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M.2 2280 NVMe SSD (Cacheless)

Cacheless · PCIe 3.0×4 · Operating Temperature -40℃~+85℃

Based on the NVMe protocol, this Industrial M.2 2280 SSD (SSD) adopts an architecture without independent cache. It leverages the PCIe 3.0×4 high-speed channel to break through the performance bottleneck of SATA, and is compatible with high-speed data processing scenarios in the industrial field (such as real-time image analysis, high-frequency data acquisition).

Operating Temperature
-40℃~+85℃
Capacity Range
512GB-2TB
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M.2 2280 NVMe SSD (Cacheless) — product image
Product Features

Designed specifically for industrial high-speed data processing scenarios

Advanced Industrial architecture ensures stable performance in harsh environments.

1

PCIe 3.0×4 Lanes, supports NVMe 1.4 protocol, data transfer efficiency is more than 3 times higher than SATA

2

-40℃~+85℃ Wide-temperature Operation, Optimized Heat Dissipation Design to Avoid Overheating in Enclosed Environments of Industrial Equipment

3

Capacity: 512GB~2TB, Sequential Read Speed up to 1500MB/s, Sequential Write Speed up to 1200MB/s

4

Supports TRIM/NCQ/S.M.A.R.T, equipped with Wear Leveling Algorithm to extend flash memory lifespan

5

Compatible with Industrial FPGA platforms such as Xilinx XC7020, supports operating systems including Linux and VxWorks

Technical Advantages

Solid Industrial Technical Strength

Deeply Optimized Core Technologies Provide Reliable Assurance for Industrial Applications

1

PCIe 3.0×4 High-Speed Channel, Performance Improved by Over 3 Times Compared with SATA

2

Optimized Heat Dissipation Design to Avoid Overheating in Confined Environments

3

Compatible with Industrial FPGA Platforms, Supports Multiple Operating Systems

4

Wear Leveling Algorithm to Extend Flash Memory Lifespan

Technical Specifications

Detailed Technical Parameters and Performance Specifications

Strict Industrial technical standards ensure product performance and quality.

Product Specifications

Interface Type
M.2 M KEY (PCIe 3.0×4, NVMe 1.4)
Form Factor
80mm×22mm×≤5mm
Capacity Options
512GB/1TB/2TB
Operating Temperature
-40℃~+85℃
Storage Temperature
-45℃~+90℃
Read Speed
Up to 1500MB/s
Write Speed
Up to 1200MB/s
Cache Type
Dramless (Cache-less)
Supported Features
TRIM/NCQ/S.M.A.R.T, Wear Leveling Algorithm
Thermal Design
Optimized Thermal Design
Compatible Platforms
Compatible with Industrial FPGA platforms such as Xilinx XC7020
Warranty Period
5 Years

Part Numbers

Orderable Part Numbers

Verified Loongtion part numbers for this product line. Copy a PN into your BOM or inquiry — confirm package, temperature grade, and firmware with engineering before production.

Part Number Grade Specification
YIDJ01TNZT-S Industrial Grade (I) 1 TB · ≥2200/≥1400 MB/s · TBW 720 TB
YIDJ02TNZT-S Industrial Grade (I) 2 TB · ≥2500/≥1800 MB/s · TBW 1400 TB
YIDJ256NZT-S Industrial Grade (I) 256 GB · ≥1500/≥700 MB/s · TBW 180 TB
YIDJ512NZT-S Industrial Grade (I) 512 GB · ≥2000/≥900 MB/s · TBW 360 TB

Need a Micron, Samsung, or other incumbent cross-reference? See the part-number cross-reference catalog.

Application Cases

Practical cases successfully applied in the industrial field

Verify the reliability and practicality of products in real industrial application scenarios

1

High-Speed Storage for Industrial Machine Vision Systems

Applied to industrial machine vision systems, the high-speed PCIe interface meets the requirements of real-time image acquisition and analysis.

Application Effects

  • High-speed transmission meets real-time image processing requirements
  • Optimized heat dissipation adapts to continuous operation
  • High performance ensures visual analysis efficiency
2

Real-Time Data Caching for Specialized Testing Equipment

Used in specialized testing equipment, high-speed read/write meets real-time data caching requirements and is compatible with FPGA platforms.

Application Effects

  • High-speed read/write meets real-time caching requirements
  • Compatible with Industrial FPGA platforms
  • Wide-temperature operation adapts to specialized environments

Related technical resources

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