Parkinson’s Disease Monitoring With Bluetooth Gateway and Smart Watches
Monitor Parkinson’s Disease symptoms with RPM: a Bluetooth Gateway and Smart Watch-based system that simplifies tracking, improving quality of life and care.
Monitor Parkinson’s Disease symptoms with RPM: a Bluetooth Gateway and Smart Watch-based system that simplifies tracking, improving quality of life and care.
Using the Bluetooth mesh gateway, users may add or reset BLE lighting devices on the BLE mesh network, achieve third-party control, or Bluetooth mesh control, to fulfill the demands of
Bluetooth has seen many revisions in its technology. While its original purpose was to replace wired serial communication, the methods of transmission have evolved over each iteration of Bluetooth. Examples
Discover the benefits of Bluetooth Low Energy (BLE) for your factory! Learn how this low-energy wireless technology can save you money and increase efficiency and safety in your operations.
How can the Bluetooth gateway help medical staff improve work efficiency? In hospitals, there are often some elderly or weak patients whose health status needs to be monitored by doctors and nurses in real time. Therefore, medical staff
Thanks to wireless transmission technology, IOMT(Internet of Medical Things) devices are used for remote patient monitoring, telemedication refills, and iot based hospital management system. As a result, Bluetooth technology has
DSGW-201-tuya is an application gateway developed on the basis of programmable gateway DSGW-201, which integrates router, CPE, gateway function.
DSGW-021-6 Bluetooth roaming gateway supports remote patient monitoring devices to seamlessly roam, so patients can move at their will and without the limitation of Bluetooth broadcast range. Read further to
DSM-059 BLE 5.0 module uses Chipsea CSM92F25 chip and integrates rich peripherals. Small size and low power consumption. Read to find more about its features, using scenarios, mechanical designs, dimensions,
DSM-055 BLE mesh module integrate a 2.4 GHz wireless SOCs with an 80 MHz ARM® Cortex®-M33 core to help developer build high-performance, low-powered, and secure IoT solutions. It has been
DSM-054 Bluetooth low energy module employs Silicon Labs’ EFR32BG21B 2.4 GHz wireless SOC, tailored for line-powered Bluetooth Low Energy and Bluetooth mesh applications, including connected lighting, smart plugs, gateways and
DSGW-120V2 wall-mountable home automation panel with IPS touch screen allows users to control smart home gadgets conveniently. It supports multiple wireless protocols such as Zigbee 3.0, Z-Wave, Bluetooth 5.2, and
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