GT28F320C3BA100SB93

Memory Altera (Intel) GT28F320C3BA100SB93 Overview

Unveiling the robust and high-capacity Memory Altera (Intel) GT28F320C3BA100SB93, a cutting-edge Integrated Circuit (IC) tailored for applications requiring quick, reliable storage solutions. Embedded with a substantial 32Mbit flash memory, this IC shines in the realm of storage with its parallel interface, promising a blend of speed and efficiency. Enclosed in a space-efficient 48UBGA CSP package, the GT28F320C3BA100SB93 is a gem from Altera (now part of Intel), adhering to the rigorous standards of performance and durability. It caters to a plethora of applications, ranging from industrial controls to advanced consumer electronics, cementing its versatility. This product emphasizes not only on reliability and high-density storage but also ensures ease of integration into diverse design architectures, rendering it an optimal solution for B2B customers seeking volume purchases for their sophisticated systems.

GT28F320C3BA100SB93 Features

• High-Performance 32Mbit Flash Memory
• Parallel Interface for Rapid Data Access
• Compact 48UBGA CSP Packaging for Space-Saving Design
• Sturdy Construction for Reliable Operation
• Suitable for High-Density Storage Requirements

GT28F320C3BA100SB93 Applications

• Automotive Electronics: Empowers onboard infotainment and navigation systems with reliable data storage and fast access times.
• Industrial Control Systems: Integrates into manufacturing automation equipment, offering robust data retention and quick retrieval capabilities to enhance operational efficiency.
• Telecommunications Equipment: Utilized in network infrastructure for persistent storage of firmware and configuration data, facilitating swift boot-up and maintenance processes.
• Consumer Electronics: Serves as a dependable flash storage solution for personal gadgets such as gaming consoles and digital cameras, ensuring quick access to media and game data.
• Medical Devices: Supports a variety of medical applications requiring consistent and rapid access to critical firmware and patient data, enhancing diagnostic and therapeutic capabilities.