Leading Battery and Power Management, Wi-Fi, Low Power Bluetooth (BLE), Industrial Edge Computing Solutions Supplier Dialog Semiconductor (German stock exchange trading code: DLG) announced today, its DA16200 SOC in EEMBC IotmarkTM The Wi-Fi benchmark is available 815 high points. The results obtained by the DA16200 further consolidated the leading position in the Ultra-low power consumption Wi-Fi network SOC market.

The market's demand for the battery-powered IOT equipment accelerates the use of low power Wi-Fi technology. Dialog utilizes DA16200 SOC developed by Virtual ZeroTM technology for Wi-Fi networks such as smart door locks and wearable devices, and the battery-powered IoT device implements breakthroughs in battery life.

EEMBC IoTMARKTM-Wi-Fi is a baseline that detects the energy efficiency of Wi-Fi devices that need to meet a few months or longer battery life and typical IOT information transfer requirements. Unlike other power data of each hardware block, IotmarkTM-Wi-Fi is a comprehensive assessment of the entire platform in real usage scenarios. This assessment method is the first in the industry of Wi-Fi devices, ensuring that the measured score is the effective measurement of the platform in the real world usage scenario.

The 815 points measured by Dialog are equivalent to the battery life of the IOT sensor that works with two AA batteries. It is approximately 815 days.

Sean McGram, senior vice president of Dialog Semiconductor, General Manager Sean McGraath, said: "The current IOT sensor requires frequent replacement of batteries, which greatly affects the user experience. We specialize in this problem design and develop DA16200, provide significant Long battery life. The leading score on the EEMBC IotmarkTM-Wi-Fi benchmark is an important achievement. The score we measured is higher than the competitive product, which proves the leadership in the energy efficiency and Wi-Fi market. Status. "

Mohamed Awad, Vice President of IoT Professionals, said: "Io is promoting changes in various industries, from industrial applications to home applications, all new networked devices require long battery life and extreme power consumption. By using VirtualzeroTM technology and ARM ® Cortex®-M4 processors, Dialog Wi-Fi So will enable customers to create future subversive high energy IoT products. "