Rotary Un-Smartphone is a rotary dial phone based on Arduino, 4G LTE module

If you feel nostalgic and misses the days of the rotary dial phone, Sky’s Edge “Rotary Un-Smartphone” is an open-source hardware rotary dial phone controlled by an Arduino board and equipped with a multi-mode 4G/3G/2G module. It’s a bit more advanced that you old rotary phone with recent cellular technology, ePaper & OLED displays, quick dialing buttons, and the rotary dial can both be used to dial full phone number or quickly access your contact list. Key features of the Rotary Un-Smartphone: MCU board – Arduino board based on AtMega2560 MCU Storage – MicroSD card to store contacts list Displays – Front-side OLED and back-side ePaper displays Cellular Connectivity 4G/3G/2G connectivity via u-Blox TOBY-L2 module Voice calls and SMS (receive-only) supported SIM card slot Internal antenna; expansion space for user-supplied external antenna Audio Microphone and speaker 3.5mm TRRS headset jack Mechanical ringer bell made from polished brass; externally visible Misc – Mechanical power switch, Incandescent-like indicator LEDs, various buttons, physical […]

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Stripped-down Raspberry Pi 3B+ SBC powers YARH.IO Micro 2 DIY handheld PC

We’ve already seen a few DIY Raspberry Pi-based handheld computers in the past with the likes of Zero Terminal V3 or hgTerm powered by a Raspberry Pi Zero and a stripped-down Raspberry Pi 3 board respectively. So why not another? YARH.IO Micro 2 DIY handheld PC is based on a Raspberry Pi 3B+ SBC stripped from its Ethernet port, whose double stack USB connectors have been replaced with single stack USB connectors. The DIY computer also adds off-the-shelf parts with a 4″ touch screen display and a Bluetooth keyboard without touchpad, and gets its power from a 3,500 mAh battery. YARH.IO Micro 2 key components and features: SBC – Stripped-down Raspberry Pi 3B+ SBC Display – HyperPixel 4.0 4-inch IPS display with 800×480 resolution, touchscreen from Pimoroni Keyboard – 49-key mini keyboard with Bluetooth 3.0 ($10) USB – USB straight and right-angle connectors for four USB ports around the device Misc – DS3231 RTC, MicroSD card for OS, various cables, […]

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Open-source VSCP IoT/M2M automation framework supports Arduino, Raspberry Pi

VSCP (Very Simple Control Protocol) is an open-source IoT framework that works on development boards like Arduino or Raspberry Pi, and lets you control IoT home automation tasks. The framework is highly scalable, has a very low footprint, and as such is specially designed for resource-limited devices. VSCP is an open-source standard protocol for m2m, IoT and other remote control and measurement applications. It enables simple, low-cost devices to be networked together with high-end computers and/or to work as an autonomous system, whatever the communication media is. The VSCP Protocol has two levels: Level 1 and Level 2. The protocol was primarily used in CAN networks (that is Level 1 for tiny microcontrollers) because CAN is cheap and reliable with high efficiency. However, VSCP can be used for faster transport layers such as TCP/IP, so here comes Level 2 which achieves better performance. We have already seen Souliss, an open-source IoT framework for home automation. If you wonder why another […]

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IoT development board comes with AVR or PIC MCU, WiFi module

Microchip AVR-IoT and PIC-IoT development boards have AVR and PIC MCUs respectively, which enables a simple interface between embedded applications and the cloud. The IoT development boards can securely transfer data to Amazon Web Services (AWS) IoT platform with a WiFi connection. The IoT development boards also include an onboard debugger which can be used to program and debug the MCUs without any need for external hardware. The IoT development boards also have an integrated lithium battery charger, which makes it a rechargeable device and allows easier deployment for a “ready-to-go solution.” The AVR-IoT WA development board integrates the ATECC608A CryptoAuthentication chip for security protocols and the ATWINC1510 Wi-Fi network controller for connectivity. The development board combines the ATmega4808 MCU 8-bit AVR MCU running at up to 20 MHz and offers a wide range of flash sizes up to 48 KB. The unit uses a “flexible and low-power architecture, including Event System and SleepWalking, accurate analog features, and advanced peripherals.” […]

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Arduino Sensor Kit Base is a large shield for Arduino UNO with 10 modules

Earlier this year, Seeed Studio introduced the Grove Beginner Kit for Arduino that included the Arduino UNO compatible Seeduino Lotus board placed at the center and ten pre-wired and detachable Grove modules to get started with sensors on Arduino with no cabling whatsoever apart from the USB cable. Arduino must have seen and liked the design, and Seeed Studio has collaborated with the Italian company to create the Arduino Sensor Kit Base with a very similar design, but with a twist as instead of an all-in-one platform with modules and an Arduino board, it’s a very large shield that seats on tops of Arduino UNO. The Arduino Sensor Kit base includes the following: Base shield with 16 Grove connectors, instead of just 12 Grove connectors on the Beginner Kit, including 7x digital connectors, 4x analog connectors, 4x I2C connectors, and one UART connector; A 3.3V/5V voltage switch is also included 10 pre-wired modules without the requirements for breadboard nor jumper […]

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CodeBug Connect IoT development board is designed for young makers (Crowdfunding)

In 2015, a UK-based team launched a mini IoT development board called CodeBug. The same team has now come up with the CodeBug Connect IoT Development Board.  CodeBug Connect is a new wearable micro-computer that brings IoT to everyone and aimed at educators and young makers.  Upgrade to the original CodeBug This comes as an upgrade to the original CodeBug. The new development board retains its original cuteness and petite proportions but adds full color to the grid of 5×5 LEDs. The original buttons have been upgraded to mini joysticks, making them more suitable for games. The touch-sensitive, croc-clip connectors ‘legs’ that serve as I/O pins remain, as does the 0.1” header socket. “This year has shown our reliance on connected technology — with CodeBug Connect we wanted to make this technology accessible so everyone can build their own IoT devices and no one is left behind. The technology in our original CodeBug has been used by over a million […]

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$89 Lite3DP resin 3D printer fits in the palm of your hand (Crowdfunding)

I thought Selpic A-star 3D printer we recently covered was already small, but if you’re looking for an ultra-portable printer, it will be hard to beat the Arduino-based, open-source hardware Lite3DP resin 3D printer that can fit in the palm of your hand, and weighs just around 350 grams. That also means a pretty small build volume of just 45.1 x 33.8 x 70 mm, so it’s really for small objects, and for instance, a typical Raspberry Pi case could not be printed. But let’s have a look. Lite3DP printer’s key features and specifications: Electronics – All-in-one PCB with Arduino Pro Mini, a driver for the stepper motor, a module for a microSD card, and a screen with dual-functionality. Technology – MSLA // LCD-SLA Resolution – XY: 0.14 mm; Z: 0.05 and 0.1 mm Build volume (W x L x H) – 45.1 x 33.8 x 70 mm Tray volume – 50 cm³ for the liquid resin Compatible resins – […]

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Petoi Bittle Palm-sized Robot Dog uses Arduino and Raspberry Pi for STEM education (Crowdfunding)

You’ve probably already watched a video featuring Boston Dynamics Spot, a headless robot dog used in various industries including healthcare, public safety, construction, oil & gas, etc.. It could also be yours if you wanted a robotic pet dog at home, as long as you have $75,000 US to spare. Petoi Bittle looks eerily similar, but it’s much smaller as it fits in your palm, and could be yours for $225 on KickStarter as a kit to assemble yourself that you may get as soon as December. Bittle robot dog is designed for STEM education and can be programmed using the Arduino IDE, Python, or even Codecraft visual programming IDE. Bittle is comprised of 4 main hardware components: Plastic parts and fixtures – Body, four legs,  head (which can be used to hold Arduino modules), springs, screws, etc… Actuators – 9x P1S servo with a controllable angle of 270 degrees, eight of which are used for walking joints, and the […]

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