Following the success of their last product; the Atomic Pi SBC which sold for only $34 and sold out multiple times, Team IoT, has returned with another successful Kickstarter project for a Neural Computing Development Kit that combines the Intel Cherry Trail-based Atomic Pi SBC with a 2GB RAM and 16GB eMMC, with Intel’s Neural Compute Stick […]
NEURAL COMPUTING KIT COMBINES ATOMIC PI SBC WITH INTEL’S NCS2 Continue Reading
Novasom M11, based on the new Intel Apollo Lake x5, 6th generation of Atom CPU with Microsoft Windows 10 are designed for the typical digital signage applications that require heavy Full HD movies or UHD (4k) to be managed with high fluidity by specific heavy SW or, often, multiple displays. These boards (with an
Novasom M7, M8 & M11 SBCs for Advanced Multimedia Applications Continue Reading
3.5″ Embedded SBC with Intel® Celeron® Processor J1900/J1800, LVDS, VGA, DisplayPort, Three GbE LANs and Audio. CAPA84R, is a fanless 3.5-inch embedded motherboard powered by the Intel® Celeron® processor J1900 quad-core or J1800 dual-core. The CPU is located at the rear side of the motherboard, which further aids the heat-extraction process and simplifies maintenance procedures.
CAPA84R – 3.5″ Embedded SBC with Intel® Celeron® Processor Continue Reading
If like me you enjoy using the range of Arduino development boards to create a wide variety of different projects. You will be pleased to know that a new microcontroller board has been launched this week in the form of the Arduino Nano 33 BLE Rev2, priced at €22,80. The latest addition to the Arduino Nano
Arduino Nano 33 BLE Rev2 microcontroller development board powered by nRF52840 Continue Reading
Most of us are familiar with the Arduino Uno, a starting place for electronics projects since 2010. But what if the Arduino Uno was released in 1980? You’d probably get something like [ElectroBoy]’s 8051-based Arduino Uno. The Arduino Uno-compatible board has an MCS-51 (often called 8051 instead) instead of the usual ATmega328P/ATmega168. Specifically, [ElectroBoy] uses the AT89S52.
GIVE YOUR PROJECTS A RETRO TINT WITH THIS 8051-BASED ARDUINO UNO Continue Reading
We all know, at least intellectually, that our computers are all built with lots of tiny transistors. But beyond that it’s a little hard to describe. They’re printed on a silicon wafer somehow, and since any sufficiently advanced technology is indistinguishable from magic, they miraculously create a large part of modern society. Even most computers
CPU BUILT FROM DISCRETE TRANSISTORS Continue Reading
There is an episode of Ren and Stimpy with a big red “history eraser’ button that must not be pressed. Of course, who can resist the temptation of pressing the unpressable button? The same goes for development boards. If there is a button on there, you want to read it in your code, right? The Raspberry Pi
BUTTON, BUTTON, WHO’S GOT THE (PICO) BUTTON? Continue Reading
One of the things missing from the “classic” Arduino experience is debugging. That’s a shame, too, because the chips used have that capability. However, the latest IDE has the ability to work with external debuggers and if you want to get started with a classic ATMega Arduino, [deqing] shows you how to get started with
THIS ARDUINO DEBUGGER USES THE CH552 Continue Reading
Back in the 486 days, it was common to see a “Turbo” button on the front panel of many PCs, which was used to toggle between the CPU’s maximum speed and a slower clock rate that was sometimes necessary for compatibility with older software. Usually an LED would light up to show you were running
OLED DISPLAY LETS VINTAGE PC ENGAGE TURBO MODE IN STYLE Continue Reading
There was a point in time, excruciatingly brief, in which desktop computers often had a large “TURBO” button on their front panel. Some even featured an LED display that would indicate the current CPU frequency, providing visual conformation that your machine had leaped to a blistering 66 MHz. The 486 that [someyob] is restoring had
486 GETS ANIMATED TURBO BUTTON THANKS TO ARDUINO Continue Reading
