Frequently Asked Questions (FAQs)
Answer Your Common Questions About SSDs
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Compatibility and Installation
Customized Services
Data Security and Reliability
Environmental Adaptability
GCC DDR4 Programs
Industrial Memory Chips
Industrial NVMe SSD
Industrial SATA DOM
Maintenance and Monitoring
Ordering & Support
Performance and Specifications
Power Consumption and Power Supply
Product Selection
Product Types and Selection
Replacement and Upgrade
Special Scenario Compatibility
Technical Specs
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Replacement and Upgrade
After upgrading the solid-state drive, how to migrate the original data? Is there any risk?
Migration Method: Use Industrial data migration tools (such as Clonezilla), or migrate via the "Partition Clone" function.
How to determine whether the solid-state drive (SSD) in your existing device needs an upgrade?
It is recommended to upgrade in the following situations:
Significant decrease in read/write speed (e.g., the original speed drops from 300MB/s to below 100MB/s);
Frequent occurrence of "Bad Block Warning" (detected via S.M.A.R.T tools);
Insufficient storage capacity (unable to meet the requirements of the device's new features);
After upgrading the device (e.g., CPU or memory upgrade), the hard drive becomes a performance bottleneck.
Significant decrease in read/write speed (e.g., the original speed drops from 300MB/s to below 100MB/s);
Frequent occurrence of "Bad Block Warning" (detected via S.M.A.R.T tools);
Insufficient storage capacity (unable to meet the requirements of the device's new features);
After upgrading the device (e.g., CPU or memory upgrade), the hard drive becomes a performance bottleneck.
What parameters need to be matched when replacing solid-state drives of brands such as Micron and Samsung?
Four core parameters need to be matched:
Interface Type (SATA/mSATA/M.2 NVMe);
Physical Dimensions (e.g., 2.5-inch, M.2 2280);
Operating Temperature Range (Ensure that the new hard drive covers the actual operating temperature of the device);
Protocol Version (e.g., SATA III, NVMe 1.4), to avoid performance limitations caused by protocol incompatibility.
Interface Type (SATA/mSATA/M.2 NVMe);
Physical Dimensions (e.g., 2.5-inch, M.2 2280);
Operating Temperature Range (Ensure that the new hard drive covers the actual operating temperature of the device);
Protocol Version (e.g., SATA III, NVMe 1.4), to avoid performance limitations caused by protocol incompatibility.
When upgrading old devices (such as outdated industrial computers) to solid-state drives (SSDs), is it necessary to modify the BIOS settings?
No modification is required in most cases, but please note the following:
If the BIOS version of the device is outdated (e.g., before 2010), please confirm whether it supports "AHCI Mode" (for SATA hard drives) or "NVMe Protocol" (for NVMe hard drives). If not supported, the BIOS needs to be upgraded;
The BIOS of some industrial devices has a "Hardware Whitelist". Please contact the manufacturer in advance to confirm compatibility, or provide the device model for the manufacturer to assist with testing.
If the BIOS version of the device is outdated (e.g., before 2010), please confirm whether it supports "AHCI Mode" (for SATA hard drives) or "NVMe Protocol" (for NVMe hard drives). If not supported, the BIOS needs to be upgraded;
The BIOS of some industrial devices has a "Hardware Whitelist". Please contact the manufacturer in advance to confirm compatibility, or provide the device model for the manufacturer to assist with testing.