M58LT256JST8ZA6F TR

Memory Micron Technology M58LT256JST8ZA6F TR Overview

The Memory Micron Technology M58LT256JST8ZA6F TR is a high-performance IC FLASH 256MBIT parallel NOR Flash memory component packaged in an 80LBGA format. Engineered by Micron Technology, one of the leaders in memory and storage solutions, this product offers a reliable and durable storage solution for sophisticated electronic applications. It combines speed, reliability, and a large storage capacity, making it ideal for devices requiring fast and reliable data retrieval. Its robust design ensures longevity and consistent performance under a variety of environmental conditions, making it an essential choice for businesses looking to integrate dependable memory technology into their products.

M58LT256JST8ZA6F TR Features

This IC FLASH memory component boasts a substantial 256Mbit storage capacity and a parallel interface, facilitating quick data access and high throughput. The compact 80LBGA package is designed for efficient space utilization and enhanced thermal performance, which is crucial for maintaining stability and functionality in tight integrations. Its endurance and ability to operate under extended temperature ranges underscore its suitability for rigorous applications.

M58LT256JST8ZA6F TR Applications

• Automotive systems: Utilized in engine control units, GPS systems, and infotainment modules, providing reliable, quick-access storage that enhances the performance and functionality of automotive electronics.
• Industrial automation: Integral for use in programmable logic controllers and industrial PCs where data logging, system monitoring, and real-time process control require fast and dependable memory.
• Telecommunication equipment: Employs in networking hardware such as routers and switches, where speed and data integrity are critical for managing complex data streams and system operations.
• Consumer electronics: Applied in devices such as set-top boxes and smart TVs, enabling enhanced user interfaces and the quick loading of content, thus improving the overall user experience.