NAND FLASH Memory Chip

ONFI 4.0 Interface · Operating Temperature -40℃~+85℃

High-quality Industrial Grade NAND FLASH chips, utilizing TLC flash memory type, boast high storage density, low power consumption and high reliability, and are compatible with the core storage requirements of industrial equipment.

Operating Temperature
-40℃~+85℃
Capacity Range
64GB-1TB
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NAND FLASH Memory Chip
Product Features

Designed specifically for the core storage requirements of industrial equipment

High-quality NAND Flash Chips with high storage density and high reliability

1

Both wafer and packaging are of high quality

2

Complies with ONFI 4.0 standard, I/O speed up to 800MB/s, 4CE design enhances data parallel processing capability

3

Wide operating temperature range: -40℃~+85℃, storage temperature range: -45℃~+90℃, withstands extreme Industrial Grade environments

4

Erase/write cycles up to 3000PE, complies with GJB7400 N1 specification, supports ECC error correction

5

Covers 64GB~1TB, package sizes: BGA132/BGA152, compatible with different industrial motherboard designs

Technical Advantages

Robust Industrial Grade Storage Technology

High-Quality NAND FLASH Storage Solutions

1

High Quality

2

ONFI 4.0 Standard, I/O Rate 800MB/s

3

3000 PE Program/Erase Cycles, High Durability

4

Complies with GJB7400 N1 Specification

Technical Specifications

Detailed Technical Specifications

Complete Specifications of Industrial Grade NAND FLASH Storage Chips

Product Specifications

Interface Standard ONFI 4.0
Package Type BGA132/BGA152
Capacity Options 64GB/128GB/256GB/512GB/1TB
Operating Temperature -40℃~+85℃
Storage Temperature -45℃~+90℃
I/O Speed Up to 800MB/s
Flash Type TLC (3000PE)
CE Design 4CE
Reliability Standard GJB7400 N1 Specification
Error Correction ECC Error Correction
Warranty Period 5 Years
Application Cases

Typical Application Scenarios

Industry Applications of NAND FLASH Storage Chips

1

High-Quality Special Recorder Data Storage

Applied to high-quality special recorders, the high-quality solution meets high reliability requirements.

Application Effects

  • High quality meets high reliability requirements
  • High-speed I/O meets data recording requirements
2

High-Quality Supporting Storage for Industrial Control Chips

Used as supporting storage for high-quality industrial control chips, the 4CE design enhances data processing capability.

Application Effects

  • 4CE Design Enhances Parallel Processing
  • Compatible with High-Quality Industrial Control Chips
  • High Reliability Guarantees Industrial Control Applications

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