LUFASND Gen 4 NVMe SSD 2280 – Up to 7300MB/s
Ultra-Fast Gaming Storage Upgrade for PS5, Laptop & Desktop PC.
Key Benefits
Compatibility
Specifications
Customer Reviews
Selected reviews from Amazon customers.
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Review summary
Ce que j'ai réellement vu c'est la vitesse de transfert qui est vraiment étonnante pour le prix du SSD j'ai pris la version 4to. Et je vous conseil cette marque car c'est vraiment parfait.
Je met 5 étoiles car c'est réellement parfait.
Rapport de longévité je ne peux pas l'exprimer car je viens juste de le recevoir. Sur le long terme je pense que le résultat sera bon car le produit les garantit 3 ans comme la plupart des SSD de grande marque pour ne pas citer leurs nom. Mais Sam..ung... etc..etc... c'est aussi garantit 3 ans donc ce ssd aussi j'en déduit donc que la qualité est au rdv.
Vrai rapport qualité/ prix.
Source: Amazon
Amazon Vine · Free product provided
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Review summary
Source: Amazon
Amazon Vine · Free product provided
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Review summary
Source: Amazon
Amazon Vine · Free product provided
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Review summary
Source: Amazon
Amazon · Verified Purchase
Frequently asked questions
Why choose LUFASND?
Founded in2015, LUFASN serves customers worldwide, with annual sales of approximately400,000 to 1 millionstorage devices.
Our product portfolio covers a wide range of storage solutions, including:
- eMMC
- SD NAND
- SD cards
- SSDs
- TF/microSD cards
- UDP storage
Products are evaluated through real-device testing, including CrystalDiskInfo health status, SMART monitoring, capacity recognition, interface compatibility, temperature, sustained-use performance, read/write activity and power-cycle checks.
In representative testing, drives maintained 100% health status, with operating temperatures around 27–56°C, depending on the model and workload.
With long-term industry experience, global sales coverage, broad product selection and data-based testing, LUFASND provides practical storage solutions for computers, laptops, gaming devices, cameras, mobile devices and embedded systems.
What is the difference between NVMe SSDs, SATA SSDs, and microSD cards?
NVMe SSDs install directly into a compatible M.2 slot and are designed for high-speed internal storage. A 2.5-inch SATA SSD connects through SATA data and power interfaces and is commonly used to upgrade desktops and laptops. microSD cards are removable storage products designed for compatible cameras, mobile devices, gaming systems, security cameras, and other supported devices.
These products use different interfaces and are not interchangeable.
How do I know which storage product is compatible with my device?
Before purchasing, check your device manual or manufacturer specifications for:
- Storage interface: PCIe NVMe, SATA, microSD, or microSD Express
- Supported M.2 size, such as 2280
- Supported PCIe generation
- Maximum supported storage capacity
- Required speed class or video speed class
- Available physical space and connector type
If you are unsure, contact LUFASND Support with your device model and the product you are considering.
Are the advertised speeds guaranteed on every device?
No. Published speeds represent maximum sequential performance under suitable test conditions. Actual performance may vary based on the device, interface generation, motherboard, card reader, capacity, file type, operating system, available storage space, temperature, and testing method.
What systems can use the 7300MB/s Gen 4 NVMe SSD?
This SSD requires a compatible M.2 2280 slot that supports PCIe NVMe. To approach its maximum advertised performance, the system must also support the appropriate PCIe Gen 4 interface and sufficient PCIe bandwidth.
Can I install this Gen 4 SSD in a PCIe Gen 3 system?
A PCIe Gen 4 NVMe SSD may operate in a compatible PCIe Gen 3 NVMe slot, but performance will be limited by the slower interface. Always verify compatibility with your motherboard or device manufacturer.
Who should choose the 7300MB/s model?
This model is suitable for performance-focused applications such as gaming systems, large file transfers, content creation, workstation upgrades, and other workloads that benefit from higher sequential speeds.