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TINY OBSIDIANBOA DEV BOARD FEATURES ESPRESSIF SYSTEMS ESP32 S2 BOARD

TINY OBSIDIANBOA DEV BOARD FEATURES ESPRESSIF SYSTEMS’ ESP32-S2 BOARD

Greg Davill has posted on GitHub an Espressif Systems ESP32 based development board called the ObsidianBoa. Recently Greg Davill had a successful OrangeCrab crowdfunding campaign, he has however directed his attention to the Espressif Systems ESP32. There are a lot of ESP32 development boards today in the market, however, there is only a handful with a tiny form factor, like the […]

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Controlling an Off Grid Generator Over Wi Fi with a Pair of Arduino Boards

Controlling an Off-Grid Generator Over Wi-Fi with a Pair of Arduino Boards

Off-the-grid living Residing in an area that’s removed from the nearest town/city provides an innumerable amount of benefits, yet many of the modern necessities we have come to expect in everyday life might be sorely lacking. One of the largest is, as the name “off-the-grid” implies, reliable access to electricity, meaning that most find themselves

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TRENZ TE0802 ZYNQ ULTRASCALE MPSOC DEVELOPMENT BOARD

TRENZ TE0802: ZYNQ ULTRASCALE+ MPSOC DEVELOPMENT BOARD

Designed and manufactured by our partner, Trenz Electronic, the TE0802 is a development board integrating a Xilinx Zynq UltraScale+ MPSoC device. The board features multiple connectivity interfaces, including DisplayPort, VGA, USB 3.0, and Gigabit Ethernet RJ45. With a cost-optimized ZU2CG UltraScale+ MPSoC, embedded developers and users familiar with Arm Cortex-R and Arm Cortex-A53 processors can get started

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gearbox motor 1

Controlling DC Motors and Servo Motors with Arduino and Processing GUI

The workshop demonstrates how to control motors using Arduino and Processing In today’s workshop, participants will learn how to control two types of motors, namely DC motors and servo motors, using the Arduino board. The workshop will make use of firmata and a Processing to Arduino link, and a straightforward user interface will be created

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Digital I or O with Arduino Boards circuit

Digital I/O with Arduino Boards

Readings in Physical Computing Ch 6. pgs 87-136 (this week and next week) Ch 7: Serial Communication [137-143; 149-150; 153-161] Before the lab You should have already successfully installed the Arduino environment on your laptop, built the LED circuit, and successfully load/run the “blink” program to make the LED blink. Congratulations! In lab exercise Objective In

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