AR0135CS2C00SUEAH3-GEVB

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AR0135CS2C00SUEAH3-GEVB is an evaluation board which can enable product development engineers to quickly test the functionality of low-power image sensor integrated circuit (ICs). The board is designed to be used with an analog-to-digital converter (ADC) which supports 10-bit and 12-bit color output. The device is powered by a single 5V supply and is capable of taking single-frame or multi-frame burst images, which can be used for facial recognition, image stabilization, target detection, 3D reconstruction, and other applications.

The AR0135CS2C00SUEAH3-GEVB evaluation board contains the following components: A Toshiba 32-bit ARM Cortex-A53 processor, 1.2GHz frequency, with 32KB data memory, 8KB instruction cache, 32KB boot RAM, and 4GB system memory; on-board analog to digital image sensor IC; a 16-bit digital servo, speed control, and image acquisition processor; an on-board power supply; and a low power consumption timing system. The evaluation board also provides a trigger and system timing function, as well as a real-time clock for data logging. Additionally, it has an on-board power switch and voltage regulator option. The board also includes an on-board LED indicator.

The AR0135CS2C00SUEAH3-GEVB evaluation board has a wide variety of applications in the market including machine vision, robotics, and automotive vision systems. The board is designed to be used for image capturing and analysis. The board can be used to check image quality, achieve rapid prototyping, and evaluate operation performance. Additionally, the board can provide a highly efficient design methodology and a fast development process.

The working principle of the AR0135CS2C00SUEAH3-GEVB evaluation board is based on the concept of the Interchangeable Sensor Core (ISC). The ISC is an integrated circuit (IC) which contains the basic components of a camera, namely, the sensor, image processor, and optics. The ISC simplifies the design process as well as the assembling and debugging. It is a module with much fewer parts to assemble and reduce the design time and cost.

The image sensor integrated in the evaluation board is an on-chip pixel array sensor. This type of sensor is configured as four 16-bit data lines and four 14-bit lines. Each pixel has a focal length of 6mm with a 4608/2592 resolution. Additionally, the sensor also features a unique auto white balance algorithm which can automatically adjust the light settings in the image according to the environment.

The image processor integrated in the evaluation board also plays an important role when capturing images. This processor is designed to be capable of acquiring images with a precise signal-to-noise ratio. The image processor also features auto correction algorithms such as image sharpness, contrast, brightness, and color balance for superior image clarity.

In addition to providing all the features of an image acquisition system, the evaluation board also has simultaneous external triggering capabilities. This enables the system to capture images from multiple sources such as video cameras and other external devices. Furthermore, the board also has several test modes and diagnostic functions which make debugging easier and more efficient.

The core of the AR0135CS2C00SUEAH3-GEVB evaluation board is a single 32-bit ARM Cortex-A series processor. This processor is a highly efficient and low power device which enables it to achieve high performance and excellent power efficiency. This processor also has low power sleep modes to reduce system power consumption while allowing a wide range of on current applications.

In conclusion, the AR0135CS2C00SUEAH3-GEVB evaluation board is a versatile and highly efficient tool designed for the development of image capturing and analysis systems. Its features and components make it an ideal choice for machine vision, robotics, and automotive vision applications. Moreover, the evaluation board has an Interchangeable Sensor Core (ISC) which simplifies the design process and provides a high performance, low power system. The board also provides a wide range of diagnostic options and test modes to ensure quick and accurate debugging.

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