CDB6109-1

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CDB6109-1 Evaluation and Demonstration Boards and Kits are designed for professionals in industries requiring high-performance data and computing applications. The board can be used for rapid prototyping, optimizing circuit designs, design exploration, evaluation, evaluation and benchmarking, prototype testing, and high-performance computing applications.

The board consists of the 28nm advanced production chiplets Xilinx Kintex UltraScale and ARM Cortex-A9, 25 Gb/s transceiver, a temperature sensor, a USB2.0 port, and Gigabit Ethernet port. The power itself is generated from a DC/DC powered AC adapter or from an external USB port. An integrated heatsink cooling system will ensure steady temperature during operation.

The core architecture of the CDB6109-1 evaluation board is based on the advanced technological processes of the 28nm CMOS devices. It includes a 8-bit IBM PowerPC chip, two IBM Xilinx Microblaze 32-bit processors, and two ARM Cortex-A9 processors. The on-board RAM is 512MB, with 4GB DDR3 memory and 1TB external flash.

The CDB6109-1 work by creating an application environment for specialized tasks, and managing the tasks using a GUI-based application development environment. The board includes a development environment that supports both Microsoft Windows and Linux operating systems. Application development is achieved using the operation environment of choice, and applications are programmed through devices such as the CDB6109-1’s onboard C Programmer and IDE. The C Programmer is used to enter and edit code for the board’s applications. The IDE is used to debug any errors or bugs in the application code.

The CDB6109-1 can be prototyped and tested in a physical environment for accurate performance assessment. Through application testing, the board’s high-performance specifications are evaluated in real-world scenarios. The board’s various peripherals are integrated into the physical environment to analyze the environmental conditions or any external interaction related to the application.

The evaluation board is beneficial due to its widespread support, fast processing power, integrated temperature sensor, and portable power source. The integrated power supply allows users to power the board from either an AC power source or an external USB port. The on-board temperature sensor enables engineers to continually monitor the board’s temperature to ensure safe operation. The board’s design also allows it to be used in a wide variety of computing tasks, from high-performance computing to circuit prototyping.

In conclusion, the CDB6109-1 Evaluation and Demonstration Boards and Kits provides users with a wide range of capabilities for high-performance data and computing applications. It is a versatile design, with extensive on-board functionality, a wide selection of memory and data processing options, and an integrated cooling system. The board also provides users with the flexibility to power the board from either an AC source or an external USB port, and monitor the board’s temperature with the integrated temperature sensor. The board’s extensive capabilities, along with its versatility and compatibility with a broad range of computing tasks, make it an ideal solution for professionals in industries requiring high-performance data and computing applications.

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