FAQ

Solid-state drives (SSDs) are hard drives that use NAND flash memory chips to store data. The key difference between SSDs and traditional hard disk drives (HDDs) is the absence of moving mechanical parts (such as read/write heads and platters).

Main advantages:

· High speed: Read and write speeds far exceed those of HDDs, significantly improving system boot times, software loading, and file transfer speeds.

· Shock and drop resistant: With no delicate moving parts, they are more shock-resistant, ensuring data security.

· Quiet operation: Operating with virtually no noise.

· Low power consumption: Saves more electricity, extending the battery life of laptops.

· Small size and light weight: Commonly found in M.2 form factors, making them especially portable.

There are three main types:

· SATA SSD (2.5-inch): The most universal, using a SATA interface, with speed and form factor compatible with older HDDs. Suitable for upgrading older computers, with a maximum speed of approximately 550MB/s.

· M.2 NVMe SSD (M.2 form factor): Currently the mainstream high-performance choice. Connects directly to the CPU via the PCIe channel, offering speeds far exceeding SATA. Before purchasing, please ensure your motherboard supports the M.2 interface and NVMe protocol.

· PCIe SSD (extension card): Typically used in high-end desktops or workstations, offering top-tier performance.

Purchase Recommendation: For new computer builds or those seeking ultimate performance, M.2 NVMe SSDs are the first choice. For easy upgrades to older computers, SATA SSDs are an option.

Yes, generally, a higher number indicates stronger performance.

· Read speed: Refers to the speed at which data is retrieved from the SSD, affecting boot speed and the speed of opening software/games.

· Write speed: Refers to the speed at which data is written to the SSD, affecting the speed of saving files, installing software, and downloading files.

For daily use and gaming, the speed of mainstream NVMe SSDs is more than sufficient. The difference in extremely high speeds (such as 7000MB/s and above) will be more noticeable in scenarios such as professional content creation and frequent transfers of large files.

Recommended storage capacity based on your needs and budget:

· 256GB-512GB: Suitable as a system drive for installing the operating system and frequently used software. May be slightly insufficient for laptops with only one hard drive.

· 1TB: Currently the mainstream sweet spot capacity, capable of handling the system, large games, and daily file storage. Recommended for most users.

· 2TB and above: Suitable for game enthusiasts (large game sizes), content creators (storing large amounts of video/image materials), or users with massive data storage needs.

TBW (Terabytes Written) is an important metric for SSD durability, representing the total amount of data allowed to be written within the warranty period.

For example, a 1TB model might have a TBW of 600TBW. This means you can write a total of 600TB of data to the drive during the warranty period. For the average user, even writing 100GB of data per day, it would take more than 16 years to reach this limit. Therefore, under normal use, you don't need to worry about the lifespan of your SSD; its reliability is very high.

Please check the following steps:

1. Check the interface: For desktop computers, check if the motherboard has an M.2 slot, or spare SATA ports and power cables; for laptops, you need to check the specifications or disassemble the machine to confirm.

2. Check the protocol: For M.2 SSDs, confirm whether the motherboard supports the NVMe protocol (high performance) or only supports the SATA protocol (performance is the same as a 2.5-inch SATA drive).

3. Measure the dimensions: M.2 SSDs come in different lengths (e.g., 2280 means 22mm wide and 80mm long), with 2280 being the most common.

4. Check the manual: The most accurate method is to consult the user manual of your computer or motherboard.

· Tools: Usually, only a suitable screwdriver is needed. Some products include screws or migration tools.

· Data Migration (System Disk Upgrade): If you want to clone your existing system to the new SSD, you will need to use disk cloning software (such as Acronis True Image).

· Advice for Beginners: There are many detailed text/video installation tutorials available online. If you are unfamiliar with hardware operations, seeking help from a knowledgeable friend or contacting a professional for installation is a safer option.

4K Alignment: On modern operating systems (such as Windows 10/11), alignment is performed by default during initialization and partitioning using built-in system tools or well-known third-party tools, so there's no need to worry.

TRIM: This is a command that helps SSDs maintain long-term performance. It is enabled by default on Windows systems. You can verify this by entering `fsutil behavior query DisableDeleteNotify` in the command line; if it returns "0", it means TRIM is enabled.

Our brand offers a limited warranty for retail SSDs, typically 1 year or 3 years (depending on the product series), whichever comes first (warranty period or TBW capped at the end). Warranty service usually requires retaining the original proof of purchase. For specific warranty periods and TBW values, please refer to the detailed specifications on your product packaging or the official website.

This is because computers use binary (1GB = 1024MB), while hard drive manufacturers use decimal (1GB = 1000MB) to calculate capacity. Furthermore, some space is used for firmware, bad block management (OP reserved space), etc., which is normal and exists in all brands of hard drives; it's not a quality issue. Generally, the actual capacity is about 93% of the labeled capacity. For example, a 512GB SSD has an actual capacity of 512GB * 0.93 ≈ 476GB.

Absolutely not. Defragmentation is an optimization method designed for mechanical hard drives; it has no effect on SSDs and will increase unnecessary write operations. Windows systems will automatically recognize SSDs and disable defragmentation, replacing it with optimization (i.e., sending TRIM commands).