MAXSANTAFEEVSYS#

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Evaluation and demonstration boards and kits, such as MAXSANTAFEEVSYS#, have been used in the process of designing, researching and developing as well as for rapid prototyping of products, systems and technologies. In a nutshell, they are devices that enable electronic systems designers to explore and develop a system design, rather than needing to build from scratch. This paper aims to explore MAXSANTAFEEVSYS# application field and working principle.

MAXSANTAFEEVSYS# is a comprehensive evaluation and demonstration board, intended for designers and lab personnel to evaluate and demonstrate the operation of SantaFe MAX-Grade Linux processor. It contains a dual-core processor on module (MAX-K30), a full range of peripheral boards, and a system development board designed by the manufacturers of the MAX-K30. This allows high performance evaluation and demonstration of the SantaFe MAX-Grade Linux platform. MAXSANTAFEEVSYS# offers an ideal platform for developers to quickly create a safety-critical, fully-fledged embedded system on MAX-K30 processor.

The application field of MAXSANTAFEEVSYS# is mainly focused on embedded application and development. It is used in a variety of product designs from industrial, scientific, medical, and consumer applications. As a piece of demonstration and evaluation hardware, this device can be employed by software developers to gauge the performance of and to debug their code on the SantaFe MAX-Grade Linux platform. It also can be used for device driver development, system-on-chip (SoC) development, validation of digital designs, and hardware/software co-design.

MAXSANTAFEEVSYS#has numerous components that make up its working principle. The main board of MAXSANTAFEEVSYS# supports two pieces of MAX-K30 processor modules, which serve as the main processing unit of the board. These two processor modules are connected to a wide range of peripheral boards, such as an audio board, a microSD-card board, a serial-communication board, and so on. These boards allow the user to perform multiple tasks such as audio recording / playback and serial communication between the modules. Additionally, the MAXSANTAFEEVSYS# comes with an on-board power supply board and an RS-485 board for communication over the industrial RS-485 protocol. All these boards can be connected directly to the main board through connectors.

The SantaFe MAX-Grade Linux platform is a high-performance, programmable processor utilizing the Arm Cortex-A15 processor cores. In order to execute user code in MAXSANTAFEEVSYS#, the MAX-K30 processor modules first need to be programmed with the necessary files. This can be done by downloading the required files on an SD-card, and then flashing the files on to the processor using the SD-card reader board. After the processor modules are programmed and the peripheral boards are connected to the main board, the MAXSANTAFEEVSYS# is ready to start running user code.

Moreover, the MAXSANTAFEEVSYS# offers a convenient debug interface with dedicated debug connectors, allowing debugging of underlying software running on the boards. The interface also includes a digital-analog-converter (DAC) for real-time measurement of analog signals, and an analog- digital-converter (ADC) to capture analog signals for debugging purposes. Additionally, it offers a USB 2.0 host connection, allowing for either changing files or setup of the whole system. Furthermore, MAXSANTAFEEVSYS# is able to run a wide range of software packages, such as Linux operating systems, Java, Groovy, .NET, Android, and C++.

In conclusion, MAXSANTAFEEVSYS# is an ideal platform for embedded application development that simplifies the process of creating robust, reliable embedded systems. Through its comprehensive evaluation and demonstration boards, MAXSANTAFEEVSYS# enables its users to quickly assess and develop designs without having to design from scratch. Moreover, it offers an extensive debug interface, providing debugging of underlying software and applications running on the board. As such, MAXSANTAFEEVSYS# is an invaluable tool for designers who want to quickly prototype embedded designs, and has a wide range of applications in a variety of industries and fields.

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