Unleash Your Creativity with Intel Genuino 101 Development Platform

Table of Contents

1. Introduction
2. Intel Kure Compute Module
3. Key Features of Intel Kure Compute Module
4. Intel Genuine O10 One
5. Features of Intel Genuine O10 One
6. Programming Intel Genuine O10 One
7. Developing Arduino Applications with Intel Genuine O10 One
8. Basic Arduino Program: Blink
9. testing Intel Genuine O10 One
10. Conclusion

📚 Introduction

Welcome to the webinar series on Intel's higher education challenge. In this webinar, we will focus on Intel Genuine O10 One and the development board based on Intel Kure Compute Module. This powerful module offers endless opportunities for innovation and development. We will explore its key features, benefits, major applications, and how it can be utilized to create interesting projects.

📗 Intel Kure Compute Module

The Intel Kure Compute Module is a tiny yet powerful module utilizing Intel Quad SOC. It features a 32-bit Intel architecture-based CPU running at 32 megahertz. Additionally, it includes an ARC-based DSP processor, a Bosch BMI 166 access sensing device, Bluetooth Low Energy, and a pattern matching engine with 128 Parallel arithmetic units. With 384 kilobytes of Flash memory and 80 kilobytes of SRAM, the Intel Kure Compute Module offers vast opportunities for development.

📗 Key Features of Intel Kure Compute Module

The Intel Kure Compute Module is packed with features that enable endless opportunities for innovation. Some of its key features are:

1. Tiny size and low power consumption
2. Pattern matching engine for learning and recognizing Patterns
3. Hardware and firmware-level security features
4. Integration of Bosch BMI 166 access sensing device and Bluetooth Low Energy
5. 32-bit DSP sensor hub with 128 neural network nodes
6. Support for various input/output options
7. Easy programmability using Arduino IDE

📗 Intel Genuine O10 One

The Intel Genuine O10 One is a microcontroller board that utilizes the Intel Curie microcontroller. It combines the power of Intel Curie with the flexibility and support of Arduino, enabling rapid prototyping and IoT application development. The Intel Genuine O10 One is a perfect fit for wearable devices due to its tiny size and low-power Bluetooth Low Energy capabilities.

📗 Features of Intel Genuine O10 One

The Intel Genuine O10 One offers a range of features that make it suitable for various applications. Some of its key features include:

1. Operability at 3.3 volts with a 5-volt tolerance
2. Support for 7 to 12 volts input DC voltage
3. Multiple GPI pins with PWM support
4. Onboard ADC for analog sensor connectivity
5. Flash memory of 196 kilobytes and SRAM of 24 kilobytes
6. Clock frequency of up to 32 megahertz
7. Open-source operating system support
8. USB module and JTAG debugger
9. 32-bit DSP sensor hub with pattern recognition algorithms
10. 6-axis accelerometer for precise measurements

📗 Programming Intel Genuine O10 One

To develop Arduino applications using the Intel Genuine O10 One, you need to have the Arduino IDE installed on your machine. Additionally, you need a USB cable, a compatible DC adapter, and the Intel Curie software Package. Once installed, you can program the Intel Genuine O10 One using the simple Arduino IDE and access the onboard peripherals to support a wide range of applications.

📗 Developing Arduino Applications with Intel Genuine O10 One

To get started with developing Arduino applications using Intel Genuine O10 One, follow these steps:

1. Install the Arduino IDE and Intel Curie boards software package.
2. Connect the Intel Genuine O10 One board to your machine via USB.
3. Select the appropriate board and COM port in the Arduino IDE.
4. Write, save, and verify your Arduino code.
5. Upload the program to the Intel Genuine O10 One board.
6. Test the functionality of your application.

📗 Basic Arduino Program: Blink

One of the basic Arduino programs you can start with is the Blink program. It turns on and off the green LED connected to digital Pin 13 on the Intel Genuine O10 One board. By verifying and uploading the Blink program, you can ensure that your board is functioning properly.

📗 Testing Intel Genuine O10 One

After uploading the Blink program or any other Arduino program to your Intel Genuine O10 One board, you can test its functionality. Observe if the LED is blinking as expected or if your program is executing correctly. This step helps ensure that your board is working as intended.

📗 Conclusion

The Intel Genuine O10 One, coupled with the powerful Intel Kure Compute Module, offers endless possibilities for innovation and development. Its small size, low power consumption, and integration with Arduino make it a versatile platform for creating various applications. From Sports and Fitness to Healthcare and civil engineering, the Intel Genuine O10 One opens the door to exciting projects and advancements.

Highlights:

• Intel Kure Compute Module offers endless opportunities for innovation and development
• Key features include tiny size, low power consumption, pattern matching engine, and security features
• Intel Genuine O10 One provides a microcontroller board with Intel Curie microcontroller
• Features include support for various input/output options, flash memory, and an accelerometer
• Programming with Arduino IDE enables rapid prototyping and IoT application development
• Basic Arduino program, Blink, helps test the functionality of Intel Genuine O10 One
• Testing Intel Genuine O10 One ensures proper functioning of the board for application development