The most promising star industry in the 21st century
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According to market research firm Databeans, the output value of medical electronic semiconductors will exceed US$4 billion by 2011, and the growth rate in the home market is the fastest, with an average annual growth rate of 12%. Another research report by BCC Research, another research institute, also pointed out that the global market for home medical equipment will grow from $14.6 billion in 2007 to $20.4 billion in 2012, and the annual growth rate (CAGR) will reach 6.8%. Auxiliary rehabilitation, treatment devices, surveillance/sensors and telemetry devices have become the heads of the home electronics medical market. In terms of blood glucose meters, there will be $7 billion in business opportunities in 2007, and by 2012 it will grow to $8.9 billion. And healthy home medical devices are expected to grow by 25%.
The excitement of the global medical electronics market is affected by the following trends: (1) The aging of the population. (2) People in developed and developing countries continue to increase their expectations for health care. (3) Insurance companies and employers are gradually reducing the payment and insurance coverage of medical expenses, but the fees payable by insured persons or patients are increasing. (4) The ever-changing technology can provide early analysis, prevention and treatment for many diseases with mild symptoms.
Among them, the aging of the population is one of the main forces driving the development of home medical electronics, and it is also a problem faced by all countries in the world. According to the UN report, in the year 2000, the number of elderly people in the world reached 600 million, and it is estimated that it will increase to 2 billion by 2050, and the proportion of the elderly population will reach 21%. China, which has the largest population, will also have the largest number of elderly people. According to data released by the National Bureau of Statistics, the proportion of people aged 65 and over in the total population of the country reached 8.1% in 2007. It is estimated that by 2025, the elderly population will increase from the current 146 million to 200 million. Tens of thousands of people.
The BCC analysis report also pointed out that if the percentage of sales in the home medical electronics market is regional, the United States and Canada are currently the largest and fastest growing markets, accounting for 34.2% of the global market; while pharmaceuticals and medical device products are in their The EU, which accounts for half of the total pharmaceutical output, accounts for 28.9%; the other 20 developing countries, including China, account for 22.8% of the market.
From the treatment of a doctor to a doctor, to the prevention of disease prevention, under the help of electronic technology, health care medicine will be the future of the school. Not only large hospital therapeutic devices are gradually moving toward portable and economical home rehabilitation devices, such as Automated External Defibrillator (AED), Fertility Monitoring Device, etc. Medical and health care is considered a necessary investment, and the purchase of home medical electronic equipment is as common as the purchase of home appliances such as TVs and refrigerators.
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All of the above factors have made home medical electronic equipment the first in the industry in the first decade of the 21st century, which has been predicted by the US Fortune magazine, and has become a key market for semiconductor manufacturers.
Global semiconductor manufacturers are actively investing
At present, the major suppliers of the home medical electronics market include Johnson & Johnson, Roche Diagnostics and Bayer Healthcare, and both have a market share of over 10%, with Johnson & Johnson being 37%. The market share is in the first place.
In recent years, the global representative companies such as semiconductors, hardware and software have frequently operated, and the planned integration of vertical integration, including Microsoft, Intel, Philips and other manufacturers, has begun to shift the focus to the home medical electronics market, hoping for high technology. With the cost advantage cut into the originally closed medical industry, the situation is gradually different.
First, Intel established DigitalHealth Group, and announced the establishment of medical products division with Microchip Technology, and then cooperated with medical device manufacturers to publish medical-related sensing chips and technologies. Texas Instruments also in 2007. At the beginning of the year, a medical/high-reliability product line was established under its high-performance simulation business group, and all related products for medical electronics were concentrated. Philips established the first Asia-Pacific medical diagnostic equipment learning center in Singapore to strengthen advanced medical care in the Asia-Pacific region. The investment in health care; Samsung’s Seoul Hospital, which is owned by South Korea’s Samsung Group, has widely applied the medical system developed by Samsung Electronics.
Current medical applications for semiconductor manufacturers include transplantation equipment (heart rhythm adjustment, nerve stimulation, drug supply and obesity treatment), portable devices (diagnostic imaging, oxygen therapy and patient monitoring), household equipment (physiological monitors, disease management, rehabilitation, Compliance with surveillance and medical information terminals) and security devices (consumer identification and data privacy), as well as wireless technologies (such as Bluetooth and IrDA) and RFID.
In order to enter the medical market as soon as possible, Intel, Samsung Electronics, Texas Instruments, Panasonic, Motorola and Philips also formed an open industry alliance ContinuaHealthAlliance, hoping to jointly establish a unified standard to solve interoperability problems and reduce R&D costs. Improve medical technology and quality. The alliance outlines the market for fitness, disease management and health care systems for the elderly, and believes that these systems will be connected to each other and connected to the network via PCs, mobile phones and digital TVs. It is expected that the first interoperability will be launched by the end of this year. commodity.
According to the latest report from the professional research institute Databeans, the medical semiconductor market in 2007 was dominated by major manufacturers such as Toshiba, STMicroelectronics and Texas Instruments. However, as more emerging demand increases, more and more suppliers are gradually eating this market pie. Sensors, power chips, data converters, etc. are the most demanding semiconductor devices for medical electronics due to increased product size, lower power consumption and higher speed requirements; signal conditioning and processing, interfaces and wireless technology , is the most optimistic emerging product area. It is estimated that the total sales of e-health in 2008 will reach 3 billion US dollars.
However, if the industry chain is to be completed, of course, it needs the support of software vendors. Among them, Oracle (Oracle) and Germany SAP (SAP) are the most active, and continue to develop a number of related software platforms, hoping to meet the medical standards introduced by major hardware manufacturers. Products and specifications to solve interoperability problems and promote market maturity.
Diagnosis and treatment are the most important applications for medical electronics at this stage, but the fast-growing home medical electronics market is the most attractive business opportunity for semiconductor suppliers. Especially in the developing country market, home medical equipment is likely to grow faster. The development of China's Canadian economy took off, and the income has risen dozens of times, but people's spending on medical care has also risen relatively. However, traditional medical infrastructure does not necessarily meet existing needs, and construction and medical costs are high, and human resources are not necessarily sufficient. Therefore, market analysts believe that home medical electronic devices may be mobile like mobile phones. Growth, achieved in a short period of time.
Home medical equipment will take the consumer electronic route
The innovation and integration of medical devices and electronic technologies allows people to take care of their homes and monitor their health without relying on medical staff or hospitals. Home medical electronic devices and systems are primarily preventive and are driven by the needs of consumers. These smart devices are easy to use, can even be worn on the body, record patient information, and can be transmitted over a wireless network. It is beneficial for people to find health problems early, and it can also help doctors to effectively grasp the patient's condition.
Imagine that when we brush our teeth, the biochemical sensor in the toothbrush can immediately check the blood sugar and the number of bacteria in the mouth. Holding the handle of the toothbrush can transfer our personal medical information to the database. In addition, wearing glasses with a micro-computer screen can help remember where the things are placed and other people's information, which are devices being developed by home medical electronics. In the future, even the bandages we put on the wounds can be made of fiber optics and detect the number of viruses or bacteria, and remind us to replace them; or, there are devices that can detect and destroy cancer cells that become tumors, as well as equipment for drug preparation. This means that many therapeutic and diagnostic medical devices in the future can be developed in the direction of “consumer goodsâ€, and can also stimulate more manufacturers to develop smart electronic devices that are easy to carry and use.
Semiconductor manufacturers' investment and technology research and development, hope that everyone in the future can take care of their own health in a more convenient and economical way, even in the event of an accident or a distress, when the medical staff has not arrived, they can be used as a helper to rescue themselves or others. .
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