Wearables are the next innovation area for more and more companies. Looking at the dazzling array of wearable products in the consumer electronics market, although many look very dazzling, there are few products that are both good and good, leading the market. But the wearables in the medical industry are not the focus of the industry, but because they will really take care of each of us. Therefore, the medical industry is considered to be the most certain area of ​​the market for wearable devices, and the most thoroughly in the future will be "subverted".
Imagine sitting in the house and knowing the health indicators of our body. If you need advice, you can also send the data to the doctor through the network to guide us on how to perform body conditioning. And these wonderful visions require wearable devices in medical applications to help us achieve.
There is now an explosive growth in demand for services such as monitoring activity levels and duration, which can be used as a tool to prevent lifestyle-caused diseases and promote exercise and nutrition. This therefore increases the market demand for wearable devices on which the service depends.
In response to this market demand, Toshiba Semiconductor has introduced an application processor ApP Lite solution for wearable devices that controls events, processes data and uploads data to the cloud, and can be used for the Internet of Things (IOT). The massive data in it adds value. The TZ1000 series can be used in the development of wearable devices for the medical industry, including the TZ1001, TZ1021 and TZ1031/11.
Toshiba's new family of application processors comes in a single package, a motion sensor that measures motion, a processor that processes the data collected by the sensor, a flash memory device that stores data, and a low-power Bluetooth controller that supports low-power communication. All in one. This reduces the mounting area and is ideal for use in miniaturized wearable devices. And the processor also offers an original low-power design that can be used in wearable devices that use batteries for long periods of time. The internal structure of the TZ1000 product is shown in Figure 1.
Figure 1 Internal structure of the TZ1000 product
TZ1000 for wearable device features
Highly integrated: The TZ1000 application processor family, such as the TZ1001 processor, integrates a low-power Bluetooth wireless communication module (BLE), sensor, memory, and ARM Cortex-M4F 48MHz processor in a single package. The functionality necessary for wearable devices is also integrated into a single package, which also facilitates the design of small systems while increasing the freedom of autonomous design.
Ultra-low power consumption: The TZ1000 application processor family is designed to minimize the power consumption and prepare a variety of power modes to choose from, making it possible to run the wearable device for as long as possible.
High-precision analog front end: Another feature of the TZ1000 application processor is its high-performance analog front end (AFE), which integrates a 24-bit high-resolution analog-to-digital (A/D) converter for analog signals from external sensors. (Biomedical signals), such as pulse and electrocardiogram (ECG) signals, are converted to digital signals and transmitted to internal processors to provide a more efficient solution for the healthcare market. The analog front end can realize the detection of biomedical signals such as pulse while achieving high precision while ensuring high precision.
Highly accurate: an internal embedded ARM Cortex-M4F processor with high performance ARM Cortex-M4F and floating point processing unit with digital signal processor (DSP) that integrates data from multiple internal and external sensors for improved accuracy Sex (sensor fusion) to increase the reliability of data.
Integrated Bluetooth wireless communication: The integration of Bluetooth low-power controllers and radio frequency (RF) circuitry enables the transfer of raw and processed data to external devices such as smartphones and tablets. In addition to the compact body, the most important performance of the wearable device is the ability to communicate with the outside world. The TZ1000 series supports low-power Bluetooth wireless connection for fast and seamless data sharing.
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