AGLN030V5-ZVQG100

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

Field Programmable Gate Arrays (FPGAs) have been used in embedded applications for decades, and continue to be a versatile and powerful option for a wide variety of applications. The AGLN030V5-ZVQG100 is an entry-level embedded FPGA, and it brings with it the advantages of an FPGA in a low-power, low-cost package. In this article, we will discuss the application field and the working principle behind this FPGA.

Application Field

The AGLN030V5-ZVQG100 provides an excellent option for low-power embedded FPGA applications. It has been designed with low-power embedded applications in mind, and because of this, it can be used in a wide array of applications, including sensor data acquisition and processing, basic processing tasks, and motor control. It can also be used in more advanced applications, such as robotics, autonomous navigation, and machine learning.

The FPGA’s low-power operation heavily contributes to its suitability for these kinds of applications. The FPGA uses a dynamic re-configurability process to optimize its power usage, meaning that power usage is minimized and only the peripherals used by a given application are powered, allowing for a great deal of power savings without compromising on features.

Work Principle

The AGLN030V5-ZVQG100 is a non-volatile FPGA, meaning that it retains its configuration even when it is powered off. In addition to this, the FPGA includes a library of pre-designed functions and configurations, meaning that users only have to configure the parameters that are specific to their application, rather than having to design an entirely new FPGA configuration every time. This saves users considerable time and effort.

The FPGA also has dynamic re-configurability, meaning that it can dynamically change its configuration based on the specific parameters of the task at hand. This allows the FPGA to be optimized for each individual task, meaning that the FPGA will only use the resources that are necessary for a given task, resulting in a highly optimized and efficient FPGA.

In addition, the FPGA includes an advanced deterministic logic block (DLCB), which allows for very reliable and predictable operation. The DLCB also ensures that tasks are executed in a predictable manner, allowing for efficient and reliable operation.

Finally, the AGLN030V5-ZVQG100 has built-in fail-safe features, ensuring that the FPGA will not fail due to unexpected events or environmental conditions. This ensures that the FPGA will continue to operate reliably and predictably under varying conditions, even in highly unpredictable embedded environments.

Conclusion

The AGLN030V5-ZVQG100 is an excellent choice for low-power embedded FPGA applications. It has a wide range of features, including a library of pre-designed functions, dynamic re-configurability, a deterministic logic block (DLCB), and built-in fail-safe features. In addition to these features, its low-power nature ensures that it is a great choice for power-sensitive applications. Because of these advantages, the AGLN030V5-ZVQG100 is an ideal choice for embedded FPGA applications.

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