audiovisual; Display; Display technology; Electronics; Exact sciences and technology; Gas discharge tubes and devices; High definition television; Liquid crystal devices; Radio and television receivers; Telecommunications; Telecommunications and information theory; Television; flat panel displays; large thin flat television display; large screen displays; consumer market; liquid crystal displays; high definition television; flat panel technologies; gas-discharge displays; reviews; television receivers; plasma display panels; active matrix liquid crystal display; plasma addressed liquid crystal display; high resolution application; HDTV
• ISBN: 9780852966945; 0852966946
• ISSN: 0537-9989
• DOI: 10.1049/cp:19971334

For many decades television engineers have dreamt of "the TV on the wall". The display engineer has always answered, "maybe in about ten years time". However now, for the first time, there is more than one technology offering a real possibility that the large, thin, flat television display will become a reality. There are three flat panel technologies to consider; active matrix liquid crystal, plasma addressed liquid crystal and plasma display panels. Television receivers utilising each of these approaches are promised for the consumer market in the near future albeit at a high price and in small quantities. The viability of HDTV is considered by some to be crucially dependent on the development of such displays and their promise for this high resolution application is considered. The paper reviews the key features of the three approaches and compares and contrasts their particular advantages and disadvantages for television applications. Finally, an attempt is made to answer the question posed by the title of the paper.