I2C (Inter-Integrated Circuit) is a communication technology that connects multiple digital devices such as microcontrollers, sensors, and modules, allowing them to exchange data without the need for a host controller. An Embedded Engineer is a specialist who can ensure your device is functioning flawlessly with the I2C protocol, no matter how complex. Our engineers have extensive experience with innovative embedded designs, developing and integrating hardware and software components into secure, professional applications that maximize performance and efficiency.
Here's some projects that our expert Embedded Engineer made real:
- Creation of a shared-power line between USB ports
- Integrating pressure sensors with Arduino Nano and 20x4 i2C LCD displays
- Developing a C++ function for I2C communication with AS7341 chips on custom boards
- Experienced C programmer helps debug and improve embedded systems
- Programming of the AVR C for I2C-Read of the LIS3DH Acceleration Sensor using an ATMega88A-PU
At Freelancer.com,Embedded Engineers work to help clients make their projects into reality. We provide access to experienced engineers who are eager to comply with your project needs from concept sketch to prototyping to deployments. With our talented team of engineers on board, you can trust that your project is in good hands. Post your project today at Freelancer.com and start getting results from an experienced Embedded Engineer!
Von 1,330 Bewertungen, bewerten Kunden unsere Embedded Engineers 4.9 von 5 Sternen.Embedded Engineers anheuern
I2C (Inter-Integrated Circuit) is a communication technology that connects multiple digital devices such as microcontrollers, sensors, and modules, allowing them to exchange data without the need for a host controller. An Embedded Engineer is a specialist who can ensure your device is functioning flawlessly with the I2C protocol, no matter how complex. Our engineers have extensive experience with innovative embedded designs, developing and integrating hardware and software components into secure, professional applications that maximize performance and efficiency.
Here's some projects that our expert Embedded Engineer made real:
- Creation of a shared-power line between USB ports
- Integrating pressure sensors with Arduino Nano and 20x4 i2C LCD displays
- Developing a C++ function for I2C communication with AS7341 chips on custom boards
- Experienced C programmer helps debug and improve embedded systems
- Programming of the AVR C for I2C-Read of the LIS3DH Acceleration Sensor using an ATMega88A-PU
At Freelancer.com,Embedded Engineers work to help clients make their projects into reality. We provide access to experienced engineers who are eager to comply with your project needs from concept sketch to prototyping to deployments. With our talented team of engineers on board, you can trust that your project is in good hands. Post your project today at Freelancer.com and start getting results from an experienced Embedded Engineer!
Von 1,330 Bewertungen, bewerten Kunden unsere Embedded Engineers 4.9 von 5 Sternen.Embedded Engineers anheuern
ESP32-C5 Plug-and-Play Board - Design Specification 1. Objective Design a base development board using ESP32-C5 with: • Full dev board functionality (like DevKitC-1) • External antenna () support • Extended features: o 16 external buttons (via expander) o 3 WS2812 outputs o buzzer o onboard accelerometer o flexible power input (USB-C / barrel / terminal) • Designed as a plug-and-play activity controller platform 2. Core MCU Section Main Module • ESP32-C5-WROOM-1U Requirements • Follow ESP32-C5 DevKitC-1 schematic as reference • Include: o EN (reset) circuit o BOOT (GPIO strapping) button o proper decoupling capacitors o flash connections (internal to module) USB (Native) • USB Type-C connector • Connect directly to: o GPIO13 → Do GPIO14 &ra...
I’m expanding an embedded Linux platform that runs on the AM335x-based BeagleBone Black and I need an engineer who already knows their way around the board. The work spans kernel configuration, real-time GPIO toggling, PRU firmware tweaks, and device-tree overlay edits, all deployed on Debian/Ubuntu images via remote workflows. Day-to-day coding will be done in Python for the high-level hardware control layer, so fluency there is essential; C/C++ knowledge for the lower-level pieces is a plus but not mandatory. You will be working with: • GPIO • I2C • SPI The schedule is flexible—part-time or full-time—and everything is handled remotely. When you apply, focus on your BeagleBone experience: link to relevant GitHub repos, forks, demos, or shipped pr...
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