INACKS chips save engineering time and costs, so you can finish your product sooner and bring it to market faster.

Implementing protocol stacks in-house has several drawbacks: it requires weeks or months of highly qualified engineers who are already familiar with the protocol, as well as access to dedicated testing equipment. All of this translates into higher costs and longer development time. A dedicated chip provides a ready-to-use solution, allowing you to save both time and money and bring your product to market faster.

If the protocol is not listed on our website, it may mean one of the following:

1. We already offer the protocol, but it is not publicly listed because it belongs to a private consortium and may require a specific licensing or contractual agreement.
2. The protocol is currently under development (R&D). Let us know if you’re interested, and we can consider increasing resources for its development.
3. The protocol is not yet implemented, but we would be interested in understanding your requirements to evaluate a potential development.

No. You can use our chips directly via your system’s I2C, SPI, or UART peripheral.

Our goal is to save you time and provide an easy, generic solution, so you spend minimal effort integrating the protocol. The chips use standard, well-supported I2C, SPI, and UART protocols to interconnect seamlessly with your microcontroller or embedded computer.

Yes. Our chips communicate via I2C, SPI, or UART, so they can work with any device that has one of these standard peripherals.

No. They work alongside it, handling the communication protocol so your MCU can focus on processing logic, sensors, or user interfaces. It’s a division of labor that increases system reliability and reduces firmware complexity.

Yes. You can either license our code for your microcontroller, or we can supply microcontrollers with our code pre-programmed, leaving space for your own code.

Yes, we can develop tailor-made protocols or enhance existing ones to meet your specific requirements.

These chips are commonly used in industrial automation, energy monitoring, lighting systems, IoT devices, agricultural technology, and more. Anywhere reliable, standards-based communication between devices is needed, these chips can simplify your system architecture.