Brief Analysis of the Application and Development of Embedded Medical Devices
With the rapid development of electronic technology and embedded systems, today's medical devices have undergone tremendous changes compared to the devices that were common decades ago. The popularity of computers, communication networks, and embedded technologies has led to the development of medical devices toward intelligence, networking, and miniaturization. According to GlobalData, the global telehealth and telemedicine market will reach $32.5 billion by 2018. Remote care and medical care is just the tip of the iceberg of embedded systems in medical device applications, because they are large enough to cover the entire room of MRI scanners, as small as cardiac pacemakers and other implanted devices, all of which are embedded medical devices. The scope.
Regardless of the size of the medical device, it is necessary to meet the following conditions, namely reliability – a device that often needs to be restarted is unacceptable; a user-friendly UI - more and more user interfaces are cleverly arranged High-resolution graphical displays for menus and multimedia functions; low power consumption and low cost – these two factors are the trend of most embedded systems, including embedded medical devices.
To develop embedded medical devices in accordance with these requirements requires the selection of an appropriate development platform. Based on TI's AM335x family of processors, the company's AM335x family of processors is designed for use in different scenarios, namely the Devkit 8600 evaluation kit, the SBC8600 single board and the element14 Beaglebone Black development kit, making it ideal for medical device applications.
The Devkit 8600 evaluation kit uses the TI AM3359 processor clocked at 720MHz.
The SBC8600 single board machine is an AM3359-based embedded single board machine that has been launched after the DevKit 8600 evaluation kit.
Element14 BeagleBone Black is a development kit based on the TI AM3358 processor. Its integrated processor core is the same as the AM3359, but at frequencies up to 1GHz.
The TI AM335X series of processors used in these three products are low cost and low power consumption, which can perfectly meet the cost control and energy saving requirements of medical equipment. The AM335X processor also integrates the POWER SGX530 graphics engine to add 3D interactive touch effects and higher resolution to development projects. The LCD interface of the Devkit 8600 and SBC8600 single-board machines can be connected to the LCD touch screen, and the element14 BeagleBone Black can also be connected to the touch screen through the BB VIEW expansion module, which provides convenient conditions for friendly human-machine interface development and testing. At the same time, the company provides user manuals, PDF schematics, external interface drivers, BSP source packages, development tools, etc., providing developers with a complete software development environment, reducing product development cycle, and maximizing the guarantee. The reliability of the system.
The market competition for embedded medical devices will become increasingly fierce. Choosing the right development platform is especially important for the development of embedded medical devices. Inteco's extensive experience in embedded system design provides embedded engineers with complete hardware and software supply and professional technical support services to help developers deliver cost-effective, relatively short timeframes. Embedded medical device with high reliability and good human interface.
About Inch Corporation
Shenzhen Yingyite Technology Co., Ltd. is a subsidiary company of the UK listed company Premier Farnell Group (Asia Pacific Region), which is a wholly-owned subsidiary of the company. Founded in early 2000, the company is headquartered in Shenzhen and was acquired by the Premier Farnell Group in June 2012. The two companies have joined forces to rapidly develop global business.
As a global provider of embedded hardware and software services, Infineon specializes in providing embedded development engineers with easy-to-use development tools, reference design platforms, and mass-produced product solutions to help customers reduce time-to-market for new products. Improve product quality and reduce product cost, making electronic product development more economical, faster and more reliable. The company's products and services include embedded development tools, reference design platforms, ARM teaching platforms, embedded control single board machines, development software, custom design and production, and a variety of end product solutions for a wide range of applications.
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