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The world shipment of digital TV in the second quarter of 2006 achieved 15.5 million, accounting for 37% of the total TV shipment and 80% of the total incomes. The digital TV shipment in 2006 will achieve 68 million and 97.4 million by 2007. The market scale of digital TV semiconductor in 2005 reached US $4.34 billion, and US $11.5 billion is expected to hit by the year of 2010. The market of digital TV set-top box (STB for short) is also huge, the shipment of which in 2005 was about 65 million, and the figure is expected to be 79 million by 2009.
Internal module of digital TV IC
There are about 5-7 main chips in each digital TV, including digital signal tuner, digital signal demodulator, MPEG decoder, back-end image processor and EMS memory.
The digital TV is mainly to reduce the RF with the central frequency at about 200∼800MHz to IF with the central frequency at about 36MHz through the tuner after receiving the analog signals from TV stations through antenna. Then filter the unnecessary signals through Surface Acoustic Wave Filter.
Then the demodulator converts the analog signals to digital signals and reduces the signals to baseband signals with central frequency at 10MHz, which are absolutely digital signals here, the MPEG decoder converts these digital signals to analog signals, the analog signals here are still interlaced scanning signals which will become progressive scanning signals after the interpolation algorithm of back-end image processing.
For digital TV adopting American ATSC standard, the demodulator chips are rather troublesome because of the IEEE1394 and DVI or HDMI and demodulation of ATSC, in addition, the price is high. The IC component price of ATSC digital TV is about US $52, while the price of European DVB-T is about US $46 which is relatively lower.
Cost structure of digital TV IC components
The tuner is not an IC but a module, which is usually packaged by iron boxes and is so called radio frequency head. At the end of 2004, the silicon tuner was developed to substitute the iron box package, and the silicon tuner has now become the mainstream. In the key IC field of tuner, the industry concentration degree is not that high. The leading enterprise in the tuner IC field of DVB-T is Microtune, followed by Philips, Freescale and Conexant. In ATSC field, NxtWave (purchased by ATI with US $20 million) and Zenith (purchased by LG) are on the leading position. STMicroelectronics focuses on the STB (Set-top Box) and Broadcom focus on the Satellite TV.
The demodulator is the part with the highest technical contents. Some manufacturers encapsulate the tuner and demodulator chip into a single NIM module, but the individual demodulator is still the mainstream. The major manufacturers in the field include Intel, DiBcom, Philips and Afa Technology. Intel gained such technology through the purchasing of British Wireless Advanced Consumption Electronics Division of Zarlink in Canada. Intel has spent US 70 million for this acquisition, but the sales revenue of this division in 2005 fiscal year was only US 53 million. Intel is known as the leader of this field. DiBcom is a French manufacturer which is good at the demodulation of mobile DVB-T signals, i.e. the mobile phone TV DVB-H; DiBcom owns a couple of patents in the aspects of high-speed calculation, judgment structure of channels, Doppler compensation and so on. Most of these techniques are adopted in automobiles and with excellent signal receiving capacity when driving at high speed. The products not only have the advantage of low power consumption but also can receive the signals stably even at the speed of over 100 mi/h.
Afa Technology, established in Oct. 2002, is invested by the United Microelectronics Corporation (UMC), the world second largest wafer foundry. The first generation DVB-T demodulator single-chips which was launched at the 1Q 2005 by Afa Technology have been widely adopted in the car TV, hand-held digital TV, digital STB, PC/NB USB digital TV receiver and so on. Till now, the shipment of the first generation DVB-T demodulator single-chip has achieved over one million. Afa Technology will enlarge its client foundation and enhance its leading position in the market through the mass production of second generation AF9013 and AF9015. In addition to a series of the DVB-T demodulator single-chip, Afa Technology has continuously developed the DVB-H demodulator single-chip for the portable devices such as mobile phones, which is expected to be introduced into the market in the 4Q 2006.
The MPEG decoder of the digital TV mainly refers to MPEG£2 decoder, in which the MPEG£4 and H.264 are to be added soon. The MPEG£2 decoders adopted on digital TV are almost the same as the MPEG£2 decoders in DVD, yet digital TV can perform better with higher calculating speed and larger cache memory. At present, most of the DVDs are designed in single-chip, while the MPEG£2 decoders of digital TV appear separately. The technical threshold of MPEG decoder chip is not high, and the key is to control the cost, while the key to cost control is the integration degree, STMicroelectronics does the best in this field and has developed the sample of 65 Nano meter MPEG£2 decoders.
