RFEVAL2-315

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RF Evaluation and Development Kits, Boards have become increasingly important in the field of wireless communications and computing. RFEVAL2-315 is one of the most popular such solutions, offering the highest levels of performance and reliability that are required for successful wireless systems design. Here, we take a closer look at the application field and working principle behind the RFEVAL2-315 system.

RFEVAL2-315 is specifically designed for the study of new wireless technologies, including: 3.11a/b/g WLAN, 802.15.4/Zigbee, Bluetooth, UWB, WiMAX, WCDMA, CDMA/EVDO, GSM/EDGE, CDMA/EVDO, and LTE. The platform is highly effective for the development and testing of Wireless Microprocessor and Communication Protocols that operate discrete functions, as well as more advanced multicast/multicollision protocols.

The RFEVAL2-315 includes a hardware platform that comprises of an RF soC board, baseboard, daughter cards, and software tools. The board is based on a Qualcomm Atheros AR6363 processor clocked at 400MHz and is equipped with 4MB of DRAM. This means that the platform is capable of running multiple applications in parallel, as well as undertaking complex functions such as audio, video, and multimedia processing.

The RFEVAL2-315 contains an integrated RF front-end which supports a broad range of RF transceivers, including Wi-Fi, Bluetooth, GPS, and cellular. This offers Designers a comprehensive set of protocols for testing and development. In addition to this, the platform also includes an optional Gigabit Ethernet interface and CAN-bus interface.

The system is designed for use with a variety of software and development tools, such as: Voltaire, USB Network, Node Tracing, Stack Art, RF Evaluation Tool, and Debugger. These tools provide engineers and Designers with a comprehensive set of features that enable them to quickly and accurately design, test, simulate, and troubleshoot various wireless systems.

The platform itself contains a multi-phase PLL and sigma delta ADC, which provide a wide operational range and support various wireless applications. These components are essential for any successful wireless system design as they can be used to accurately align and adjust the parameters of the RF system, enabling the highest level of performance.

In addition, the RFEVAL2-315 has inbuilt, ultra-low power sleep modes which ensure low power consumption during idle periods. This is essential for more advanced wireless applications, such as medical implants or wearable devices, as they need to operate continuously for periods of time without draining the battery.

Finally, the RFEVAL2-315 contains advanced security features to protect sensitive data and applications. Advanced encryption technology is implemented to ensure that any data transmitted or received remains secure. In addition, the system supports secure booting, system authentication, and BIOS protection.

As can be seen, RFEVAL2-315 is a powerful and reliable platform for the development and testing of wireless protocols and applications. Its range of features and components mean that the platform is suitable for the development of a variety of system solutions. From small to medium sized applications, the RFEVAL2-315 is the perfect tool for designing and testing the next generation of wireless solutions.

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