MultiStandard

Frontier Silicon Demos Multi-standard Mobile TV and Radio

London (PRWEB) September 9, 2005 Frontier Silicon – the leading fabless manufacturer of semiconductors for mobile digital television (MDTV) and DAB digital radio products – will show its complete digital TV and radio reception capability for mobile applications using T-DMB, DVB-H and DAB technologies. Among the demonstrations on its stand will be its first […]

Frontier Silicon Demos Multi-standard Mobile TV and Radio Read More »

RadioScape Announces Breakthrough in Multi-Standard RF for Digital Radio

London, UK (PRWEB) May 10, 2006 – RadioScape has used its world-class RF and software expertise to create the first, software-controlled, single chip RF front end that can handle six frequency bands — Band III and L-Band for Digital Audio Broadcasting (DAB), medium wave, long wave and short wave for AM and Digital Radio Mondiale

RadioScape Announces Breakthrough in Multi-Standard RF for Digital Radio Read More »

World’s First Multi-Standard, Multi-Band Mobile Digital TV Chip Set to be Developed by Frontier Silicon

Singapore, (PRWEB) June 14, 2005 Frontier Silicon, the leading fabless manufacturer of semiconductors for mobile digital television (MDTV) and DAB digital radio products – has announced today that it is developing Kino 3, a new multi-standard and multi-band MDTV chip set supporting both the Korean and European digital multimedia broadcast (DMB) as well as the

World’s First Multi-Standard, Multi-Band Mobile Digital TV Chip Set to be Developed by Frontier Silicon Read More »

Multi-Standard Modem Includes High-Quality DTMF Decoder

(PRWEB) May 6, 2006 The CMX867A is a newly enhanced V.22 multi-standard modem IC, specifically targeted at telephone based information systems. The key feature of the CMX867A is the inclusion of a high-quality DTMF decoder, offering excellent immunity to falsing on voice, which greatly increases the applications to which this advanced modem IC is

Multi-Standard Modem Includes High-Quality DTMF Decoder Read More »

Scroll to Top