EPM7128BUC169-7

CPLDs Altera EPM7128BUC169-7 Overview

Introducing the CPLDs Altera EPM7128BUC169-7, a highly sophisticated Complex Programmable Logic Device engineered by Altera, a leader in integrated circuit technologies. This product is designed to meet the robust needs of advanced digital systems with its high-speed logic solutions and substantial versatility. The EPM7128BUC169-7, crafted in a compact 169-pin PBGA package, features a 128-cell structure that provides exceptional performance and efficiency, with a speed grade of 7.5 ns. Ideal for applications requiring high-speed data processing and complex logic integration, this CPLD is a go-to solution for developers looking to push the boundaries of technological innovation while ensuring reliability and cost-effectiveness in their projects.

EPM7128BUC169-7 Features

The EPM7128BUC169-7 from Altera offers a suite of features designed for optimal performance in complex electronic environments. Key attributes include its 128 logic cells, high-speed performance at 7.5 ns, and a versatile PBGA169 packaging that ensures a minimal footprint on system boards while allowing for efficient thermal management and connectivity. These features make the EPM7128BUC169-7 not only powerful but also a practical choice for integrating multiple functions in limited spaces without compromising on speed or functionality.

EPM7128BUC169-7 Applications

• Telecommunications Infrastructure: Utilized in the development of communication hardware such as switches and routers, where fast data processing and high reliability are paramount.
• Automotive Electronics: Enhances control systems in vehicles by providing rapid response capabilities and integration for safety and entertainment systems.
• Industrial Control Systems: Deployed in automated production lines and robotic applications, where precision and robust logic solutions are required to manage complex operations efficiently.
• Consumer Electronics: Found in devices such as smart home systems and gaming consoles, offering enhanced functionality and user experience through high-speed logic processing.