CC2550EMK

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The CC2550EMK is a RF Evaluation and Development Kit. It is based on a CC2550 Bluetooth Low Energy System-on-Chip (SoC) module and includes a radio board, an 802.15.4 network processor, and other peripheral components. It is designed primarily to enable developers to quickly evaluate the performance of various RF protocols and features, while also providing a platform for creating applications that run on the embedded Bluetooth Low Energy radio.

Applications of CC2550EMK

The beaconing capability of the CC2550EMK can be leveraged for a variety of Bluetooth Low Energy applications such as Bluetooth location tracking systems, presence monitoring systems, and even asset tracking systems. Additionally, the transmission range of the CC2550EMK extends up to 10 m, enabling applications such as indoor navigation. The CC2550EMK’s advanced radio system allows it to be used in various application scenarios such as industrial automation, healthcare, and smart home.

The CC2550EMK’s 802.15.4 radio and network processor allow developers to create mesh networks for a variety of industrial, consumer and enterprise applications, such as home automation or building control systems. Moreover, the CC2550EMK can be leveraged for audio applications, as its baud rate of up to 1 Mbps enables developers to create audio streaming applications.

Working Principle of CC2550EMK

The CC2550EMK is designed to simplify the development of Bluetooth Low Energy applications. It is based on an ARM Cortex-M0 processor, features a 32-bit I/O system, and has integrated ARM Cortex-M3 core. This empowers the CC2550EMK to handle multiple tasks and communicate at an impressive rate.

The CC2550EMK has a dual-mode Bluetooth system. When powered on, the CC2550EMK transmits low-energy advertising packets to Bluetooth devices, which it receives and interprets. When a compatible device is detected, it goes in a “fully-connected” state and can communicate with the device. This helps the CC2550EMK to establish two-way communication with compatible Bluetooth devices.

The CC2550EMK also has a low-power 802.15.4 radio system for transmitting data over the air. It consists of a radio transceiver and a networking processor that allows messages to be sent and received. The 802.15.4 radio system is also able to store transmitted data and access it for future retrieval.

The CC2550EMK includes peripheral components such as LEDs, buttons, and temperature sensors that help users to gather data on their environment and analyse it. Additionally, the kit includes a USB dongle that enables users to connect the CC2550EMK and set up a development environment on a computer. This ensures that developers can program the chip and develop applications quickly and efficiently.

Conclusion

The CC2550EMK is an effective and versatile RF Evaluation and Development Kit. It is designed to help developers evaluate the performance of various RF protocols and features and enables them to create Bluetooth Low Energy, mesh networking, and audio applications quickly and efficiently. With its power-efficient design and integrated ARM Cortex-M3 core, the CC2550EMK is an essential tool for developing advanced Bluetooth Low Energy applications.

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