Summary of Worlds First Multi-Standard, Multi-Band Mobile Digital TV Chip Set to be Developed by Frontier Silicon
Frontier Silicon is developing Kino 3, a world-first multi-standard MDTV chip set supporting Korean/European DMB and DVB-H standards. This device integrates a silicon tuner with a software-defined radio baseband processor to overcome regulatory and infrastructure barriers in mobile TV deployment. Expected to launch in 2006, the low-power solution aims to compete on cost, size, and power efficiency against single-standard devices, targeting handheld video reception across global markets.
Parts used in the Kino 3 Project:
- Multi-standard baseband demodulator/decoder
- Multi-band RF tuner IC (Band II, III, IV, V, and L-band)
- Integrated microcontroller
- Integrated memory
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 DVB-H standard for mobile TV reception. This will be worlds first device to combine a silicon tuner with broad tuning range and a baseband processor utilizing software defined radio techniques to address multiple MDTV reception standards and Kino 3 will compete in terms of cost, size and power consumption with devices that just support a single standard.
Speaking at this weeks Broadcast Asia Conference in Singapore, Anthony Sethill, CEO of Frontier Silicon, said, We strongly believe that regulatory, spectrum allocation and installed infrastructure issues could considerably slow down the deployment of MDTV worldwide. With our experience in developing pioneering semiconductor solutions for digital broadcasting, we recognized this as a company early on and deployed resources to develop multi-standard ICs. Our aim is therefore to remove this barrier by quickly introducing a solution, and we are on course to introduce our Kino 3 solution in 2006.
DMB is an extension of the Eureka 147 specification commonly known as DAB and used for digital radio broadcasts in much of Europe. DVB-H has been developed as an extension to the existing DVB-T standard which is widely used across Europe for digital TV broadcasts. Both DMB and DVB-H have been developed to provide the robust and high bandwidth data channels required to enable the reliable reception of digital video on handheld devices.
Commercial MDTV services based on DMB are expected to roll out in Korea during 2005 and in the UK and Germany in 2006. Commercial services based on DVB-H will go live in USA during 2006 and parts of Europe will also adopt this standard during 2006 and 2007.
Sethill adds, With our innovative technology and business models we have already had a big impact on the audio broadcast market with over 70% of all DAB radios using our products. We are now investing heavily in our multi-standard development to ensure that we have a similar impact on the MDTV market.
Details of Frontier Silicons Kino 3 chip set will be announced in 2006. In outline, it comprises a state-of-the-art multi-standard baseband demodulator/decoder and multi-band (Band II, III, IV, V and L-band) RF tuner IC, and incorporates integrated microcontroller and memory. The extremely low power chip set is expected to consume less than 50mW in DVB-H channel mode.
About Frontier Silicon:
Frontier Silicon is an award-winning company at the forefront of the digital multimedia revolution with a range of semiconductor solutions for mobile digital television, digital TV and digital radio.
The company develops and delivers both the broadcast signal receiver modules and digital processing circuits as individual chips and complete system modules to leading consumer electronics and mobile phone brands.
As a fabless semiconductor business, Frontier Silicon’s core products include complete DAB modules, DVB-T solutions, DMB (digital multimedia broadcasting) solutions, and the underlying system-on-chip (SoC) devices and receiver chips.
Key customers for the company’s products include consumer electronic, automotive entertainment and PDA/mobile phone manufacturers such as Bang & Olufsen, Cambridge Audio, Goodmans, Grundig, Hitachi, Ministry of Sound, Philips, PURE Digital, Roberts Radio, Samsung, Sharp, Sony and TEAC. Frontier Silicon has won a number of awards and its products have also enabled award-winning consumer products. The company’s awards include the Fabless Semiconductor Association’s start-up to watch award, PricewaterhouseCoopers hottest technology company of 2004 award, the World Economic Forum’s technology pioneers to watch 2005, and the Tornado T100 award for one of the best-performing and innovative high-tech private companies. For more information visit http://www.frontier-silicon.com.
Contact:
Anthony Sethill
+44 0 1923 474200
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Find More Microcontroller Press Releases
- What is the Kino 3 chip set?
Kino 3 is a new multi-standard and multi-band MDTV chip set supporting Korean and European DMB as well as the DVB-H standard. - When will the Kino 3 solution be introduced?
The company is on course to introduce the Kino 3 solution in 2006. - How much power does the chip set consume?
The extremely low power chip set is expected to consume less than 50mW in DVB-H channel mode. - Which broadcast standards does Kino 3 support?
Kino 3 supports the Korean and European digital multimedia broadcast (DMB) as well as the DVB-H standard. - Can Kino 3 compete with single-standard devices?
Yes, Kino 3 will compete in terms of cost, size, and power consumption with devices that just support a single standard. - What components are included in the Kino 3 outline?
It comprises a state-of-the-art multi-standard baseband demodulator/decoder, multi-band RF tuner IC, integrated microcontroller, and memory. - Where are commercial DMB services expected to roll out?
Commercial MDTV services based on DMB are expected to roll out in Korea during 2005 and in the UK and Germany in 2006. - What technique does the baseband processor utilize?
The baseband processor utilizes software defined radio techniques to address multiple MDTV reception standards.
