EPF10K30AFC256-3

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

Embedded FPGAs are devices that are used to implement sophisticated digital logic designs amid diverse and often harsh environmental conditions. This is made possible using the power of a Field Programmable Gate Array (FPGA). One such type is EPF10K30AFC256-3, which is made by Edifice Corporation. In this article, we shall explore the application fields of EPF10K30AFC256-3 and its working principle.

Application Fields of EPF10K30AFC256-3

EPF10K30AFC256-3 is one of the latest and most popular embedded FPGAs available in the market. It provides high-speed performance, superior reliability and low power consumption. The device is highly suitable for red- and blue-light detection in applications such as unmanned aerial vehicles (UAVs), unmanned ground vehicles (UGVs) and robotics. Moreover, it can also be deployed in military systems such as weapon guidance, navigation and target identification.

The EPF10K30AFC256-3’s flexible and efficient architecture can be used for data processing and control in automotive, industrial and medical applications. Its features make it an ideal choice for vision-guided assembly, critical robotic and automated guided vehicle systems. Additionally, its on-chip configurability offers support for a broad range of real-world applications.

EPF10K30AFC256-3 is also widely used in aerospace and space applications due to its advanced and efficient designs. These include robotic exploration, image processing, space-based inertial guidance and satellite tracking. Additionally, the device is also ideal for designing complex avionics and flight control systems.

Working Principle of EPF10K30AFC256-3

The EPF10K30AFC256-3 follows a simple and efficient architecture for configuring and operating FPGA devices. It utilizes Register Transfer Level (RTL) planning for converting logical statements into a hardware form. This is achieved by inserting logic blocks and interconnecting them using programmable interconnects. Each logic block can contain combinational or sequential logic, or a combination of both.

The entire process of partitioning, managing, implementing and testing the FPGA device can take place in a single programming environment and be carried out with the help of a wizard-style user interface. This helps reduce design and development time considerably. After the design is finished, it is downloaded to the device, which is then ready to generate required functions.

EPF10K30AFC256-3 is also equipped with digital system blocks such as Transactors, Direct Memory Access (DMA) controllers and Network Interface Controllers (NICs), which enhance its digital system design. The device is powered by a 2.5 V power supply and its input/output standard is compliant with LVCMOS 25 MHz LVTTL signaling. The EPF10K30AFC256-3 also provides robust ECC block memory and memory interface to enhance reliability and ensure high-speed performance over extended periods of time.

The EPF10K30AFC256-3 is thus a powerful yet efficient embedded FPGA device. Its wide range of application fields and efficient working principle make it one of the most sought after FPGA devices for industrial, automotive, aerospace and space applications.

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