STMicroelectronics, which introduced the world first MPEG£2 decoder chip in 1995, is the strongest enterprise in MPEG decoder field, its global shipment has gained the first place successively for 11 years from 1995 to 2006 , in 2005, its shipment was 62 million, and its accumulative shipment reached as many as 400 million. The company has 59% market shares in satellite TV, 58.5% in CATV, 69% in DTTB and 50% in IPTV. STMicroelectronics almost monopolizes the STB field with 60 million adopting STMicroelectronics chip in 2005. The market share of cable STB in China achieved 85% which is still increasing speedily.
There are very few individual MPEG-2 manufacturers, the integration of MPEG£2 decoders into the TV control IC tend to be the trends. The individual MPEG-2 decoder IC mainly focuses on STB market, the manufacturers in this field are STMicroelectronics, Zoran of USA, Fujitsu of Japanese, Cheertek and Sunplus of Taiwan, and Haier of China, most of which avoid direct encountering with STMicroelectronics. Fujitsu also takes STB market as its target market, although MPEG-2 chips of Fujitsu adopt the self-developed MCU, Fujitsu may suffer a loss; moreover, its R&D locates in China, yet the shipment is not high. Cheertek and Haier both regard China as the target market in which the competition is rather severe, the price decreases quickly and so does the performance. Sunplus engages in many fields but good at nothing. Its gross profit is on the low side among the IC design companies. Zoran concentrates on the DVD industry. Some Chinese companies such as HiSilicon and Magima also entered in this field, but they have to consider the market development and cost control carefully.
The zooming, on-screen display and audio editing of TV control IC (basically equal to back-end image processor) are of little technical content except the interlaced scanning technique and color processing technique, so almost all the Japanese manufacturers can self-develop the chip. But the Occident, Korean and Chinese manufacturers have to rely on chip providers, which mainly are Gnesis, Pixelworks, Trident, STMicroelectronics, Micronas, Toshiba, Philips, ATI and Morningstar. However, along with the development cost increasing of control IC, Even Sony outsourced the development projects to Trident, and that Gnesis, Pixelworks are all in the loss.
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The world shipment of digital TV in the second quarter of 2006 achieved 15.5 million, accounting for 37% of the total TV shipment and 80% of the total incomes. The digital TV shipment in 2006 will achieve 68 million and 97.4 million by 2007. The market scale of digital TV semiconductor in 2005 reached US $4.34 billion, and US $11.5 billion is expected to hit by the year of 2010. The market of digital TV set-top box (STB for short) is also huge, the shipment of which in 2005 was about 65 million, and the figure is expected to be 79 million by 2009.
Internal module of digital TV IC
There are about 5-7 main chips in each digital TV, including digital signal tuner, digital signal demodulator, MPEG decoder, back-end image processor and EMS memory.
The digital TV is mainly to reduce the RF with the central frequency at about 200∼800MHz to IF with the central frequency at about 36MHz through the tuner after receiving the analog signals from TV stations through antenna. Then filter the unnecessary signals through Surface Acoustic Wave Filter.
Then the demodulator converts the analog signals to digital signals and reduces the signals to baseband signals with central frequency at 10MHz, which are absolutely digital signals here, the MPEG decoder converts these digital signals to analog signals, the analog signals here are still interlaced scanning signals which will become progressive scanning signals after the interpolation algorithm of back-end image processing.
For digital TV adopting American ATSC standard, the demodulator chips are rather troublesome because of the IEEE1394 and DVI or HDMI and demodulation of ATSC, in addition, the price is high. The IC component price of ATSC digital TV is about US $52, while the price of European DVB-T is about US $46 which is relatively lower.
Cost structure of digital TV IC components
The tuner is not an IC but a module, which is usually packaged by iron boxes and is so called radio frequency head. At the end of 2004, the silicon tuner was developed to substitute the iron box package, and the silicon tuner has now become the mainstream. In the key IC field of tuner, the industry concentration degree is not that high. The leading enterprise in the tuner IC field of DVB-T is Microtune, followed by Philips, Freescale and Conexant. In ATSC field, NxtWave (purchased by ATI with US $20 million) and Zenith (purchased by LG) are on the leading position. STMicroelectronics focuses on the STB (Set-top Box) and Broadcom focus on the Satellite TV.
