As with the P3, we do get two monitoring temperatures via AIDA64, for the NAND but also for the controller:
We started transferring data to the drive, to reach over 50% of the space occupied:
At the same time, the NAND temperature has been raised to 51 degrees Celsius, while the controller has heated up to 73:
The drive continued to offer optimal performance even after writing 70GB of data:
The temperatures continued to raise:
After 100GB of data written, we noted the first performance drop, to about 2.5GB/s:
In this moment, the NAND temperature has raised to about 59, while the controller reached 84 degrees Celsius:
The drive has stabilized the transfer rate after a short while:
The controller has reached 91 degrees at this moment in time:
After writing about 252GB of data, we noted a controller temp of about 94 degrees Celsius:
After writing about 461GB of data, the speed was still hovering around 2.8GB/s:
We started getting worried after we have seen the controller temp reaching 98 degrees Celsius:
The first speed drop was mentioned after about 509GB of data written:
At this time, we noted about 70 degrees Celsius on the NAND and 97 degrees Celsius for the controller:
After this moment, we noted a stabilization of temperatures, the controller temps never going over 96 degrees Celsius, while the NAND reached a maximum of 72 degrees:
While the File Explorer has registered multiple passes through zero till the end of the transfer test, Task Manager was telling a different story after pseudo-SLC has been filled: the drive was writing directly to the QLC with speeds between 90 and 100MB/s: