Hackster’s Handpicked Projects of the Week Jan 25, 2019
An ePaper C64 Emulator, an SNES-Style RetroPie Device, a Wireless Smart Switch + More
Hackster Staff
5 years ago
ePaper C64Control Two Relays with an SMSSNES Style RetroPie Build with Raspberry Pi Zero WCoolSWITCH — Wireless High Power Smart Switch32-Band Audio Spectrum Visualizer AnalyzerSony Spresense 120/240 Volt Power Supply ModuleSave a Child’s Life with Python, AWS & TwilioIoTWooden Tower Motion/Audio SensorAuto Lock Computer SystemNixie Display or Clock IN-14 Raspberry Pi HAT NCS314Environmental Sensing with LoRaWAN (TTN)XR10 Open Source Drum ModuleGetting Started with the Smartcar PlatformA Posture Detector Sending Bluetooth Data to a Cordova AppOpen Source Automatic Transfer SwitchRunning Embedded Lua on a Digilent Arty FPGA BoardMOSMusicFlat Panel SwitchboardsRaspberry Pi QuadrupedCheck a Stepper Motor From the DVD-ROMSolid State PrechargePi-Clock with ArduinoSimple MQTT Message Board with Arduino EthernetAn Owl with Light up EyesAutomated Model Railway Layout with Passing SidingSens’it Window Opening | Temperature/Humidity ReportsThe ONE TUBEPlaying NFS By Hand Gesture ControlGas, Carbon Monoxide, Motion and Water DetectionNight Lamp with Wireless Buttons and Motion DetectorStress Tester for Text UI Input FieldsControlling an L9100 Motor Driver Board Using ArduinoFridge Door Alarm with NXP Rapid IoTShow BigClown Sensor Data at Raspberry Pi Sense HATIncrease Efficiency of Your 5V Devices
A C64 emulator on ePaper.
Drive the relays of the MKR Relay Shield connected to a MKR GSM 1400 with an SMS.
Squeezing a Pi Zero W into an SNES cartridge form factor for portable retro gaming! Oh, and let’s throw some rainbows in there too…
Designed for Industry 4.0, but suitable for smart home too. Features WiFi control, current measuring, PWM, soft start / stop and safety.
This project is for making a 32-band audio (music) frequency spectrum analyzer / visualizer using Arduino.
120/240V AC or 30V DC power supply module for the Sony Spresense Expansion Board. Plug and power your projects for real world.
Create a TwilioIoT hotspot for sending a SMS using AWS Lambda & the AWS IoT button inside a car.
Combine an accelerometer, an audio amp, a speaker, and one of the on-chip DACs on the LPC845 for audio-motion-enabled Jenga-type games.
Combine Arduino Leonardo HID functionality with a distance sensor to improve computer security!
IN-14 Nixie tubes clock Raspberry Pi HAT NCS314, remote, GPS, and temperature.
This is plug and play: particulate matter (PM2.5) and volatile organic compounds (VOC), plus air pressure, temp and humidity.
Build your own Eurorack drum module.
A versatile & easy to use vehicle platform for hobby-grade projects: You focus on application logic and the library takes care of the rest.
Prevent back pain by detecting bad posture and correct it immediately!
An open source automatic transfer switch based on the Infineon CoolMOS™ C7 MOSFET.
This project combines eLua with an open source RISC-V CPU core to a powerful, self-hosted embedded platform for FPGAs.
Portable lighting station synchronized with music, with the Infineon CoolMOS C7 MOSFET.
Digitizing household mechanical switches with CoolMOS C7.
A four-legged robot imbued with the power of deep learning.
The older members among you can still remember DVD-ROM drives well: let’s take another look at the inner values of a paffdfdst technology.
Solid state precharge CoolMOS solution for automotive HV battery.
This clock uses the first 192 digits of Pi number to display the time in a 32 x 8 LED matrix in an original way.
Build a simple MQTT message board with Arduino Ethernet.
To get my entry pass to our #Seeed10 Annual Party, I weaved out an owl that has two huge light up eyes as my Light up Project.
A basic model train layout containing a passing siding with a train running around and stopping in an automated sequence.
A second project on how to use the Sens’it SDK to implement a feature to detect how long a window was open, and build a dashboard.
Cheapest and easiest Nixie clock in the world, the ONE TUBE.
Hand gesture control using Arduino Leonardo and IR sensors.
Detect gas, carbon monoxide, motion and water leaks with this multipurpose project.
Put smart LED strip to the lamp, under bed. Control intensity with a knob or wirelessly with push button or motion detector.
The project is useful for stress testing text UI input fields. It generates characters at a controlled rate by emulating a keyboard.
This project shows you how to successfully control a robot arm using the L9110 motor board, without using up all your Arduino outputs.
Make a fridge door alarm that sounds a buzzer if you leave your fridge door open for more than 10 seconds.
This project shows how to display data from BigClown sensors on a Raspberry Pi Sense HAT.
The circuit increases the efficiency of any 5V device. Just connect your device through this device and go efficiently.
Hackster Staff
Projects and articles from the Hackster Staff!