A Swift library for hardware projects on Linux/ARM boards with support for GPIOs/SPI/I2C/PWM/UART/1Wire.
SD-Card controller, using either SPI, SDIO, or eMMC interfaces
ADXL345 three-axis accelerometer reader (SPI interface)
SPI library for Arduino AVR and STM32F1 to connect to ESP8266
Collection of miscellaneous tools for PDM signals generation, acquisition and decoding
Implementation of a Serial Peripheral Interface(SPI) using Verilog and testing various modes of the SPI Device
Two Verilog SPI module implementations (hard and soft) with advanced options and AXI Full Interface
This repository contains the implementation of an SPI (Serial Peripheral Interface) communication protocol with single port sync RAM.
23LC1024 are 1 Mbit Serial SRAM devices. The memory is accessed via a simple SPI compatible serial bus.
MEAS MS5611 pressure sensor library for altitude / variometer applications, uses floating point for better resolution
A peer-to-peer wireless communication system using Arduino Uno, a 16×2 I2C LCD Display and NRF24L01 transceiver modules to transmit and receive Morse code messages. This project demonstrates encoding text into Morse code, transmitting it wirelessly, and decoding it back into human-readable form.
(Please see debug branch, it will be merged to master soon) In neuroscience research, observing and recording peripheral nerve action potentials has important applications. RETICAP stands for "Real-time Compound Action Potential" (recorder), which has been/is being developed for externally triggered and online-averaged recording of Compound Acti…
USB & SPI Interface for FS9721-based Multimeters (TP4000ZC)
Cross-platform software SPI driver for master device
Simple clock running on a vfd Display and a NanoPi
High-speed heterogeneous computing bridge between STM32H7 and Artix-7 FPGA using SPI and FreeRTOS
Arduino library for the Bosch BME280 Temperature / Humidity / Pressure sensor
CFAL128128B0-011 OLED display. SSD1327 display controller brought up by an Arduino. 8 bit parallel interface.
This project demonstrates basic SPI (Serial Peripheral Interface) communication using an Arduino UNO as the Master device. It sends a sequence of 8-bit data values (0x80 → 0x01) through the SPI bus — a useful experiment for testing data shifting, LED control through SPI, or communication with SPI-based peripherals.
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