M.2 2280 NVMe SSD (Cacheless) · Wide-temp
Cacheless · PCIe 3.0×4
Key facts
What industrial buyers usually need to know first — before diving into the full datasheet.
5-year supply · 12-month EOL notice
Qualified SKUs stay available for long-lifecycle equipment — you get advance notice before any discontinuation.
MOQ from 1 pc
Prototype and repair lots without large inventory lock-in — then scale to production.
BOM review & firmware fit
We help match incumbent PNs, validate drop-in paths, and can adjust firmware / grade when the catalog needs a tweak.
5-year warranty · 4–8 weeks lead time
Stable production scheduling with a typical 4–8 weeks lead time once configuration and forecast are agreed.
| MOQ | From 1 pc |
|---|---|
| Standard lead time | 4–8 weeks (typical; confirm with sales for your configuration) |
| Warranty | 5 years (see /warranty for tier details) |
| Supply commitment | Minimum 5 years for qualified SKUs · 12-month EOL notice |
| Engineering support | BOM review, drop-in / fit checks, firmware and temperature-grade adaptation on request |
| Samples | Available on request |
Overview
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).
Specifications
| Interface | M.2 M KEY (PCIe 3.0×4, NVMe 1.4) |
|---|---|
| Physical Dimensions | 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 (No Cache) |
| Thermal Design | Optimized Thermal Dissipation |
| Warranty Period | 5 Years |
| Package | 80mm×22mm×≤5mm |
| Supported Features | TRIM/NCQ/S.M.A.R.T, Wear Leveling Algorithm |
| Compatible Platforms | Compatible with Industrial FPGA platforms such as Xilinx XC7020 |
Orderable part numbers
Handbook PNs for this page. Confirm package, temperature bin, and speed grade before production.
| Part number | Grade | Summary |
|---|---|---|
YIDJ01TNXT-S |
Wide-temp | 1TB · China-localized · TLC · -40℃~+85℃ |
YIDJ01TNZT-S |
Industrial Grade | 1 TB · ≥2200/≥1400 MB/s · TBW 720 TB |
YIDJ02TNZT-S |
Industrial Grade | 2 TB · ≥2500/≥1800 MB/s · TBW 1400 TB |
YIDJ256NXT-S |
Wide-temp | 256GB · China-localized · TLC · -40℃~+85℃ |
YIDJ256NZT-S |
Industrial Grade | 256 GB · ≥1500/≥700 MB/s · TBW 180 TB |
YIDJ512NXT-S |
Wide-temp | 512GB · China-localized · TLC · -40℃~+85℃ |
YIDJ512NZT-S |
Industrial Grade | 512 GB · ≥2000/≥900 MB/s · TBW 360 TB |
Cross-references
Vendor families for BOM exploration. Always validate ball map, speed bin, and temperature grade on your host.
Compliance & Standards
Quality and release processes for Loongtion industrial memory and storage. Formal certificates and scope statements are available in the quotation pack on request.
Quality management system
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ISO 9001:2015 certified (GB/T 19001-2016)
Quality management systems — Requirements. Certified quality system covering semiconductor integrated circuits and solid-state storage modules (design, development, production, and technical support) and hybrid integrated circuits (design, development, and technical support).
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Conforms to GJB 9001C—2017
Quality management systems — Requirements. Quality system practices conform to GJB 9001C for the same scope: semiconductor integrated circuits and solid-state storage modules (design, development, production, and technical support) and hybrid integrated circuits (design, development, and technical support).
Product & interface standards
This catalog SKU follows the industry specifications that define its form factor and host interface.
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Industry SSD host interfaces
Host interface, command set, and form-factor behavior follow the applicable SATA, NVMe, or eMMC specification listed on the datasheet.
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NVM Express (NVMe)
Command set and PCIe-attached storage behavior conform to the NVMe specification revision applicable to the listed SKU.
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PCI Express
Physical and link-layer attachment follows the PCIe generation and lane width stated on the datasheet (for example PCIe 3.0 ×4).
Grade wording: Product grade definition.
Key highlights
Advanced Industrial architecture ensures stable performance in harsh environments.
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PCIe 3.0×4 Lanes
supports NVMe 1.4 protocol, data transfer efficiency is more than 3 times higher than SATA
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-40℃~+85℃ Wide-temperature
Operation Optimized Heat Dissipation Design to Avoid Overheating in Enclosed Environments of Industrial Equipment
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Capacity
512GB~2TB, Sequential Read Speed up to 1500MB/s, Sequential Write Speed up to 1200MB/s
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Supports TRIM/NCQ/S.M.A.R.T
equipped with Wear Leveling Algorithm to extend flash memory lifespan
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Compatible with Industrial
FPGA platforms such as Xilinx XC7020, supports operating systems including Linux and VxWorks
Typical applications
Verify the reliability and practicality of products in real industrial application scenarios
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.
- High-speed transmission meets real-time image processing requirements
- Optimized heat dissipation adapts to continuous operation
- High performance ensures visual analysis efficiency
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.
- High-speed read/write meets real-time caching requirements
- Compatible with Industrial FPGA platforms
- Wide-temperature operation adapts to specialized environments
Series
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Industrial M.2 NVMe SSD
Industrial M.2 NVMe 2280 & 2242 — DRAM-less and with DRAM cache.
Engineering guides
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Beyond the Datasheet: Practical Thermal Management for Industrial M.2 NVMe SSDs
You've selected an industrial M.2 NVMe SSD rated for extended temperature, yet during system validation the drive throttles after 20 minutes...
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M.2 NVMe SSDs for Industrial Computing: A Selection Guide
Industrial computing demands storage that can handle sustained high throughput, low latency, and reliable operation in harsh environments. M...
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Industrial Temperature NVMe SSDs: Architecture, Selection, and Thermal Considerations
Industrial embedded systems often face extreme thermal environments – from unheated enclosures in winter to hot factory floors. For NVMe SSD...
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Industrial NVMe BGA SSD Guide
NVMe BGA SSD for space-constrained boards — dual-mode TLC/pSLC notes and mounting guidance.
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Industrial M.2 NVMe Cacheless SSD Guide
When to choose cacheless M.2 NVMe — power, cost, and workload fit for industrial systems.
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Industrial M.2 NVMe DRAM Cache SSD Guide
DRAM-cached M.2 2280 NVMe for industrial hosts — performance profile and design-in checklist.
Related products
M.2 2242 NVMe SSD (Cacheless)
- Dimensions
- Capacities from 512GB to 1TB
- Compatible with Industrial
M.2 2280 NVMe SSD (With Cache) · Wide-temp
- Independent DRAM cache
- PCIe 3.0×4 lane
- Compatible with Industrial