The hottest medical imaging and mobile medical sol

Gather medical imaging and mobile medical solutions, cmet2012 grand opening

on August 22, 2012, hall 2 of Shenzhen Convention and Exhibition Center. 11. The automatic leveling machine adopts PLC control. On the second day of the 2012 industrial computer and embedded system exhibition, the 5th China International Medical Electronic Technology Conference Shenzhen station (cmet2012) was grandly held as the concurrent event of the exhibition. At this meeting, guests from Ti, Maxon, ADI, Xilinx, Anson semiconductor, AMD, Advantech, emer and other enterprises whose test results are accurate at this time were invited to participate in the speech, as well as special guests from the Secretary General of Shenzhen Medical Device Industry Association Wang Bin, vice president of Mindray Zhou Saixin, international society of electrical and electronic engineering Liu Mingyu on medical imaging, mobile medicine Hot topics such as telemedicine were shared with many professional listeners

five technical challenges and solutions faced by imaging equipment

against the background of the rapid growth of the medical electronics market, the demand of China's high-end medical electronics market has also increased significantly, especially medical imaging equipment, such as ultrasound, CT, MRI, pet and X-ray equipment. At this meeting, Wang Sheng, market manager of ADI Asia Pacific Medical industry, comprehensively introduced the company's market position in the field of medical imaging and the corresponding technical solutions. In addition, he also grandly introduced the industry's first 8-channel ultrasonic receiver ad9670 with on-chip integrated digital i/q demodulator and decimation filter. Compared with other receivers, this product can reduce the processing negative of system FPGA by at least 50%, which can solve this problem. It integrates low-noise amplifier, variable gain amplifier, anti aliasing filter and 14 bit analog-to-digital converter. It has the highest sampling rate (125 MSPs) and the best signal-to-noise ratio (75 dB SNR) performance in the industry, and the ultrasonic imaging quality is better. The 8-channel receiver is the latest product to join the ADI award-winning ultrasonic receiver product lineup, designed for medium to high-end portable and trolley ultrasonic systems

Huang Wenjie, emerging business development manager of Xilinx Asia Pacific, shared the best solutions for the field of medical imaging. He said that imaging devices are facing five major technical challenges, including beamformer and image reconstruction on a single chip, image sharpness of beamformer and image processing, competitive medium and low-end systems, beamformer less than 5 watts required for portable ultrasound, and complex image processing algorithms. Xilinx zynq and 7 series can realize beamformer and image reconstruction on a single chip, minimize the cost and increase the time to market by 2.5 times

portable medical market: mobile medicine has a more foothold than mobile health

with the gradual increase in the demand for portable medical devices, the scale of China's portable medical electronics industry is also growing synchronously, and its proportion in the global market is also increasing year by year. According to the latest data report of CCID Consulting in 2012, the scale of China's portable medical electronics market in 2011 was 26.95 billion yuan, an increase of 29.1% year-on-year. It is predicted that China's portable medical electronics market will achieve sales of 34.84 billion yuan in 2012, with a year-on-year increase of 29.1%

for the portable medical market, ansenmey introduced the solution of blood glucose meter and hearing aid based on q32m210 chip in this meeting. Marc Niklaus, senior manager of ansenmey's hearing health product line, first discussed the trend of China's medical electronics market in his speech. He said that the future driving force of the medical electronics market will come from several aspects: the first is the aging of the population, the second is the extension of life expectancy, the third is the increase in the incidence rate of heart disease, diabetes, asthma and other diseases, the fourth is the expansion of the middle class, and the fifth is the reform of medical insurance. In this context, the technology of medical devices will also develop in several directions: first, the number of local R & D manufacturers will increase; 2、 The accuracy and precision of products need to be improved; 3、 Products are more intelligent and portable. This also puts forward higher requirements for medical semiconductors, which are highly integrated, energy-efficient and miniaturized. Ansenmey q32m210 can be used in portable sensing applications requiring high accuracy, including portable medical devices such as patient monitors, wireless electrocardiographs (ECG) and blood glucose meters

like Marc Niklaus, liumingyu of the international society of electrical and electronic engineering believes that the three driving forces of the health industry in the future will be: aging population, increasing consumption power and new technological revolution. He believes that the changes of the medical service objects in the future will bring more chain changes, including: the sales channel of medical electronic products will gradually move from hospitals to store retail; The lease of medical equipment will rise on the market; Great changes will also take place in the application places of medical equipment, which will be gradually popularized from hospital departments to families, from business departments to professional departments, from professional doctors to ordinary personnel, from indoor applications to outdoor applications, and from individual services to cloud services. At the same time, he also proposed that for a long time in the future, mobile medicine will have a more foothold than mobile health, and community medicine will have more vitality than home medicine. Mobile medical devices must have four characteristics: foolishness of operation, readability of results, clarity of conclusions, and traceability with glue

new products and new technologies bloom on the same stage, and multiple experts point out the key to design

at present, medical electronic technology is not limited to the digitization of medical information, and the integration of sensor technology and communication technology has become increasingly popular. He Shenjing, Murata's senior market engineer, introduced his one-stop solution with the theme of smart medicine, including fall prevention technology, cardiac pacing technology, ECG watch, limb sensing technology, Glaucoma Prevention and monitoring, brain infectious disease monitoring. These advanced technologies will subvert people's lives in the future

ti has been committed to developing integrated chips in the field of medical electronics. In recent years, Ti has increased its efforts to develop medical electronic products. Last year, Ti launched ads1298r, a fully integrated analog front-end for ECG and EEG applications and the industry's first on-chip respiratory impedance measurement, which has caused strong repercussions in the market. This year, Ti launched AFE ads1299 for EEG in cmet2012. The power consumption of this product is extremely low. Compared with the vertical implementation scheme, the power consumption is reduced by 72%, the board space is reduced by 95%, and the number of components is reduced by 98%

Huang Weijian, Senior Field Application Engineer of Emerson Network energy, said that Emerson applied the development experience of power products in the past 35 years to medical electronic devices. As long as medical equipment manufacturers use Emerson energy's power products, they do not need to spend additional time selecting standard power supplies or designing customized ones for this purpose (6). Save: manually save the experimental data products, so that manufacturers can focus on the research and development of core technologies

in addition to the wonderful speeches of the above guests, Zhou Saixin, vice president of Mindray, and Dai Menglin, regional technical manager of Macquarie SenMei, introduced their experience in the design of medical electronic products from the key design of medical electronic products. AMD and Advantech made a detailed report on the embedded APU series

after the conclusion of this CMET Shenzhen station, Shanghai and Beijing stations will be held successively at Shanghai Jinjiang Hotel on August 28 and Beijing International Hotel Convention Center on August 31 to continue the wonderful sequel of Shenzhen station. Different from Shenzhen station, Shanghai station focuses more on future oriented medical electronic technology, while Beijing station pays more attention to medical informatization. If you also pay attention to the technology and trends in the field of medical electronics, please pay attention