X1011: Difference between revisions
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|name=Andrew McNeish | |name=Andrew McNeish | ||
|date=April 2026 | |date=April 2026 | ||
|content= Subject: X1011 - Help on selecting a suitable power supply ('''test based on Geekworm 5V 10A Power Supply [[PSU50]]''') | |content= Subject: X1011 - Help on selecting a suitable power supply ('''test based on Raspberry Pi 5 + X1011 + 4 NVMe SSD + Geekworm 5V 10A Power Supply [[PSU50]]''') | ||
'''Email1:''' | '''Email1:''' | ||
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/dev/nvme2n1 | /dev/nvme2n1 | ||
29°C | 29°C | ||
'''Summary & Recommendations''' | |||
Power Supply Requirements: | |||
* 5V 5A (Standard): Insufficient for the X1011 when fully populated with 4 NVMe SSDs, especially during power-intensive operations like RAID5 rebuilding/cleaning. This may lead to drive disconnections or system instability. | |||
* 5V 10A (Recommended): The Geekworm PSU50 (5V 10A) is highly recommended for configurations using 4TB or high-performance drives to ensure stable voltage and prevent data loss. | |||
Thermal Considerations: | |||
* High-capacity NVMe drives (e.g., WD Black series) generate significant heat. It is critical to ensure adequate airflow. | |||
* Using an external cooling fan can maintain drive temperatures around 22°C - 29°C, significantly extending hardware lifespan. | |||
Hardware Compatibility: | |||
* Users should verify the physical clearance of NVMe heatsinks within the X1011-C1 metal case. Some high-profile drives or heatsinks may require additional case depth for optimal fit and airflow. | |||