MT46V32M16TG-75Z:C

Memory Micron Technology MT46V32M16TG-75Z:C Overview

The Memory Micron Technology MT46V32M16TG-75Z:C is an advanced DRAM module that provides a substantial 512Mbit density for high-performance computing solutions. Specifically designed by Micron Technology, this memory chip offers reliability and speed, ideal for applications that demand large memory capacity and fast access times. Its integration in a compact 66TSOP package allows for efficient use of PCB space, making it a perfect choice for developers aiming to build high-density, space-sensitive products. This product is tailored to meet the rigorous demands of modern technology systems, ensuring that businesses can leverage it for high-end performance and reliability.

MT46V32M16TG-75Z:C Features

The MT46V32M16TG-75Z:C is equipped with several technical attributes that make it stand out. It operates under a parallel interface, ensuring high-speed data transfer rates that are essential for performance-critical applications. With an operating voltage typically around 2.5V to 3.3V, it provides energy efficiency alongside its performance capabilities, which is crucial for reducing the overall energy consumption in system designs. Furthermore, its standard TSOP packaging is beneficial for streamlined manufacturing processes, offering durability and ease of integration in various device architectures.

MT46V32M16TG-75Z:C Applications

• Computing Systems: Employed in desktops and servers, this DRAM module enhances system responsiveness by providing increased bandwidth and storage capacity for demanding applications and multitasking environments.
• Consumer Electronics: Used in products like high-performance gaming consoles and advanced televisions, it supports enhanced graphics and user interfaces that require quick memory access.
• Mobile Devices: Integrates into smartphones and tablets to handle multiple applications running simultaneously without lag, ensuring a smooth user experience.
• Networking Equipment: Essential for routers and switchers, where large memory buffers are needed to manage high-speed data flows and maintain system efficiency.