MT29F1T08EEHAFJ4-3T:A - Micron Technology Inc.

Manufacturer Part Number

MT29F1T08EEHAFJ4-3T:A

Manufacturer

Micron Technology

Introduction

This product is a high-capacity NAND FLASH memory chip designed for a wide range of digital applications.

Product Features and Performance

Non-Volatile memory type ensures data retention without power

1Tbit Memory Size for extensive data storage capabilities

Parallel Memory Interface allows for quick data access and transfer

Operates on a wide voltage range (2.5V ~ 3.6V) for flexible power options

Supports a clock frequency up to 333 MHz for efficient operation

Product Advantages

High storage capacity makes it suitable for data-intensive applications

Compatibility with a broad voltage range increases application versatility

The parallel interface facilitates faster data processing

Key Technical Parameters

Memory Type: FLASH - NAND

Memory Size: 1Tbit

Memory Organization: 128G x 8

Memory Interface: Parallel

Voltage - Supply: 2.5V ~ 3.6V

Operating Temperature: 0°C ~ 70°C (TA)

Clock Frequency: 333 MHz

Quality and Safety Features

Designed to operate within a broad temperature range for reliability in various environmental conditions

Compatibility

Surface Mount mounting type for widespread PCB compatibility

132-VBGA package ensures compatibility with standard hardware layouts

Application Areas

Ideal for use in digital storage, consumer electronics, digital cameras, and industrial applications needing high-capacity data storage

Product Lifecycle

Obsolete - The product is no longer in production, indicating the need for customers to seek replacements or upgrades

Several Key Reasons to Choose This Product

High capacity of 1Tbit suitable for extensive data storage requirements

Flexible power options through a wide voltage supply range

Efficient data handling with a high clock frequency and parallel interface

Designed for a range of applications from consumer electronics to industrial storage solutions

While the product is obsolete, its specifications may still meet the requirements for specific legacy systems or applications