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Industrial PCIe3.0 SSD Gen3 X 4 M.2 2280 128GB 256GB 512GB 2TB 22mm NVMe1.3 1TB

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Industrial Grade PCIe3.0 SSD M.2 128GB 256GB 512GB 2TB 22mm NVMe1.3 1TB gen3 x 4 2280

High Speed Data Transmission

It supports NVMe protocol to achieve faster data access speed, especially in high concurrency read and write operations.

Low Latency

It provides fast response time and is suitable for real-time data processing and high-performance computing applications.

Energy Conservation

Compared to traditional hard drives, PCIe SSD has lower power consumption, which helps to reduce overall

system energy consumption.

Seismic Resistance

PCIE 3.0 SSD has no mechanical components and strong resistance to vibration and impact, making it suitable for industrial and mobile devices.

Wide Application

It is suitable for various scenarios such as data centers, embedded systems, high-performance computing, artificial intelligence, etc.

Industrial Grade PCIe3.0 SSD Specification

Capacity	128GB/256GB/512GB/1TB/2TB
Interface	M.2(2230/2242/2280)
Protocol	NVMe1.3
Read speed	3000MB/s
Write speed	2800MB/s
Operating temperature	-40~85℃
EP	≥3000
Power-off protection	support
Hardware or software destruction	optional

Data protection

Power loss Protection: Many industrial-grade SSDS are equipped with power loss protection technology (such as power loss protection capacitors) to prevent data loss in the event of unexpected power outages and ensure data integrity.
Hardware encryption support: Some industrial-grade SSDS support hardware-level data encryption, which can provide additional security for stored data and avoid data breaches or illegal access.

Wide temperature range

Wide temperature operating range: Industrial-grade PCIe 3.0 SSDS are typically designed to operate over a wider temperature range, with common operating temperatures ranging from -40°C to 85°C and beyond. In contrast, the operating temperature of consumer SSDS is usually limited to between 0°C and 70°C.

High reliability and stability

Redundancy and error correction technology: Industrial-grade SSDS use advanced error detection and correction technology (such as ECC, error correction code) to detect and repair errors in storage in a timely manner, ensuring data integrity.
Vibration and shock resistant design: Many industrial-grade SSDS are designed with higher seismic performance and can withstand stronger vibration and shock, making them suitable for demanding industrial applications and mobile devices.

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