What would you give for a battery, 5x the storage capacity of whatever you’re reading from? Well, the countdown to commercial availability for batteries of this type of capacity has already begun and it would be considerably cheaper than then currently available batteries. This radical improvement comes from using sulfur cathodes rather than graphite in lithium-ion batteries. Sulfur […]
MEET THE NEXT-GEN LITHIUM-SULFUR BATTERIES Read More »
Last year, GreenWaves Technologies launched the GAP8 multi-core RISC-V microcontroller, aimed at artificial intelligence (AI) at the edge at ultra-low power consumption. Results from the GAP8 IoT SoC shows it performs inference at 3.7mA against 60mA for the same workload on STM32F7 Arm Cortex-M7 MCU. As a result of this performance, the company has now expanded its GAP IoT application processor family They launched GAP9, which
NEW GAP9 IOT OFFERS FIVE TIMES LOWER POWER CONSUMPTION THAN GAP8 Read More »
This project is to make a simple RESTful Web service library for IoT Devices. The library is written with C language code and on WIZwiki-W7500ECO platform board from WIZnet. With it, users can implement a RESTful Web service on IoT devices easily. Monitoring IoT devices can be done by RESTful API based on JSON, as
Adding REST-based Web Services to IoT Device for IO Monitoring Read More »
Adding muscle to its SBC and IoT solutions OKdo, part of Electrocomponents, is now selling the NVIDIA Jetson Nano Developer Kit to its range. The kit comes with out-of-the-box support for full desktop Linux, compatible with many peripherals and accessories, ready-to-use projects and tutorials to help makers get started. The Jetson platform brings what the company says
DEVELOPER KIT DELIVERS AI SOLUTIONS TO MAKERS Read More »
Vishay Intertechnology, Inc. has introduced two new families of 2A to 12A microBUCK® synchronous buck regulators featuring wide input voltage ranges from 4.5V to 55V (SiC476/7/8/9) and 4.5V to 60V (SiC466/7/8/9). Combining rugged high-performance n-channel trench MOSFETs with a controller in the compact 5×5 PowerPAK® package, the Vishay Siliconix devices deliver high efficiency and power
2A TO 12A SYNCHRONOUS BUCK REGULATORS WITH PEAK EFFICIENCIES OF 98% Read More »
A small team of researchers led by Peter Baltus, professor of microelectronics at the department of Electrical Engineering at Eindhoven Institute of Technology, the Netherlands, has developed small circuit boards equipped with sensors that can easily fit into a small golf-sized ball. While moving inside a pipeline, these swarm of smart marbles or balls can detect any obstacles, damages
SMART MARBLES AND AI TO DETECT FLAWS IN PIPELINES Read More »
Kinoma Element can power 3.3V sensors, but some projects call for the use of higher-current devices. The Tessel Relay module makes it easy to toggle externally-powered devices on and off. In this project, we control a network of two lamps using Kinoma Element, capacitive touch sensors, and relays. Parts List: The listed parts are for two lamps. Kinoma
AAEON, an award-winning developer of AI edge computing platforms, announces the BOXER-8220AI box PC powered by NVIDIA® Jetson Nano™. With the latest SoC from NVIDIA built for AI, the BOXER-8220AI offers stable, reliable performance at a price which is competitive and budget friendly. The BOXER-8220AI is powered by the NVIDIA Jetson Nano, the latest in edge computing
BOXER-8220AI: POWERING AI WITH NVIDIA JETSON NANO Read More »
HI GUYS MY NAME IS P STEVEN LYLE JYOTHI AND THIS IS MY FIRST INSTRUCTABLE ON HOW TO CONTROLL RELAYS BY NODEMCU ESP8266-12E VIA BLYNK THROUGH THE INTERNET SO LETS GET STARTED SORRY FOR MY BAD ENGLISH Step 1: THE THINGS YOU WILL NEED 1. NODEMCU ESP8266-12E (http://www.ebay.in/itm/Amica-NodeMcu-Lua-ESP8266-C…) 2. 4CH RELAY (http://www.ebay.in/itm/4-Channel-Relay-Board-Modul…) 3. SOME WIRES
NODEMCU 1.0 (ESP8266) CONTROLLED RELAY USING BLYNK (OVER THE WEB) Read More »
A project for someone who lights up my life… As a Christmas present (albeit an extremely late one now) for a long-distance friend, I wanted to build lamps that could “talk” to one another, as in “reflect each other’s color animations when simulated.” This involved a lot of frustrated screaming into pillows, late night confusion on why
Network-Connected Lamps (IoT for Beginners) Read More »
