EVA2035-H

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The EVA2035-H is a high-performance modem board used for testing and evaluation of emerging wireless communication technologies. It is designed to meet the demands of research & development, test engineering, field trials and rapid prototyping of radio frequency (RF) communications devices. This article provides an overview of the applications and working principles of the EVA2035-H.

Applications for the EVA2035-H

The EVA2035-H is applicable to many products in development today. It is especially appropriate for testing and evaluation of wireless communications devices. This modem board is ideal for evaluating Propagation and Transmission, Network Design and Evaluation, Wireless Networking Protocols, Device Performance and Verification, Performance and Security System Testing, Frequency Range Evaluation, and a variety of Compliance Testing needs.

The EVA2035-H can also be used as a prototyping platform for custom radio networking applications. Its flexibility allows designers to customize hardware and software to satisfy specific application needs. The EVA2035-H offers an ideal solution for rapidly extending the capabilities of existing wireless communication technologies.

The Working Principle of the EVA2035-H

The EVA2035-H is based on the open-source platform of Openbts. Openbts is an open-source software development kit that supports the development, deployment, and communication of GSM products. It acts as a bridge between GSM technology and open source software, allowing the user to re-create GSM radio access network technologies in open source environments.

Its main features include a CompactPCI bus, API for access to GSM layers 3 and 4, support for up to four GSM frequencies in frequencies between 868MHz and 960MHz, high performance RF radio receivers and digital transceivers, a GSM processing module that connects to an FPGA and includes a 32-bit processor, and an integrated power board. It also has various interfaces such as Ethernet and RS 232, allowing users to interface with a variety of devices. Openbts has a modular architecture and provides a wide variety of debugging and diagnostic tools.

The EVA2035-H uses the Openbts platform to provide an integrated solution for development and evaluation of GSM technologies. It is based on a ARM Cortex-M4 processor with a range of peripherals. It performs signal processing using a combination of open-source algorithms and DSP techniques. Additionally, the board is designed to use low-power receivers and transceivers that provide good quality and high range. It can be configured to rapidly scan a wide range of GSM frequencies.

The EVA2035-H board is designed to be used in a variety of wireless research and development tasks such as performance evaluation, protocol analysis, performance testing, frequency range evaluation, network analysis, and more. The board offers users a flexible and cost-effective way to develop GSM technologies.

Conclusion

The EVA2035-H is a high-performance modem board used for testing and evaluation of emerging wireless communication technologies. It is applicable to many products in development today, such as Propagation and Transmission, Network Design and Evaluation, Wireless Networking Protocols, Device Performance and Verification, Performance and Security System Testing, Frequency Range Evaluation, and a variety of Compliance Testing. It is based on the open-source platform of Openbts and is designed to use low-power receivers and transceivers that provide good quality and high range. This board is an ideal solution for rapidly extending the capabilities of existing wireless communication technologies.

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