S29GL128P10FFI010

Memory Spansion S29GL128P10FFI010 Overview

The Memory Spansion S29GL128P10FFI010 flash memory chip is a high-performance solution designed for applications requiring large data storage and rapid access within a compact form factor. This 128-megabit memory chip operates at a speed of 100 nanoseconds, encapsulated in a PBGA64 package, ensuring robust performance and reliability. The product's advanced technical attributes make it ideal for businesses looking to scale operations efficiently, targeting sectors in need of high-density, fast-access memory solutions. As an integral component from renowned manufacturer Spansion, this memory chip is a cornerstone in developing advanced electronics that require dependable, long-term storage capabilities.

S29GL128P10FFI010 Features

The Spansion S29GL128P10FFI010 boasts a range of features that highlight its efficiency and flexibility. It offers a storage capacity of 128Mx1 bit, a fast access time of 100 nanoseconds, and is housed in a space-efficient PBGA64 package. This device supports a wide temperature range, making it suitable for various industrial applications. Additionally, its durability and reliability are ensured by Spansion's rigorous quality standards, making it a preferred choice for critical and high-stakes environments.

S29GL128P10FFI010 Applications

• Automotive Electronics: Utilized in engine control units and infotainment systems to manage complex processes and provide reliable storage for essential program data.
• Communication Equipment: Integral for data buffering and firmware storage in routers, switches, and other network infrastructure devices, ensuring high-speed data access and system stability.
• Industrial Control Systems: Provides the memory required for automation controllers and real-time processing units, crucial for operational efficiency and machine-to-machine communication.
• Consumer Electronics: Used in digital cameras, gaming consoles, and smart TVs to store firmware that enhances user interface and functionality.