H-KT-STARTER-RASP-CELL-1-0

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RF Evaluation and Development Kits, Boards are becoming increasingly important in industries that rely of radio communications such as Wi-Fi, cellular networks and bluetooth. In this article we will discuss the H-KT-STARTER-RASP-CELL-1-0, its application field and working principle.

The H-KT-STARTER-RASP-CELL-1-0 is a comprehensive evaluation, test and prototyping platform designed to meet the needs of cellular and wireless application development. The kit includes a reference board based on the Raspberry Pi 3 and H-KT’s own cellular receiver and transceiver chipset as well as necessary wireless antennas and other accessories. This platform is ideally suited to research, development and prototyping tasks within a variety of sectors where wireless communication is essential, such as IoT, automotive, industrial and consumer electronics.

The central component of the H-KT-STARTER-RASP-CELL is the reference board featuring a Raspberry Pi 3 board with a BCM2837 ARM® Cortex®-A53 quad core processor and wireless connectivity. The board is equipped with GPS, Wi-Fi and Bluetooth modules and a serial UART as well as other pin headers targeting enabling rapid development and testing. The kit also includes an expansion board for GSM and LTE application development.

The H-KT-STARTER-RASP-CELL is a great versatile platform which can be tailored and used for a wide range of applications. These include:

• Internet of Things (IoT) applications such as Industrial Automation, Smart Home and Wearable Devices.
• Developing and testing custom cellular and GSM/LTE solutions.
• Developing and testing LE applications such as Smart Beacons.
• Integrating the H-KT\'s cellular receiver and transceiver technology into 3rd party solutions.

The working principle of the H-KT-STARTER-RASP-CELL can be broken down into five main parts:

• ESP32 Wi-Fi Module
• GSM/LTE Cellular Module
• Bluetooth Module
• GPS Module
• Raspberry Pi 3 Board

The ESP32 Wi-Fi module is a dual-core 32-bit CPU with built-in Bluetooth and Wi-Fi. It is capable of providing a secure connection to other devices and enables remote access and control. It also supports OTA (Over-the-Air programming), which makes it easy to update the firmware.

The GSM/LTE cellular module is a high speed, low power module for GSM and LTE applications. It is capable of handling multiple cellular frequencies including 2G, 3G, and 4G and is compatible with most operators in the world. The cellular module supports GSM/GPRS voice, SMS and CSD for international roaming and has an integrated antenna.

The Bluetooth module is an ultra-low power, high speed Bluetooth 4.2 module. It is designed to enable quick and simple implementation of wireless connectivity. The Bluetooth module is compatible with Android and iOS, and it has an integrated antenna for maximum signal strength.

The GPS module is an ultra-low power, high performance GPS module. It is capable of tracking up to 128 satellites simultaneously and is capable of acquiring 10 satellites in the cold start condition. It also supports GPS signal identifying, data filtering and data processing.

The Raspberry Pi 3 Board is based on a Broadcom BCM2837 ARM Cortex-A53 64-bit quad-core processor. It offers flexible connectivity with a range of pins for expansion across four headers, each of which can accept multiple types of connectors including UART, I2C, and SPI. It also offers compatibility with a range of operating systems including Raspbian, Ubuntu Mate, Windows 10 IoT Core and many more.

In conclusion, the H-KT-STARTER-RASP-CELL-1-0 is an ideal development platform for the research, development and prototyping of cellular and wireless solutions for Internet of Things, industrial, automotive and consumer electronics applications and its working principle is based on a combination of a Raspberry Pi, ESP32 Wi-Fi module, GSM/LTE Cellular Module, Bluetooth module and GPS module.

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