MT47H64M8B6-3 IT:D TR

Memory Micron Technology MT47H64M8B6-3 IT:D TR Overview

Unlock the potential of your high-performance applications with the Memory Micron Technology MT47H64M8B6-3 IT:D TR, a cutting-edge 512Mbit DRAM component by Micron Technology. Designed for robustness and efficiency, this IC features a dense 512Mbit capacity, housed within a compact 60-ball fine-pitch BGA (FBGA) package, ensuring minimal footprint and enhanced thermal characteristics. Ideal for businesses aiming to boost their system's memory capabilities, this part is engineered to deliver high-speed data transfer and reliable performance under a variety of operating conditions. Its versatility and advanced technology make it a standout choice for manufacturers and developers looking to enhance their products with top-tier memory solutions.

MT47H64M8B6-3 IT:D TR Features

The MT47H64M8B6-3 IT:D TR DRAM from Micron Technology is characterized by several key features that make it suitable for demanding applications. These include high-speed parallel interface, low latency response, and a standard 60FBGA package that facilitates efficient thermal management and compact device integration. The DRAM’s robust performance parameters are designed to meet the rigorous demands of contemporary digital devices, ensuring reliability and superior functionality.

MT47H64M8B6-3 IT:D TR Applications

• Consumer Electronics: Utilized in smartphones, tablets, and other portable devices where compact size and power efficiency are critical.
• Computing: Integral for expanding the memory capacity in laptops and desktops, enhancing multitasking capabilities and improving overall system responsiveness.
• Networking: Applied in routers and network switches to manage data flow efficiently, ensuring seamless internet and network communication.
• Gaming: Used in gaming consoles and high-performance PCs to accelerate graphics rendering and improve load times, enhancing the gaming experience.
• Industrial: Employed in industrial automation systems for handling complex processes and data-intensive tasks, increasing operational reliability and speed.