The demodulator is the part with the highest technical contents. Some manufacturers encapsulate the tuner and demodulator chip into a single NIM module, but the individual demodulator is still the mainstream. The major manufacturers in the field include Intel, DiBcom, Philips and Afa Technology. Intel gained such technology through the purchasing of British Wireless Advanced Consumption Electronics Division of Zarlink in Canada. Intel has spent US 70 million for this acquisition, but the sales revenue of this division in 2005 fiscal year was only US 53 million. Intel is known as the leader of this field. DiBcom is a French manufacturer which is good at the demodulation of mobile DVB-T signals, i.e. the mobile phone TV DVB-H; DiBcom owns a couple of patents in the aspects of high-speed calculation, judgment structure of channels, Doppler compensation and so on. Most of these techniques are adopted in automobiles and with excellent signal receiving capacity when driving at high speed. The products not only have the advantage of low power consumption but also can receive the signals stably even at the speed of over 100 mi/h.
Afa Technology, established in Oct. 2002, is invested by the United Microelectronics Corporation (UMC), the world second largest wafer foundry. The first generation DVB-T demodulator single-chips which was launched at the 1Q 2005 by Afa Technology have been widely adopted in the car TV, hand-held digital TV, digital STB, PC/NB USB digital TV receiver and so on. Till now, the shipment of the first generation DVB-T demodulator single-chip has achieved over one million. Afa Technology will enlarge its client foundation and enhance its leading position in the market through the mass production of second generation AF9013 and AF9015. In addition to a series of the DVB-T demodulator single-chip, Afa Technology has continuously developed the DVB-H demodulator single-chip for the portable devices such as mobile phones, which is expected to be introduced into the market in the 4Q 2006.
The MPEG decoder of the digital TV mainly refers to MPEG£2 decoder, in which the MPEG£4 and H.264 are to be added soon. The MPEG£2 decoders adopted on digital TV are almost the same as the MPEG£2 decoders in DVD, yet digital TV can perform better with higher calculating speed and larger cache memory. At present, most of the DVDs are designed in single-chip, while the MPEG£2 decoders of digital TV appear separately. The technical threshold of MPEG decoder chip is not high, and the key is to control the cost, while the key to cost control is the integration degree, STMicroelectronics does the best in this field and has developed the sample of 65 Nano meter MPEG£2 decoders.
STMicroelectronics, which introduced the world first MPEG£2 decoder chip in 1995, is the strongest enterprise in MPEG decoder field, its global shipment has gained the first place successively for 11 years from 1995 to 2006 , in 2005, its shipment was 62 million, and its accumulative shipment reached as many as 400 million. The company has 59% market shares in satellite TV, 58.5% in CATV, 69% in DTTB and 50% in IPTV. STMicroelectronics almost monopolizes the STB field with 60 million adopting STMicroelectronics chip in 2005. The market share of cable STB in China achieved 85% which is still increasing speedily.
There are very few individual MPEG-2 manufacturers, the integration of MPEG£2 decoders into the TV control IC tend to be the trends. The individual MPEG-2 decoder IC mainly focuses on STB market, the manufacturers in this field are STMicroelectronics, Zoran of USA, Fujitsu of Japanese, Cheertek and Sunplus of Taiwan, and Haier of China, most of which avoid direct encountering with STMicroelectronics. Fujitsu also takes STB market as its target market, although MPEG-2 chips of Fujitsu adopt the self-developed MCU, Fujitsu may suffer a loss; moreover, its R&D locates in China, yet the shipment is not high. Cheertek and Haier both regard China as the target market in which the competition is rather severe, the price decreases quickly and so does the performance. Sunplus engages in many fields but good at nothing. Its gross profit is on the low side among the IC design companies. Zoran concentrates on the DVD industry. Some Chinese companies such as HiSilicon and Magima also entered in this field, but they have to consider the market development and cost control carefully.
The zooming, on-screen display and audio editing of TV control IC (basically equal to back-end image processor) are of little technical content except the interlaced scanning technique and color processing technique, so almost all the Japanese manufacturers can self-develop the chip. But the Occident, Korean and Chinese manufacturers have to rely on chip providers, which mainly are Gnesis, Pixelworks, Trident, STMicroelectronics, Micronas, Toshiba, Philips, ATI and Morningstar. However, along with the development cost increasing of control IC, Even Sony outsourced the development projects to Trident, and that Gnesis, Pixelworks are all in the loss.
