"Introducing our io_Chip System-on-Module (SoM), a powerful and compact computing solution designed to streamline your embedded system development."
CONTACT USAt the heart of this io_Chip 1 lies an STM32 MCU, renowned for its reliability and performance. The io_Chip provides robust processing capabilities, ensuring smooth execution of your applications and firmware.
With upto 2MB of memory, this SoM offers ample space for storing your operating system, firmware, and data. It enables efficient multitasking and storage of critical information, making it suitable for demanding applications.
The io_cloud supports a wide array of connectivity options to facilitate diverse IoT applications, including:
Perfect for interfacing with sensors and peripherals in a wide range of IoT devices.
Provides high-speed communication for connecting displays, memory, and other SPI-compatible devices.
Enables reliable serial communication with various devices and sensors.
Facilitates low-cost communication with 1-Wire-compatible sensors and devices.
Ideal for applications requiring robust networking, often seen in industrial and automotive IoT.
Precise control over motors, lighting, and analog devices.
Converts analog signals from sensors into digital data for IoT applications.
General purpose input output which functions by pasing data into and out of the chipset
Our “io_cloud” CoM with Abhram Cloud integration is tailored for a wide range of IoT applications, including:
Build efficient and connected IoT devices with the SoM's extensive connectivity options.
Control and monitor machinery and processes with CAN and PWM support.
Easily interface with sensors using I2C, UART, and 1-Wire connectivity.
Achieve precise motor control in robotics and automation applications with PWM capabilities.
Use the generous memory capacity to store and analyse data in real-time.
Simplify the development of custom embedded systems with this modular and feature-rich SoM.
Build efficient and connected IoT devices with the SoM's extensive connectivity options.
Easily interface with sensors using I2C, UART, and 1-Wire connectivity.
Use the generous memory capacity to store and analyse data in real-time.
Control and monitor machinery and processes with CAN and PWM support.
Achieve precise motor control in robotics and automation applications with PWM capabilities.
Simplify the development of custom embedded systems with this modular and feature-rich SoM.
Our microcode firmware on IO_chip Modules is highly optimized for efficiency, executing tasks in minimal clock cycles while maximizing overall performance. It supports diverse communication protocols like ADC, UART, I2C, SPI, CAN, and 1-wire, making it versatile for various applications.
Abhram Technologies pioneers transformative solutions, seamlessly integrating AI, robotics, and cloud services to redefine technological landscapes.
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Devoloped by: arju