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The vast majority of companies all around the world are relying on some type of automation to get their business done. The field of industrial automation is very broad. From simple pick-and-place to the most advanced nanotechnology processes, all are driven by some sort of electronic device.

There is a wide variety of chips used in these devices; to name a few, there is the venerable STM32 range of MCUs from ST Microelectronics, i.MX from NXP, or the TI range from Texas Instruments.

Industrial
Automation

RISC-V ELECTRONICS

Risc-V

As a company, we are focused on chips using the RISC-V instruction set, as we believe that it provides more flexibility for hardware design. We’ve decided to design an automation board using a RISC-V microcontroller, and so MABOR, or Machine Automation Board On RISC-V was born.

RISC-V
Microcontroller

OUR FOCUS

We are using them on many projects. They can operate a vending machine, small robots, or a measurement instrument. Anywhere you need precise sensor-driven multiple motor control MABOR can be your choice. Really, it only depends on your imagination. Very high on our feature list were out-of-the-box functionality, ease of use, and stability. Our clients certainly enjoy the fast time to production and robustness of our solution.

Real-World Implementation

OUR FOCUS

 Vending machine
 Vending machine
Pipe

This rather universal board is bringing a lot of possible peripherals on a rather standard layout

of 16 x 10 cm

Multifunctional and flexible

SPECIFICATIONS

Mabor V2

Servo voltage setting

Dual Risc-V MCU

SD Card

Integrated circuits

Drivers

4X DRV8872 DC Motor Drivers

Master/Slave operation mode

USB-C Port

04

05

06

01

02

03

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Servo voltage setting

02

Dual Risc-V MCU

03

SD Card

04

4X DRV8872 DC Motor Drivers

05

Master/Slave operation mode

06

USB-C Port

DUAL MCU

To ensure high precision, we are employing two Gigadevice MCUs to provide the ability to execute two independent threads without sacrificing accuracy. Both MCUs are passively cooled.

Probably one of the most difficult parts of using microcontrollers is programming. Well, we've got you covered; our board accepts programs in simple JSON format. Yes, that is right; you just save a bunch of text commands in a file on your SD card, and you are up and running. No lengthy compilations or figuring out which interrupt you have to use. This makes for really fast and easy prototyping or even a final solution.

Easy programming

SPECIFICATIONS

Easy programming
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