Researchers designed an IoT network using sound and motion sensors that estimates public space utilization. The ideas can be applied to other IoT sensor networks.

Innophase Semiconductor is targetting battery-powered cloud-connected IoT applications with multiple end-to-end (E2E) sensor to cloud products based on its Talaria TWO Wi-Fi/BLE SoC and modules. They ...

Researchers aim to increase the lifespan of sensors and IoT devices by using AI and energy-harvesting technology. Topics Spotlight: New Thinking about Cloud Computing ...

Market-Ready Ultra Low Power WiFi Module for Intelligent & Secure IoT Products Extends Battery Life 2-8x And 10+ Years for WiFi Connected Sensors ...

Sponsored by IDT: Energy-constrained IEEE 802.15.4 sensors and devices will form a major portion of the IoT and must meet IPv6 protocols. 6LoWPAN will make that happen.

In addition to 256 kB of FRAM, it includes the Low Energy Accelerator module (Fig. 2), a low-power vector math engine that performs signal processing, matrix multiplication, and other functions. 2.

Posted in Microcontrollers, Wireless Hacks Tagged 802.15.4, CC1312, FT232, IoT, Wireless sensor Post navigation ← Scientific Honesty And Quantum Computing’s Latest Theoretical Hurdle ...

IoT applications covered by the new sensor module include smart doors, robotic vacuums, asset monitoring, patient activity monitoring, HVAC filtering and air mouse monitoring.

It’s really hard to overstate how awesome ESP8266 development boards like the Wemos D1 Mini really are. For literally a couple of dollars you can get a decently powerful Wi-Fi enabled microco… ...

Tohoku University. (2017, April 20). Ultraviolet light sensor for wearable devices in the IoT era. ScienceDaily. Retrieved June 2, 2025 from www.sciencedaily.com / releases / 2017 / 04 ...