Smart Agriculture
Smart agriculture uses advanced technologies like IoT, sensors, and automation to optimize farming, improve yields, and manage resources efficiently.
Empowering Smart Agriculture with Advanced Technologies
Semiconductors power smart agriculture by enabling precise monitoring, automated systems, and efficient resource management.
Embedded Sensing
Enable real-time monitoring of environmental conditions to optimize crop health and resource use.
Solar powered/Small Battery
Provide sustainable, off-grid energy solutions for agricultural devices in remote locations.
Rugged
Ensure durability and reliable performance in challenging outdoor farming environments.
Low Power Consumption
Maximize efficiency for continuous operation of smart agricultural devices with minimal energy usage.
Precision Farming
Semiconductors enable sensors and IoT devices to monitor soil moisture, temperature, and nutrient levels in real-time, helping farmers optimize irrigation and fertilization.
Livestock Monitoring
Semiconductor-based wearable devices track the health, location, and activity of livestock, improving animal welfare and productivity.
2 min.
EM Microelectronic makes NFC authentication scalable with new high-performance Web Authentication IC
Marin, Switzerland, 13 January 2021 – EM Microelectronic, the ultra-low-power semiconductor company of the Swatch Group and an RFID industry pioneer for more than 30 years, today announced the availability in full volume production of em|linq, its newest NFC tag authentication IC for advanced brand protection and consumer engagement. em|linq offers to brands the possibility to engage with their customers via NFC...
3 min.
EM Microelectronic’s Augmented RFID powers Green IoT solutions
Marin, Switzerland, 28 July 2020 – EM Microelectronic, the ultra-low-power semiconductor company of the Swatch Group and an RFID industry pioneer for more than 30 years, today has announced the release of em|aura-sense, its Augmented RFID product for wireless sensing applications. em|aura-sense enables mass deployment of cost-effective batteryless sensors for ubiquitous IoT applications. Problem statement The pervasiveness of IoT applications poses complex challenges...
2 min.
Smart Beacons in Smart Factories
The Fourth Industrial Revolution continues to accelerate, with smart factories at the heart of the movement. These factories implement the Industrial Internet of Things (IIoT), connecting all elements of the factory to the cloud to facilitate real-time asset tracking, indoor positioning, and robust logistics management. Residing at the edge of the IoT, beacons are a critical element of this technological...
1 min.
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