P2020RDB-PA

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The P2020RDB-PA Evaluation Board is a single board computer system which integrates all the components for a powerful embedded microcontroller (MCU), digital signal processor (DSP) and associated peripherals. It enables a quick and easy evaluation for the users and developers to develop a reliable system by utilizing the power of the P2020 ARM Cortex-A7 processor.

This evaluation board is designed based on the P2020RDB-PA System on Module (SOM). The P2020RDB-PA SOM is produced with the advanced technology, which is based on P2020 ARM Cortex-A7 processor, with up to 2GHz frequency. It has DDR3L 256MB~4GB system memory, NAND Flash up to 16GB, eMMC up to 64GB, and flexible Flash options to meet the requirements of different customers. This evaluation board is equipped with a variety of peripheral and I/Os for easier software development, including USB, RJ45, RS-232/485, SATA 3, TFT/LVDS/HDMI/LCD, Camera/CMOS, Audio In/Out, CAN, and more.

The P2020RDB-PA Evaluation Board provides an integration platform for software development, system integration and implementation. It contains the main components of the P2020RDB-PA SOM such as the P2020 ARM Cortex-A7 processor, DDR memory, Flash memory, and other peripherals. It also provides a development toolbox, which contains a variety of development software, sample code and other supporting documents. Developers can use them to quickly setup their application programs and device drivers.

The design of the P2020RDB-PA Evaluation Board utilizes the advanced ARM Cortex-A7 processor and reduces the overall cost of the development. All components can be powered directly by the development platform, eliminating the extra power supply. The reference design can also help user to design the system in a short time.

The P2020RDB-PA Evaluation Board can be used as the development platform for Embedded MCU, DSP, and other applications. It supports a variety of operating systems, such as Windows, Linux, Android and more. It also supports a variety of CPU architectures such as ARM, x86 and MIPS. It can be used in Industrial automation, automotive, security, medical, and other embedded applications.

The P2020RDB-PA Evaluation Board has a wide range of features for system and software development. The design of this board is optimized for power efficiency, heat dissipation, and system integration. The board offers a built-in watchdog timer (WDT) and reset circuit to keep the system running smoothly in case of problems. It also provides a temperature sensor for high accuracy temperature measurements. The board has a user-friendly GUI for easy system configuration and software download.

The P2020RDB-PA Evaluation Board has a modular design, which allows for easy expansion or customization. It has a rich set of I/Os such as GPIOs, serial ports, audio, CAN, and more which make integration easier and faster. The pin assignment is customizable, allowing the user to customize the board to fit the exact device or system application. The board also supports different voltage levels from 1.2V up to 3.3V. This feature makes the board compatible with various components and hardware.

The evaluation board has multiple power modes which enable the user to choose the power profile that best fits their application. It includes a low power different backup/standby mode which can reduce the power consumption and also allows the system to resume from the last working state. This is particularly useful when the system is used in battery-powered applications. It also supports different power saving features such as dynamic frequency scaling and low power standby states.

The P2020RDB-PA Evaluation Board provides an excellent platform for the development and testing of embedded MCU, DSP and other applications. It allows developers to quickly set up their application software and device drivers. Its rich set of I/Os and its compatibility with various voltage levels make it a flexible platform for a wide range of applications. It also supports the development of a variety of system applications and is able to adjust its power profile according to the different requirements of each application.

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