BRD-MPCIE-X

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RF Evaluation and Development Kits, Boards consist of several components that are used to develop and test wireless devices and systems. BRD-MPCIE-X is one of these components that provides a robust platform for testing the connectivity and performance of RF-based systems. It is a PC/104-plus compliant FPGA board that supports PCIe (peripheral component interconnect express) and PCI (peripheral controller interconnect) expansion. It also features an MSoC (micro-system on chip), a flexible programmable logic integrated circuit (PLIC) and an analog-to-digital converter (ADC).

The BRD-MPCIE-X is designed to simplify the development of new RF-based systems. It is a convenient single board solution that enables the user to efficiently and quickly develop their system without having to design each peripheral individually. The board includes the necessary components to evaluate RF performance and configuration of various antennas, transmitters, receivers and other components.

The BRD-MPCIE-X application field is vast and includes wireless telemetry, digital television, Bluetooth, Wi-Fi and LANs (local area networks). It is a great tool for researchers who need to measure and analyze signal propagation, or for engineers in the radiofrequency development field who need to evaluate antenna and system characteristics. Many government and industrial organizations are using these boards to develop cost effective and reliable RF systems in a shorter amount of time.

The BRD-MPCIE-X is based on the mini-PCIe standard specification, which provides the user with a reliable backplane architecture for rapid end-to-end data transmission. The board can be used to connect a laptop or desktop computer to a remote device in order to send or receive configuration commands. The UARTic PCI Express expansion slot allows the user to connect third-party hardware vendors and debug their hardware.

The BRD-MPCIE-X works using a PLIC ( programmable logic integrated circuit) as its central logic unit. This allows complex signal processing and processing operations to be conducted in real time. Furthermore, the board has an optional differential input, output, and control bus for full-duplex communication with other modules. Additionally, the MSoC ( Micro System on Chip ) is used to provide fast communication, fast program loading, and data storage capabilities.

The BRD-MPCIE-X also features an ADC ( analog-to-digital converter ) which can be used to measure and compare various parameters in the RF-based system. The FPGA (field programmable gate array ) can be configured to measure various parameters across the selected frequency range such as signal strength, signal quality, and signal direction. With the flexible architecture of the board the user can also configure to run complex digital signal processing operations in real-time.

The components of the BRD-MPCIE-X are all based on industry-standard design principles. This ensures the board is reliable and easy to use. Furthermore, the board is RoHS (Restriction of Hazardous Substance) compliant, and thus suitable for use in areas where hazardous materials may be present.

In conclusion, the BRD-MPCIE-X provides users with a robust platform for testing the connectivity and performance of RF-based systems. With its integrated peripherals, the user can rapidly develop and test their systems. The board proves a great tool for government and industry organizations looking to develop cost effective and reliable RF systems in a short amount of time.

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