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M.2 2280 SATA SSD (Cacheless)

Cacheless · Modern Interface · Operating Temperature 0℃-70℃

Adopts an Enterprise SATA solid-state drive in M.2 2280 form factor (22mm×80mm), which is compatible with M.2 slots of mainstream commercial motherboards. The SATA 3.2 protocol ensures transmission stability. Its volume is 50% smaller than that of the 2.5-inch version, making it suitable for ultra-thin laptops, small servers, and AI edge computing devices. Secured with a single screw, it enables quick replacement and upgrade within 5 minutes.

Operating Temperature
0℃-70℃
Capacity Range
128GB-2TB
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M.2 2280 SATA SSD (Cacheless) — product image

Provide precisely compatible solutions for your application scenarios

Advanced technical architecture ensures stable performance in various application environments.

1

M.2 2280 Standard Size (22mm×80mm), Compatible with Mainstream Commercial Motherboards

2

SATA 3.2 Protocol for Stable Transmission and High Compatibility

3

50% Smaller Volume Than 2.5-inch Version, Space-saving

4

Single-screw Fixation for Easy Maintenance, Quick Replacement in 5 Minutes

5

Supports Large-capacity Partitioned Storage, Up to 2TB

Technical Advantages

Solid technical strength and innovation capability

Deeply optimized core technologies provide reliable guarantees for Enterprise applications

1

Modern Interface Design Saves Space, 50% Smaller Than 2.5-inch Version

2

High Compatibility: Compatible with Mainstream Commercial Motherboards, Seamless Upgrade

3

Easy-to-Maintain Quick Replacement Design, Reduces O&M Costs

4

Stable Performance Meets Enterprise Application Requirements, MTBF Reaches 1.5 Million Hours

Technical Specifications

Detailed Technical Parameters and Performance Specifications

Strict technical standards to ensure product performance and quality

Product Specifications

Interface Type
M.2 2280 SATA 3.2
Form Factor
80mm×22mm×≤5mm
Capacity Options
256GB/512GB/1TB/2TB
Usable Capacity
238GB/476GB/953GB/1.86TB
Operating Temperature
0℃-70℃
Storage Temperature
-40℃-85℃
Read Speed
Up to 520MB/s (2TB Version)
Write Speed
Up to 480MB/s (2TB Version)
Cache Type
Dramless (Virtual Cache Algorithm)
Shielding Design
Metal Shielding Structure
Supported Features
TRIM/NCQ/S.M.A.R.T
Weight
<20g
Warranty Period
5 Years
Application Cases

Practical cases successfully applied in various industries

Real customer application scenarios validate the reliability and practicality of products.

1

Ultra-Thin Laptop

An ultra-thin laptop for business professionals. The M.2 interface saves internal space, and the SATA protocol ensures stable compatibility. After a consulting company purchased it in bulk, employees reported that the system boot time was reduced from 60 seconds to 15 seconds, significantly improving work efficiency.

Application Effects

  • Space-saving Optimized Design
  • Significantly Improves System Boot Speed
  • Stable Compatibility Ensures Business Continuity
2

Compact Server

Used as an office file server, its volume is 50% smaller than the 2.5-inch version, and heat dissipation requirements are reduced by 30%. The single-screw fixation design facilitates maintenance. After a design company adopted it, the server chassis space utilization increased by 40%.

Application Effects

  • Increases Chassis Space Utilization
  • Reduces Heat Dissipation Requirements and Saves Energy Consumption
  • Easy-to-Maintain Quick Replacement Design
M.2 2242 SATA SSD (Cacheless) — product image
SATA SSDs

The ultra-miniaturized Enterprise SATA SSD (SSD) in M.2 2242 form factor (22mm×42mm) is the "mini model" among M.2 interface products, suitable for application scenarios with extremely high space requirements such as ultra-slim all-in-one PCs, embedded industrial control computers, and portable testing devices. With a low-power design, its operating power consumption is only 0.8W and idle power consumption is 0.3W, which is 30% lower than that of the 2280 version.

2.5" SATA SSD (Cacheless) — product image
SATA SSDs

Enterprise 2.5-inch SATA SSD optimized with virtual cache algorithm. It optimizes NAND Flash read-write scheduling via the built-in algorithm of the main control chip, and can still ensure smooth performance in daily office scenarios without an independent DRAM cache, with an MTBF of 1.5 million hours. It is suitable for application scenarios such as commercial office, general file servers, and office environments of small and medium-sized enterprises.

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