wireless MCU

STMicroelectronics Launches Ultra-Efficient STM32WL3R Wireless MCU for Next-Generation Remote Controls

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STMicroelectronics Launches Ultra-Efficient STM32WL3R Wireless MCU for Next-Generation Remote Controls

Low-power, multi-band design co-developed with Somfy offers extended battery life and flexible wake-up features. www.st.com STMicroelectronics has launched the STM32WL3R, a wireless microcontroller (MCU) optimized for consumer and home automation remote control units. The STM32WL3R is based on the proven STM32WL3 sub-GHz wireless MCU, featuring a low-power RF transceiver, flexible energy-saving modes, and six independent … Read more

GigaDevice’s AI MCU: GD32H7 Series 600MHz + Large Storage, Wireless MCU Supports AI Large Language Models

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GigaDevice's AI MCU: GD32H7 Series 600MHz + Large Storage, Wireless MCU Supports AI Large Language Models

Reported by Electronic Enthusiasts (Author: Li Wanwan)Recently, GigaDevice discussed the company’s AI MCU plans. The company stated that regarding AI MCUs, there are three levels:1. MCUs tailored for AI scenarios. These MCUs are primarily used in humanoid robots, robotic dogs, and other products related to embodied intelligence, responsible for joint control, sensor control, and more. … Read more

Comparison of TI (Texas Instruments) and ST (STMicroelectronics) Chips in the Cortex-M Series

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Comparison of TI (Texas Instruments) and ST (STMicroelectronics) Chips in the Cortex-M Series

1. Product Line 1.1 TI Core Product Line Ultra-Low Power MCU: (MSP430FR Series) 16-bit RISC + FRAM technology, standby power as low as 0.1μA, suitable for sensors and wearable devices. Compared to ST series: STM32L0/L4 (low power), but the FRAM write endurance of MSP430FR (100 million times) surpasses ST’s Flash/EEPROM. High-Performance Wireless MCU (SimpleLink Series): … Read more

Texas Instruments Claims Breakthrough in BAW Technology

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Texas Instruments Claims Breakthrough in BAW Technology

New friends, follow us to stay updated. Source:Everything Cloud Internet of Things Texas Instruments (TI) announced this week what it claims to be a “breakthrough” in bulk acoustic wave (BAW) resonator technology. Utilizing micro-resonator technology, TI no longer needs to use external quartz crystals. Instead, it can directly integrate high-precision and ultra-low jitter clocks into … Read more