OVPL5W3K

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Evaluation and Demonstration Boards and Kits serve as tools for understanding certain technologies and products. OVPL5W3K Evaluation and Demonstration Board is one such example. It is designed as an extremely efficient, cost-effective solution for performing high-speed data transfer over a variety of different media. It has been designed to provide the highest performance in both general and specific applications.

The OVPL5W3K Evaluation and Demonstration Board is based on the Atmel AT91SAM9XE ARM Cortex-A5 based processor. It uses the Atmel SMART ARM Cortex-A5 Processor and includes 128KB SRAM, 16MB SDRAM, Ethernet 10/100/1000-Mbit PHY, two USB 2.0 Ports, and two UARTs. It is also compatible with the JP1-25 expansion connector to add additional features and capabilities. The board supports a complete Linux 3.7 with ULP RAM, while a full GNU toolchain and open source SDK is provided.

The OVPL5W3K Evaluation and Demonstration Board is used in applications such as medical imaging, data logging, video recording, and personal non-critical device communication. It is also suitable for research and development of various applications in the embedded market, including industrial automation, consumer electronics, telemetry, and security. It is Certified by the European Telecommunication Standards Institute (ETSI) as suitable for long-term use in telecommunication systems.

The main operational principle of the OVPL5W3K Evaluation and Demonstration Board is a dual bank architecture. This architecture enables it to transfer data between different media without a memory access penalty. Data is transferred between banks using effective DMA transfers from the dedicated SRAM banks. The data is then processed, transferred and stored using custom DMA firmware in the processor.

The OVPL5W3K Evaluation and Demonstration Board has a low-power design and provides efficient, cost-effective solutions in applications where power efficiency is important. It also features EMI certification, which ensures that data is properly transmitted between the board and the connected devices. Lastly, it is compliant with RoHS lead-free legislation for environmental protection.

In summary, the OVPL5W3K Evaluation and Demonstration Board is an extremely efficient, cost-effective solution for performing high-speed data transfers over a variety of media, suitable for use in various applications for research and development. Its main working principle is its dual bank architecture and it is certified by the ETSI for use in telecommunication systems. This board also features low-power design, EMI certification, and is RoHS lead-free compliant.

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