EPM7128SQCI100-10

CPLDs Altera EPM7128SQCI100-10 Overview

Introducing the highly efficient and robust EPM7128SQCI100-10 by Altera (Intel), a standout component in the domain of Complex Programmable Logic Devices (CPLDs). This device is engineered to offer optimal performance in digital circuit design, featuring a quick logic allocation with its 128 macro cells and a swift response time of 10 ns. Designed in a compact 100-pin QFP package, it efficiently addresses the needs for high-speed digital logic operations and system-level integration. The EPM7128SQCI100-10 exemplifies Altera's commitment to delivering powerful solutions that enhance the functionality and reliability of electronic systems across various industries.

EPM7128SQCI100-10 Features

The EPM7128SQCI100-10 from Altera boasts a series of features that make it particularly appealing for sophisticated digital applications. Key features include 128 macro cells which allow for a flexible and extensive logic implementation, a fast propagation delay of 10 ns ensuring quick data processing, and its 100QFP packaging which supports dense board layouts while providing ease of integration into existing systems. The device's low power consumption and high-speed performance make it an excellent choice for energy-efficient designs.

EPM7128SQCI100-10 Applications

• Industrial Control Systems: The EPM7128SQCI100-10 can be utilized to manage complex control systems, enhancing automation processes through its fast switching capabilities and robust logic configuration options.
• Automotive Electronics: In automotive applications, this CPLD can serve to improve system reliability and performance in critical electronic units such as engine control modules and infotainment systems.
• Telecommunications: It's suited for telecom infrastructures, contributing to improved signal processing and data flow management in network devices and communication switches.
• Data Processing: The device aids in the efficient handling of high-speed data operations in servers and storage devices, optimizing data throughput and minimizing latency.