AP381E PCIe Gen3x 4 Solid State Drive
Defending the Critical with Stability, Driving the Future with Endurance
AP381E PCIe Gen3x 4 Solid State Drive
KEY FEATURES
- Direct TLC algorithm optimizing high-workload operations, delivering sustained and stable read/write performance
- Supporting extended temperatures from -25°C to 85°C
- Fully compliant with NVMe 1.4 protocol and PCIe 3.1 specifications
- Integrated with dynamic and static Wear-Leveling and Thermal Throttling technology
- Supporting advanced SLC Cache technology to significantly boost random read/write speeds and system responsiveness
HMB Support
3D NAND
High Capacity
Optimized Direct TLC Write for Supreme Read/Write Stability
Consistent Throughput for Data-Intensive Applications
- The AP381E features an optimized 3D NAND management system utilizing advanced Direct TLC Write architecture and SLC Cache. This structural design effectively mitigates performance degradation during continuous, heavy-duty write cycles, ensuring uniform high-speed output. Capable of sequential read/write speeds up to 3300/2000 MB/s, it provides an unparalleled storage solution for demanding workloads.
Fearless in Harsh Environments, Defending Critical Data
Extended Temperature Support and Exceptional Reliability
- Incorporating intelligent Thermal Throttling, the drive prevents heat-related performance drops and physical damage through proactive temperature monitoring and dynamic workload regulation. Coupled with an advanced LDPC ECC engine, it significantly minimizes data error rates and maximizes SSD's endurance.
Intelligent Thermal Management and Data Accuracy Protection
Advanced LDPC ECC Error Correction Mechansim
- Utilizing SLC Caching algorithms to maximize the potential of PCIe bandwidth. Enjoy near-zero latency and blazing-fast read/write speeds, whether loading massive games or transcoding high-definition assets.
Optimized Data Management to Maximize SSD Lifespan
Dynamic Wear-Leveling and Garbage Collection
- To ensure long-term, stable performance, the AP381E features built-in dynamic and static Wear-Leveling along with Background Garbage Collection. This ensures that flash memory blocks are evenly erased and written, effectively prolonging the overall lifespan of the SSD and providing a robust backbone for endpoint devices with high-frequency read/write demands.
Specifications
Capacity
256GB / 512GB / 1TB
NAND Flash
NGFF 2280 M.2
Form factor
PCIe Gen3 x4, NVMe 1.4
Interface
M.2 2280
Dimensions(L x W x H)
80 x 22 x 3.5mm
Read/Write(Max)*
Read up to 3,300 MB/s, Write up to 2,000 MB/s (depending on capacity model and test conditions)
Shock resistance
1500G/0.5ms
Operating Temperature
-25°C - 85°C
Storage Temperature
-40°C-85°C
MTBF
1.6M hours (Not explicitly stated in the document, refer to product spec)
Warranty
3 Years / TBW (whichever comes first)
Product FAQ
Please try the following steps to resolve the issue:
Step 1. Turn off your computer and disconnect all other storage drives, leaving only the target SSD connected.
Step 2. Enter your motherboard's BIOS, restore the default settings, and ensure that both AHCI and UEFI modes are enabled. Save the configuration and exit.
Step 3. Boot into the OS installer. When you reach the drive selection screen, delete all existing partitions on the target SSD, and then proceed with the installation.
Windows 11, Windows 10, and modern Linux distributions include native support for PCIe NVMe drives and can be installed directly. Please ensure your motherboard's BIOS is updated to the latest version and configured to UEFI mode. If the SSD is not detected during the Windows installation process, you may need to download and load the specific storage controller drivers (such as Intel VMD/RST) provided by your motherboard or laptop manufacturer. For further assistance, please refer to the following link or contact Microsoft: https://support.microsoft.com/
This is normal. The discrepancy is due to system calculations and allocation of space for firmware, software, and data management, which help enhance performance and prolong lifespan.
Please check the following:
1. Hardware Connection: Ensure that the data cable, power cable, and motherboard slot are properly and securely connected.
2. System Initialization: Right-click the Start menu > select “Disk Management” > locate the unallocated SSD > right-click it and select “New Simple Volume” to initialize the drive.
Please refer to the installation guide provided. If product damage, installation errors (e.g., misalignment or poor adhesion), or other issues occur, do not forcibly disassemble the unit. Doing so may cause physical damage. Contact customer service and return the product for proper handling.
Yes, but the data transfer speed will be limited by the motherboard and will not reach SATA 6 Gb/s performance.
This is normal. The difference in capacity is due to the different calculation methods used by computer operating systems, along with a portion of the space being reserved for firmware, software, and data management. This reserved space helps enhance the solid-state drive's performance and extend its lifespan.
Actual performance may vary depending on your system hardware, software environment, and whether the SSD is used as a boot drive (with an OS installed). These variations are completely normal.
