AD9978BCPZ

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Data acquisition - the Analog Front End (AFE) is an essential component of many data-driven systems. The AFE has the important job of connecting the analog environment to the digital realm. In order for the digital realm to be able to process the data it needs to be first “converted” from analog to digital. It is the Analog Front End that facilitates this conversion in an accurate and efficient manner.

One of the common Analog Front Ends on the market is the AD9978BCPZ. It is an FPGA-based graphics processor with a wide range of features designed to accelerate a variety of 3D graphics standards. It offers an ultra high performance and low power form factor that makes it an effective solution for a wide range of high-performance graphics applications.

To understand the application field and working principle of the AD9978BCPZ, we first need to look at its design. The AD9978BCPZ architecture includes a high-performance X5 core that supports OpenCL and DirectX 11- based GPU computation, as well as integrated memory controllers. The device also supports a wide range of 3D graphics standards, including OpenGL ES 2.0, OpenVG 1.1, OpenGL 1.4, and OpenGL 3.2.

The device is capable of transforming and calculating the input data from the analog environment into digital and it is done by the X5 core. This is where the AD9978BCPZ stands out and performs at a very high level. The X5 core has the ability to handle large data sets and process them at a rapid rate. It can quickly convert data from analog to digital, and also allows for display list commands, vertex/pixel shading and image rendering.

In addition to the high-performance processing of the analog input, the AD9978BCPZ also offers a rich set of features. It includes 3D programmable object and rendering engines, a Tile Buffer and motion estimation block, conventional anti-aliasing and post-processing support, and a memory controller. Combining these features gives customers direct access to the graphics resources required for complex 3D workloads.

One of the most important features of the AD9978BCPZ that enables it to be used for analog-to-digital conversion is its flexible input protocol. This feature is responsible for capturing the data from the analog environment, converting it into digital form and transferring it to the X5 core. The input protocol allows for the data to be clocked in at a predetermined frequency and can be a variety of low-cost, low-power, single-ended or differential analog-to-digital converters (ADCs).

The AD9978BCPZ is primarily used in applications where data from an analog environment needs to be converted into digital form for further processing. It is an ideal solution for industrial, military, medical and automotive applications, due to its accelerated performance and low power requirement. It is also used in graphic-intensive applications such as 3D gaming and augmented/virtual reality (AR/VR), as well as for scientific computing, signal processing, machine learning, and other related tasks.

The AD9978BCPZ is an affordable and highly efficient Analog Front End designed to handle a wide variety of applications. It offers a high-performance X5 core that is capable of transforming and calculating analog data into digital form quickly and accurately. It also features a variety of features that make it flexible and suitable for a wide range of tasks. Whether used in the industrial, military, medical, automotive, or graphics-intensive market, the AD9978BCPZ is sure to provide an effective solution.

The specific data is subject to PDF, and the above content is for reference