MTFC8GAMALBH-AIT - Micron Technology Inc.

Manufacturer Part Number

MTFC8GAMALBH-AIT

Manufacturer

micron-technology

Introduction

The MTFC8GAMALBH-AIT is a 64Gbit e•MMC™ memory module designed by Micron Technology, catering to high-capacity storage needs with reliable non-volatile NAND FLASH memory.

Product Features and Performance

Embedded Multi-Media Card (e•MMC™) interface

64Gbit storage capacity

Non-Volatile memory type, ensuring data retention without power

Utilizes NAND FLASH technology

Operates across a wide temperature range (-40°C ~ 85°C)

Surface mount 153-TFBGA package for compact integration

Product Advantages

High-capacity storage suitable for a variety of applications

Durable and reliable in extreme temperature conditions

Non-volatile storage ensures data preservation without continuous power

Easy integration into systems with surface mount technology

Key Technical Parameters

Memory Size: 64Gbit

Memory Organization: 8G x 8

Memory Interface: MMC

Operating Temperature: -40°C ~ 85°C

Package / Case: 153-TFBGA

Quality and Safety Features

Manufactured by Micron Technology, a leader in memory and storage solutions

Rigorous quality control and testing standards

Compatibility

Designed for use in applications requiring high-capacity embedded storage solutions

Compatible with devices that support the e•MMC interface

Application Areas

Mobile devices

Embedded systems

Digital cameras

Automotive electronics

IoT devices

Product Lifecycle

Discontinued at Digi-Key, signalling it is nearing the end of its production lifecycle

Users may need to seek replacements or upgrades for new applications

Several Key Reasons to Choose This Product

High storage capacity of 64Gbit for demanding applications

Reliability and performance backed by Micron Technology's reputation

Wide operating temperature range makes it suitable for use in harsh environments

Compact and robust 153-TFBGA package facilittates integration into various device architectures

Non-volatile memory preserves data integrity, crucial for critical applications