EP4CE6F17C7N

FPGAs Altera (Intel) EP4CE6F17C7N Overview

The FPGAs Altera (Intel) EP4CE6F17C7N is a high-performance, low-power field programmable gate array designed for advanced digital processing applications. This IC FPGA, enclosed in a compact 256FBGA package, boasts 179 I/O pins, facilitating versatile connectivity and integration into various electronic assemblies. Its architecture allows for quick and efficient reconfiguration of the logic circuitry, enabling rapid prototyping and adjustments in fast-paced development environments. Its robust design is specifically engineered to meet the demands of complex digital computations while maintaining power efficiency and reliability.

EP4CE6F17C7N Features

This FPGA model from Altera (Intel) incorporates a variety of features designed for flexibility and performance in demanding applications. These include a rich array of programmable logic elements and embedded memory, a high count of digital signal processing blocks, and ample clock management options. This integration capability, combined with its support for various I/O standards, makes the EP4CE6F17C7N a versatile choice for designers looking to push the limits of system performance and integration.

EP4CE6F17C7N Applications

• Consumer Electronics: Utilized in devices such as gaming consoles and high-definition televisions to manage signal processing tasks efficiently and enhance user experience through improved performance and features.
• Automotive Systems: Can be integrated into automotive safety and infotainment systems, providing the necessary flexibility and processing power to support advanced driver-assistance systems (ADAS) and multimedia entertainment solutions.
• Communication Infrastructure: Ideal for deployment in communication equipment such as routers and switches, where its high I/O count and processing capabilities enable effective data flow management and signal integrity.
• Industrial Automation: Applies to control systems in manufacturing and processing plants, helping to automate complex tasks with its robust processing capabilities and adaptability to varied industrial environments.