MT46V16M16BG-6:F TR

Memory Micron Technology MT46V16M16BG-6:F TR Overview

The Memory Micron Technology MT46V16M16BG-6:F TR is a high-performance IC DRAM module designed for applications requiring substantial data bandwidth and storage. With a configuration of 256Mbit and a parallel interface, this IC ensures robust performance in a compact 60FBGA package. Ideal for demanding digital environments, this DRAM module from Micron Technology offers enhanced durability and reliability for industrial and commercial applications, ensuring high efficiency and operational longevity which makes it particularly suitable for B2B bulk purchases aimed at system upgrades and mass production deployments.

MT46V16M16BG-6:F TR Features

This DRAM module boasts a number of features that make it a prime choice for embedded solutions and sophisticated electronics. It operates at a speed grade of 6, providing swift access times suitable for high-speed computing requirements. The compact 60FBGA package ensures minimal space usage while offering sufficient thermal properties for better heat dissipation, thereby enhancing the module's overall reliability and performance under various environmental conditions.

MT46V16M16BG-6:F TR Applications

• Consumer Electronics: Used in devices like TVs and gaming consoles where large volume memory storage and quick access speeds are crucial for user experience and functionality.
• Automotive Systems: Integrates into automotive infotainment systems, supporting enhanced data processing capabilities essential for navigation, multimedia playback, and real-time communication.
• Telecommunications: Crucial for networking hardware such as routers and switches which require high-capacity memory to manage extensive data throughput and system reliability.
• Industrial Automation: Supports advanced industrial applications including robotics and CNC machines where precision and the ability to process large datasets rapidly are mandatory.
• Mobile Devices: Serves as a core component in smartphones and tablets, contributing to multitasking capabilities and improved overall device performance.