Allows for massproduction With relatively simple The system was The MCM-TDM signal The system was 12. Receiver low-cost manufacturing and lowcost design (low complexity) it specifically optimized to processing will be specifically optimized to manufacturing consumer receivers. is anticipated that enable an initial low embedded in microchips enable an initial low Typical receivers have relatively low-cost complexity portable suitable for mass complexity vehicular been integrated in two consumer receivers can be receiver deployment. production receiver deployment. A chips. One chip developed Several models of low cost standardization group has manufacturer has receivers based on large been established to achieve integrated the full receiver scale integration mass low-cost receivers based circuitry into one chip production techniques are on large scale integration being manufactured mass production techniques Notes to Table 1: CDM: code division multiplex COFDM: coded orthogonal frequency division multiplex DVBS: digital video broadcasting using satellite DVBT: terrestrial digital video broadcasting FEC: forward error correction FIC: fast information channel HTML: hypertext markup language services digital broadcasting using satellite terrestrial integrated services digital broadcasting JPEG: Joint Photographic Experts Group MCM: multi-carrier modulation LoS: line-of-sight MPEG: Moving Pictures Experts Group OSI: open system interconnection QPSK: quadraphase shift keying TDM: time division multiplex
12. Receiver low-cost manufacturing Allows for massproduction manufacturing and lowcost consumer receivers. Typical receivers have been integrated in two chips. One chip manufacturer has integrated the full receiver circuitry into one chip With relatively simple design (low complexity) it is anticipated that relatively low-cost consumer receivers can be developed The system was specifically optimized to enable an initial low complexity portable receiver deployment. Several models of low cost receivers based on large scale integration mass production techniques are being manufactured The MCM-TDM signal processing will be embedded in microchips suitable for mass production The system was specifically optimized to enable an initial low complexity vehicular receiver deployment. A standardization group has been established to achieve low-cost receivers based on large scale integration mass production techniques Notes to Table 1: CDM: code division multiplex COFDM: coded orthogonal frequency division multiplex DVBS: digital video broadcasting using satellite DVBT: terrestrial digital video broadcasting FEC: forward error correction FIC: fast information channel HTML: hypertext markup language services digital broadcasting using satellite terrestrial integrated services digital broadcasting JPEG: Joint Photographic Experts Group MCM: multi-carrier modulation LoS: line-of-sight MPEG: Moving Pictures Experts Group OSI: open system interconnection QPSK: quadraphase shift keying TDM: time division multiplex
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