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I2C LCD protocol is avaliable in our Graphic TFT Touch, Intelligent and economy series.
The Matrix Orbital GTT series is a powerful and feature rich line of full colour HMI TFT displays with an integrated restive and capacitive touch screens, crafted to become crisp, controllable canvases for creativity to creature fast and beautiful GUI interfaces for HMI systems. Utilizing an extended version of our widely used command library and industry standard communication protocols, the customizable GTT series boasts an intelligent displays that will quickly become the gorgeous face of your application.
Included features, 32MB of RAM, 2GB of onboard memory, piezo speaker and vibratory motor, provide tactile and audio feedback for a comfortable, confident user interaction. Additionally, the field updatable micro SD card stores font and bitmap files to liberate space and resources for use by the microcontroller, Arduino, or other HMI controller.
The GTT Series is offered in Serial TFT, I2C TFT, RS232 TFT, RS422 TFT, USB TFT. Industrial 12V, 24V power options via a 9-35V switching regulator allows the GTT to be integrated into many industrial systems with no extra components.
The Matrix Orbital Intelligent LCD, Intelligent VFD and Intelligent OLED displays are a powerful and easy to integrate HMI. Featuring years of engineering providing lots of industrial features such as keypad interface, membrane backlit keypad, general purpose outputs, industrial 12V and 24V voltage options.
Our Intelligent Graphic LCD displays offer onboard 256KB of memory allows True Type Font and any language font to be used on the display as well as bitmaps to displayed. Other features include Piezo Buzzer to provide audio feedback, Hardware flow control and Field upgradable firmware.
Matrix Orbital's MOI series features I2C protocol available in LCD, VFD and OLED displays. The MOI series is the perfect pairing for an Arduino, allowing easy and fast development with a display. Designed for a low cost solution for personal projects to high volume production runs that requires a low cost, high value display. Features include software controlled backlight and contrast, 3 GPOs and the Matrix Orbital intelligence and ease of use we are famous for
I2C, or Inter Integrated Circuit, is a half-duplex hardware protocol that uses two conductors, one clock (SCL) and one data (SDA) line, to connect two or more devices. One device, designated the master, uses the clock signal to synchronize data transfer to one, or multiple, slave devices at speeds up to 400 Kbps. Typical logic levels are 5V or 3.3V for a high bit, and 0V for a low, making this an attractive option for embedded applications. I2C supports multiple slave devices by providing each with a one byte read and write address. Networks for this protocol typically span short distances due to a lack of robustness to noise.
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