Before the development of smart healthcare and the IoT integration boom, FPGAs (Field-programmable gate array) have long been introduced as the core component for the functional design of devices in medical equipment, physiological monitoring, etc. On one hand, FPGAs have the advantages of high performance, ultra-low-power consumption, and flexibility in development and design. On the one hand, because FPGAs have high performance, ultra low-power (Ultra low-power), and development and design flexibility, they are also suitable for customized system integration design needs for special industry applications, and in the past 30 years, most of the medical device industry has also used FPGAs for product design and integration.
1. FPGA component features to build smart medical and IoT development conditions
2. Intelligent networking requirements for medical devices can be met by advanced, highly integrated FPGAs
3. FPGAs meet highly integrated development conditions in response to wearable electronics development needs
4. Risks