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2005-2006 www.researchinchina.com All Rights Reserved |
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1. Overview of digital TV 1.1 Concepts 1.2 Advantages and characteristics 1.3 Transmission standard 1.4¡¢Brief introduction to digital TV chip 1.5 Design of digital LCD TV 2. Brief introduction to digital TV industry 3. Research on digital TV tuner industry 3.1¡¢Brief introduction to tuner 3.2¡¢Tuner market 3.3¡¢Microtune 3.4¡¢ANADIGICS 3.5¡¢ALPS 3.6¡¢Xceive 3.7¡¢Freescale 3.8¡¢RF Magic 4. Research on tuner manufacturers 4.1¡¢Brief introduction to tuner IC industry 4.2¡¢Frontier Silicon 4.3¡¢Afa 4.4¡¢Dibcom 4.5¡¢Siano 4.6¡¢Intel 4.7¡¢Samsung 5. Research on video decoder IC industry 5.1¡¢Introduction to video decoder IC 5.2¡¢MPEG video IC market 5.3¡¢STMicroelectronics 5.4¡¢Zoran 5.5¡¢ATI 5.6¡¢Cheertek 5.7¡¢Fujitsu 6. Research on digital TV control IC industry 6.1¡¢Brief introduction 6.2¡¢Research on control IC manufacturers: Trident 6.3¡¢Genesis 6.4¡¢Pixelworks 6.5¡¢MediaTek 7. Digital video transmission interface 7.1¡¢Status quo of digital video transmission standard 7.2¡¢Brief introduction to UDI digital video transmission standard 7.3¡¢Brief introduction to DisplayPort 7.4¡¢Brief introduction to HDMI 7.5¡¢Development trend of HDMI 7.6¡¢Cost of HDMI 7.6¡¢Manufacturer of HDMI receiver chip: Analogix 7.7¡¢Manufacturer of HDMI receiver chip: SiliconImage 8. Research on IC comprehensive manufacturers 8.1¡¢Philips (NXP) 8.1.1¡¢Tuner 8.1.2¡¢Demodulator 8.1.3¡¢MPEG-2 decoder and TV control IC 8.2¡¢STMicroelectronics 8.2.1¡¢Tuner 8.2.2¡¢TV control IC 8.2.4¡¢MPEG-2 decoder IC 8.3¡¢Micronas 8.3.1¡¢Demodulator IC 8.3.2¡¢MPEG-2 decoder IC 8.3.3¡¢TV controller IC 8.4¡¢Broadcom 8.4.1¡¢Tuner 8.4.2¡¢Demodulator IC 8.4.3¡¢TV control IC 9. Research on Digital TV IC manufacturers in China 9.1¡¢Hangzhou Guoxin 9.2¡¢Magima Technology 9.3¡¢Fudan Micronano 9.4¡¢Legend Silicon 9.5¡¢HiSilicon Technologies 9.6¡¢Beijing Haier
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2005-2006 www.researchinchina.com All Rights Reserved |
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Distribution of global mobile phone TV standards Distribution of global digital TV standards Transmitter Framework of DMB-TH system Mould of digital TV Cost proportion of digital TV IC components Market share distribution of global TV brands in 2Q 2006 Market share distribution of global LCD TV brands in 2Q 2006 Statistics and forecast of China TV shipment, 2004-2009 (by technical types, Unit: million sets) Price trend of China TV on dimension Shipment statistics of various tuners during 2006-2008 Shipment forecast of various STB during 2004-2009 Technical distribution of main tuner manufacturers Production line of Microtune Internal framework of MT2266 Main partnership of Microtune Statistics and forecast of ANADIGICS'annual revenue, 2003-2007 Brief introduction to ANADIGICS'market and products List of main clients of ANADIGICS Revenue and gross profit of ANADIGICS, 1Q2005- 2Q 2006 Main partnership of ANADIGICS Revenue structure of ANADIGICS broadband products of, 2003-2005 Sales value of ALPS during 2002-2006 fiscal year Operation profit and net profit statistics of ALPS during 2002-2006 fiscal year Revenue ratio statistics of various departments of ALPS Product roadmap of Xceive Internal framework of XC2028 Internal framework of XC3028 Typical application of XC3028 Departmental Revenue proportion of Freescale in 2Q 2006 Departmental gross profit proportion of Freescale in 2Q 2006 Internal framework of RF4000 Internal framework of RF4400 Mobile digital TV solutions of Frontier Silicon Internal framework of FS1110 Internal framework of FS1026 Internal framework of FS1030 Semiconductor products roadmap of Frontier Internal framework of DIB7070H Internal framework of DIB7700 Internal framework of S5H1409 Internal framework of S5H1410 Market scale forecast of MPEG video IC, 2004-2010 Revenue of Zoran, 2000-2005 Regional Revenue structure of Zoran, 1Q 2005-1Q 2006 Quarterly gross profit of Zoran, 2003-1Q 2006 Market share distribution by products of Zoran
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2005-2008 www.researchinchina.com All Rights Reserved
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