EPM7128BUC49-10

CPLDs Altera EPM7128BUC49-10 Overview

The Altera EPM7128BUC49-10 represents a pinnacle of innovation in the field of Complex Programmable Logic Devices (CPLDs). Designed by Altera, now part of Intel, this device offers a robust solution for implementing advanced logic designs with a high degree of flexibility. With its fast 10 nanosecond logic propagation delay and 128 logic elements housed in a compact PBGA49 package, the EPM7128BUC49-10 is ideal for high-speed data processing and sophisticated control applications across various industries. This device integrates seamlessly into existing technology stacks, making it a go-to solution for developers looking to upgrade their systems with minimal disruption.

EPM7128BUC49-10 Features

The EPM7128BUC49-10 CPLD by Altera boasts several features that make it a competitive choice for system designers. Its 128 programmable logic cells enable the creation of complex logic circuits in a single chip, reducing overall system complexity and enhancing reliability. A fast 10 ns propagation delay ensures quick response times in critical applications, while the PBGA49 packaging is designed for optimal space utilization and thermal management, crucial for modern electronic devices.

EPM7128BUC49-10 Applications

• Automotive control systems: Integrates essential logic for managing vehicle dynamics and safety features, improving both performance and reliability.
• Telecommunication infrastructure: Acts as a fundamental component in signal processing and switching applications, enhancing the efficiency and bandwidth of telecom networks.
• Consumer electronics: Utilized in smart home devices and entertainment systems to provide flexible, responsive user interfaces and high-speed data processing.
• Industrial automation: Empowers complex control systems in manufacturing lines, increasing automation precision and production efficiency.
• Medical devices: Supports reliable and precise control logic for critical healthcare equipment, ensuring safety and functionality in medical applications.