Check out our development cycle for new products and ideas we offer to our clients
We can design the printed circuit board of your circuit using the latest CAD tools in the market. We do multilayer layout, digital, analog, high power, high speed buses (USB, HDMI, RF antennas, etc.) and also export your board to Solidworks for mechanical integration.
We can develop the firmware to your newly designed electronic board. Our firmware engineers are experts in integrating multiple embedded processors (like Microcontrollers, FPGA and SOM) into the electronics to have a full, and custom solution.
Our electronics hardware design engineers work for you by designing cost-effective and efficient hardware that will be implemented into various types of electronics. We can create designs that are not only of the lowest-possible cost to our customers, but also reliable and high quality.
Testing is the main way of maintaining high quality products. Manual test can be tedious, time-consuming and prone to human errors. We can automate the test tasks of your electronic boards to improve production yields while being in compliance with industry regulations.
From consumer electronics, medical devices, control interfaces, software, mobile apps through wireless control; we can take your product idea to the next level!
We have developed this board as part of our Automated PCBA Test Fixtures solution. The purpose of th ...
Customer required a custom circuit to control a high-power supply which provides power to a matrix o ...
This board allow us to easily route one or two channels of the Oscilloscope (or high-resolution mult ...
Customer required to update a legacy product with new electronics so we redesigned the entire device ...
When using the ESP32 Module in applications that involve Wi-Fi access and battery-operated products, it is extremely important to properly qualify the power consumption of the ESP32 Module in the several power modes. The two most important reasons are: Let us check the datasheet of the ESP32WROOM32E module to get
Check out our most recent project: Controlling a Stepper Motor (Nema23) and a Motor Driver M542T with Arduino. The motor driver uses a +24VDC power supply (2.5A) to provide high torque and speed to the stepper. The Arduino generates the control signals to control the driver (M542T). Basically two signals
Printed circuit boards (PCBs) have been an integral part of electronics for many years. Through the years, electronic devices are getting smaller and more complex and so are the PCBs needed to connect the components in an efficient manner. As robotics and electronic design begin to be taught as early
We will provide you with our professional services in the field of electronics design, printed circuit board, software, firmware, prototyping and testing; to guarantee the success of your next product idea.