VEML3235SL is an advanced ambient light sensor with an I2C protocol interface and designed using the CMOS process VEML3235SL is an advanced ambient light sensor with an I2C protocol interface and designed using the CMOS process. The VEML3235SL incorporates a photodiode, amplifiers,...

The T3AWG3252’s analog/digital synchronized output represents a valuable tool to simulate, troubleshoot, or validate digital designs.   Saelig Company, Inc. has introduced the Teledyne LeCroy T3AWG3252 Multifunctional 16-bit Arbitrary/Function Generators that are designed with an...

Piunora carrier board for Raspberry Pi CM4 is designed for rapid electronics prototyping in a Linux environment. The official carrier board of the Raspberry Pi CM4 is large as it covers all features required. Whereas, the Piunora carrier board comes with similar functionalities but with...

STMicroelectronics has introduced their first STM32-based wireless module designed to accelerate the market introduction of new Bluetooth® LE and 802.15.4 based IoT devices: the STM32WB5MMG. The compact and ultra-low-power STM32WB5MMG is: “a complete ready-to-use subsystem in a...

The GRA115Q 3U VPX is a GPU board for applications like radar and video analysis. It is a good option for systems that require high-performance graphical computations with compatible advanced GPUs. The General Purpose GPU board is based on NVIDIA Turing architecture that comes with...

Raspberry Pi Pico We are very excited to introduce the all new Raspberry Pi Pico, a tiny, $4, MicroPython and C/C++ board with custom RP2040 silicon. This is the first product from the Raspberry Pi Foundation built with their in house designed RP2040. At $4 and available individually...

DSP Group, a leading global provider of wireless and voice-processing chipset solutions has introduced a low-power AI/ML-enabled dual-core SoC called DBM10. According to the CEO of the company, almost all edge applications for AI require the ultimate as regards low power, small form...

We have all been there. Everytime we start adding new peripherals, sensors and actuators to our projects, we eventually will reach a point where the 3.3 and 5 V voltages from the microcontroller (when they are available) are not enough, either because we require more current than what...