devices

Raspberry Pi Pico I2C Examples

Raspberry Pi Pico I2C Examples

Below are brief Python scripts that showcase essential functions of the Raspberry Pi Pico microcontroller. These devices assume that one or multiple I2C (or I2C) devices are connected externally. The I2C bus is a two-wire bidirectional serial bus used for short-distance low-bandwidth communication between a microcontroller and peripheral devices. To execute any sample, just copy […]

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DIY HomeKit Enabled Devices

DIY HomeKit-Enabled Devices

This shows how to make smart home devices, which can be controlled/monitored via Siri or Home app. Let’s make the smart home devices and control/monitor it via Apple Siri or Apple Home App. After reading this tutorial, you are able to make Siri and Home app: monitor any kind of sensors, which is listed by

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What is a Raspberry Pi

NAS on Raspberry Pi

This article is about setting up network storage on Raspbian (follow the link to view the article on my corporate blog) 1. What is a NAS Server NAS (Network Attached Storage) Server is a network storage system to provide and retrieve data from other client systems on an existing LAN. This makes it possible for

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Power Consumption Comparison

A Comparative Study on the Power Usage of Raspberry Pi Models

Abstract In recent decades, there has been a notable surge in the adoption of various personal computing devices, ranging from traditional desktop computers and laptops to tablets and smartphones. A more recent addition to this lineup is the Raspberry Pi, which has gained rapid popularity since its introduction in 2012, eventually becoming the best-selling British

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Assembled image of robotic vehicle

Raspberry Pi Enabled Hand Gesture Recognition for Vehicle Control

Abstract Individuals with disabilities benefit greatly from hand-operated vehicles as they can navigate in their desired direction without the need for button inputs. This system comprises a glove equipped with a receiver circuit mounted on top, along with an Atmega microcontroller connected to an accelerometer that the user wears while operating the device. The vehicle’s

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MAXIM INTEGRATED MAX78000 AI MICROCONTROLLER

MAXIM INTEGRATED MAX78000 AI MICROCONTROLLER

MAX78000 – Ultra-low-power Arm Cortex-M4 processor with FPU-based microcontroller with Convolutional Neural Network Accelerator. The MAX78000 is is an advanced system-on-chip built to enable neural networks to execute at ultra-low power and live at the edge of the IoT. This product combines the most energy-efficient AI processing with Maxim’s proven ultra-low power microcontrollers. The hardware-based convolutional neural

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RENESAS RELEASES RX23W MODULE WITH BLUETOOTH FOR SYSTEM CONTROL AND WIRELESS COMMUNICATION ON IOT DEVICES

RENESAS RELEASES RX23W MODULE WITH BLUETOOTH FOR SYSTEM CONTROL AND WIRELESS COMMUNICATION ON IOT DEVICES

Renesas Electronics today introduced the RX23W Module with full Bluetooth® 5.0 Low Energy support for system control and wireless communication on IoT endpoint devices. Featuring the RX23W 32-bit RX MCU supporting fully integrated Bluetooth Low Energy communication, the new RX23W module is equipped with an antenna, oscillator and custom-matched circuit. The new module is certified under Radio Law for multiple countries,

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CAPACITECH OFFERS ENERGY STORAGE TECHNOLOGY WITH A UNIQUE FORM FACTOR FLEXIBLE CABLE BASED CAPACITORS FOR ENERGY HARVESTING AND IOT DEVICES

CAPACITECH OFFERS ENERGY STORAGE TECHNOLOGY WITH A UNIQUE FORM FACTOR; FLEXIBLE CABLE-BASED CAPACITORS FOR ENERGY HARVESTING AND IOT DEVICES

Power consumption is a crucial factor for the Internet of Things  (IoT) applications, as it relies on a battery, which has a limited capacity and short service life, to carry out the device’s operations. IoT devices are often deployed in places that are physically difficult to reach making it difficult and expensive to replace them when

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