🎚 OSHChip (OpenSourceHardwareChip)
The most striking thing you see is that it is the size of a 16 pin DIP, and unlike other processor boards, it is designed from the start to be compatible with the white breadboards that are commonly used by electronic hobbyists, robotics projects, and oh so many hackaday projects.
Unlike other processor boards that are far larger, OSHChip can be plugged into the middle two rows of a bread board, and it doesn’t cover the connected holes that you will be connecting to.
Specifications:
▫️ ARM
▫️ 2.4 GHz Bluetooth Low Energy radio
▫️ Broad range of built-in Peripheral functions
▫️ 256 KBytes of Flash memory for program and data
▫️ 32 KBytes of SRAM
▫️ Support for in-system debugging including breakpoints
More information...
#boards #cortex
The most striking thing you see is that it is the size of a 16 pin DIP, and unlike other processor boards, it is designed from the start to be compatible with the white breadboards that are commonly used by electronic hobbyists, robotics projects, and oh so many hackaday projects.
Unlike other processor boards that are far larger, OSHChip can be plugged into the middle two rows of a bread board, and it doesn’t cover the connected holes that you will be connecting to.
Specifications:
▫️ ARM
Cortex-M0 32 bit (16 MHz)▫️ 2.4 GHz Bluetooth Low Energy radio
▫️ Broad range of built-in Peripheral functions
▫️ 256 KBytes of Flash memory for program and data
▫️ 32 KBytes of SRAM
▫️ Support for in-system debugging including breakpoints
More information...
#boards #cortex
🎛 Insanely Small Development Board: T402 Atto
It’s an extremely simple circuit and hardly something that hasn’t been done before, but the value here is in the tricky soldering to make it rather than its novelty.
The ATtiny402 and three passive SMD components are fitted on the smallest possible sliver of prototyping board to contain them, and the female headers and set of programming pins contribute far more to the volume of the device than the board itself. He also tried a side-on design with two smaller slivers of board before settling on the more conventional layout.
The demonstration of the system in action seen in the video: the break is a magnetic flux detector, dwarfed by the 40-pin DIP Z80 it is sitting on.
More information...
#boards #arduino #experiments
It’s an extremely simple circuit and hardly something that hasn’t been done before, but the value here is in the tricky soldering to make it rather than its novelty.
The ATtiny402 and three passive SMD components are fitted on the smallest possible sliver of prototyping board to contain them, and the female headers and set of programming pins contribute far more to the volume of the device than the board itself. He also tried a side-on design with two smaller slivers of board before settling on the more conventional layout.
The demonstration of the system in action seen in the video: the break is a magnetic flux detector, dwarfed by the 40-pin DIP Z80 it is sitting on.
More information...
#boards #arduino #experiments
🎬 How to use the two Cores of the Pi Pico?
The new Pi Pico has two cores. How can we use both? And: If you want to play with the Pico, this video can save you a lot of time because we will discover the main differences between programming an Arduino and a Pi Pico. After this video, you will know more than 99% of all Pi Pico users. And you know how to avoid some quirks.
https://youtu.be/9vvobRfFOwk
#video #raspberry #pico
The new Pi Pico has two cores. How can we use both? And: If you want to play with the Pico, this video can save you a lot of time because we will discover the main differences between programming an Arduino and a Pi Pico. After this video, you will know more than 99% of all Pi Pico users. And you know how to avoid some quirks.
https://youtu.be/9vvobRfFOwk
#video #raspberry #pico
YouTube
#372 How to use the two Cores of the Pi Pico? And how fast are Interrupts?
The new Pi Pico has two cores. How can we use both? And: If you want to play with the Pico, this video can save you a lot of time because we will discover the main differences between programming an Arduino and a Pi Pico. After this video, you will know more…
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🎥 ESP32-CAM Video Streaming Web Server
In this project we’re going to build an IP surveillance camera with the ESP32-CAM board. The ESP32 camera is going to host a video streaming web server that you can access with any device in your network.
You can integrate this video streaming web server with popular home automation platforms like Home Assistant or Node-RED. In this tutorial, we’ll show you how to integrate it with Home Assistant and Node-RED.
More information...
#projects #camera #esp32 #web
In this project we’re going to build an IP surveillance camera with the ESP32-CAM board. The ESP32 camera is going to host a video streaming web server that you can access with any device in your network.
You can integrate this video streaming web server with popular home automation platforms like Home Assistant or Node-RED. In this tutorial, we’ll show you how to integrate it with Home Assistant and Node-RED.
More information...
#projects #camera #esp32 #web
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