EVB-PRM210-U

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The EVB-PRM210-U is a powerful and easy to use tool for RF evaluation and development. It is a complete evaluation board device based on Texas Instrument’s PRM210 transceiver. It enables the rapid and easy development of prototype and evaluation applications for ultra-wideband (UWB), multi-Gigabit communication applications such as radar, medical imaging, automotive sensor systems, industrial process monitoring and more. The EVB-PRM210-U is a universal evaluation board that supports both CT-UWB and Direct Sequence UWB (DS-UWB) physical layers.

Application Field

EVB-PRM210-U offers an enhanced testing and evaluation capability for multi-Gigabit UWB applications. It helps to reduce the development time and effort. This makes it suitable for use in various applications like high speed and medium range industrial data communications, automotive radar and sensor systems, medical imaging and more. The board is designed for use with the Texas Instruments PRM210 transceiver. It contains all the necessary components to rapidly build a complete UWB design.

Features

The EVB-PRM210-U offers a full range of features to enable the rapid development of complex multi-Gigabit applications. These include:

• Integrated support for both CT-UWB and DS-UWB modes
• Multi-channel operation with up to 12 channels
• Low power consumption and excellent range
• Flexible channel switching and data rate
• Integrated support for FPGA co-processing and debugging
• Easy connection to external devices via USB
• Support for both half-duplex and full duplex operation

Working Principle

The EVB-PRM210-U works according to the standard radio frequency (RF) evaluation and development principles. It is based on the Texas Instruments PRM210 transceiver, and it contains all the necessary components to rapidly build a complete UWB design. The EVB-PRM210-U works as an RF evaluation and development board by leveraging the PRM210 transceiver\'s capabilities to enable multiple channels of operation, flexible channel switching and data rates, and easy connection to external devices via USB. The board also provides access to the FPGA co-processor and debugger, allowing for rapid development of complex applications.

The EVB-PRM210-U enables the user to quickly create a working prototype based on the PRM210 transceiver, or to use it as a development and evaluation platform for the development of multi-Gigabit UWB applications. The board is capable of supporting both CT-UWB and DS-UWB physical layers and contains all the necessary components to rapidly build a complete design. The board can be used for a wide range of applications, from medical imaging to automotive radar and sensor systems.

The EVB-PRM210-U is equipped with an integrated programming environment, which allows users to customize the design without the need for a dedicated hardware engineer. This programming environment makes it possible to easily reprogram the board for specific requirements like data-rate selection, packet size, or other additional features that may be needed. Furthermore, the integrated cloud-based programming environment allows the user to remotely debug and make changes to the UWB design in real-time, making it an ideal platform for rapid development.

Conclusion

The EVB-PRM210-U is an excellent tool for both rapid evaluation and development of multi-Gigabit UWB applications. With its integrated support for both CT-UWB and DS-UWB physical layers as well as its integrated programming environment, the EVB-PRM210-U is an indispensable tool for any developer working with UWB applications. The board is capable of supporting multiple channels and flexible data rates, making it suitable for a range of applications from medical imaging to automotive radar and sensor systems. Its integrated cloud-based programming environment makes it possible to debug in real-time, making the EVB-PRM210-U an ideal platform for rapid development.

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