MT29F512G08CMCEBJ4-37ITRES:E TR

Memory Micron Technology MT29F512G08CMCEBJ4-37ITRES:E TR Overview

The Memory Micron Technology MT29F512G08CMCEBJ4-37ITRES:E TR is an advanced MLC (Multi-Level Cell) NAND flash memory, meticulously designed for high-density, high-performance applications requiring significant storage capacity. This 256GB IC integrates robust design features and Micron's cutting-edge technology, housed in a compact 132-pin VBGA package, making it an ideal solution for industries seeking reliable and durable data storage options. Its considerable capacity coupled with a sophisticated architectural design ensures optimum performance, enhancing both efficiency and reliability in critical applications.

MT29F512G08CMCEBJ4-37ITRES:E TR Features

This memory chip boasts a substantial 256GB of storage, arranged in a dense 32G x 8 configuration, encapsulated in a VBGA (Very Fine Ball Grid Array) form factor which promotes a smaller physical footprint while ensuring robustness in physical connections. The product benefits from Micron's commitment to quality and durability, offering extended endurance and high data integrity, suitable for intensive operational environments.

MT29F512G08CMCEBJ4-37ITRES:E TR Applications

• Enterprise Servers: Employs robust storage capabilities to manage vast amounts of data, ensuring speedy data access and reliable data retention critical for server operations.
• High-end Computing Devices: Supports complex computations and large-scale processing tasks by providing a high-capacity, fast-access memory solution that enhances overall system responsiveness.
• Data Centers: Utilized in data centers for scalable storage solutions that demand long-term reliability and high-speed data transfer rates to handle the extensive data workload efficiently.
• Automotive Systems: Ideal for advanced driver-assistance systems (ADAS) where large and dependable storage memory is crucial for processing and storing real-time data.
• Telecommunication Infrastructure: Supports telecommunications equipment by storing large volumes of information necessary for network management and operation, contributing to improved network efficiency and performance.