ssd m2 sata 3

The SSD M2 SATA 3 is an advanced storage solution that offers high speed and reliability. With its M.2 form factor, it easily fits into compact systems, while providing ample storage capacity. This SSD is built with SATA 3 interface, ensuring exceptional read and write speeds for smoother performance. It is designed to deliver faster boot times, accelerated data loading, and efficient multitasking, making it ideal for gaming, content creation, and everyday computing needs. The SSD M2 SATA 3 is a reliable choice for those seeking enhanced storage performance in a compact form.

GM528 1TB PCIe 4.0 NVMe M.2 SSD Specifications

Model Name GM528 Capacity Option 1TB
Interface PCIe Gen 4x4 NAND Flash  3D TLC
Input Voltage DC 3.3V Form Factor M.2
Sequential Read 4500-5000MB/s Sequential Write 4000-4500MB/s
Dimensions L80mm*W22mm*H2.1mm Warranty 3 years
Storage Temp -20℃to+75℃ Operating Temp. 0℃--+70℃
Supply Ability 500,000 pieces per month Port Shenzhen Port
Product Delivery 3-5 working days Packaging Customized

 

GM358 128GB PCIe 3.0 NVMe M.2 SSD Specifications

Model Name GM358 Capacity Option 128GB
Interface PCIe Gen 3x4 NAND Flash  3D TLC
Input Voltage DC 3.3V Form Factor M.2
Sequential Read 3000-3400MB/s Sequential Write 2800-3100MB/s
Dimensions L80mm*W22mm*H2.1mm Warranty 3 years
Storage Temp -20℃to+75℃ Operating Temp. 0℃--+70℃
Supply Ability 500,000 pieces per month Port Shenzhen Port
Product Delivery 3-5 working days Packaging Customized

 

GM328 1TB PCIe 3.0 NVMe M.2 SSD Specifications

Model Name GM328 Capacity Option 1TB
Interface PCIe Gen 3x4 NAND Flash  3D TLC
Input Voltage DC 3.3V Form Factor M.2
Sequential Read 3000-3200MB/s Sequential Write 2500-2700MB/s
Dimensions L80mm*W22mm*H2.1mm Warranty 3 years
Storage Temp -20℃to+75℃ Operating Temp. 0℃--+70℃
Supply Ability 500,000 pieces per month Port Shenzhen Port
Product Delivery 3-5 working days Packaging Customized

 

GM228 256GB PCIe 3.0 Nvme M.2 SSD Specifications

Model Name GM228 Capacity Option 256GB
Interface PCIe Gen 3x4 NAND Flash  3D TLC
Input Voltage DC 3.3V Form Factor M.2
Sequential Read 1900-2300MB/s Sequential Write 1450-1600MB/s
Dimensions L80mm*W22mm*H2.1mm Warranty 3 years
Storage Temp -20℃to+75℃ Operating Temp. 0℃--+70℃

 

S202 1TB SATA M.2 SSD Specifications

Model Name S202 Capacity Option 1TB
Interface SATA III NAND Flash  TLC/QLC
Flash Type 3D NAND Form Factor M.2
Sequential Read 500-550MB/s Sequential Write 500-540MB/s
Dimensions L80mm*W22mm*H2.1mm Warranty 3 years
Storage Temp -20℃to+75℃ Operating Temp. 0℃--+70℃
Supply Ability 500,000 pieces per month Port Shenzhen Port
Product Delivery 3-5 working days Packaging Customized

 

 

FAQ

 

Is M2 better than SATA 3?

 

M2 is generally better than SATA 3 when it comes to speed and performance. M2 uses the NVMe protocol, which allows for faster data transfer rates compared to SATA 3. Additionally, M2 takes up less space in your system, making it more convenient. However, compatibility with M2 slots and devices should be checked before making the switch.

 

Are SATA 3 SSD still good?

 

Yes, SATA 3 SSDs are still good for general computing tasks and offer faster data transfer speeds compared to traditional HDDs. However, if you require even faster performance for tasks like large file transfers or video editing, you may consider NVMe SSDs which utilize PCIe for higher data transfer rates. Ultimately, the choice depends on your specific needs and budget.

 

Can I use M2 SSD with SATA?

 

Yes, you can use M2 SSD with SATA. M2 SSDs are available in both SATA and NVMe versions. SATA M2 SSDs use the same interface as traditional 2.5-inch SATA drives, allowing you to easily upgrade or add storage to your system. However, it's important to check if your motherboard supports M2 SSDs and if it has the required slot for it.

 

Is SATA 3 better than NVMe?

 

SATA 3 and NVMe are different storage interfaces. While SATA 3 is typically used for traditional hard drives and SSDs, NVMe offers faster data transfer speeds and lower latency. NVMe is generally considered better for high-performance applications or when handling large amounts of data, while SATA 3 can be sufficient for most everyday computing needs. Ultimately, the choice depends on your specific requirements and the devices you plan to use.

 

 

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