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ULINK Technology Inc.3120 De La Cruz Blvd., #117Santa Clara, CA
ULINK PCIe
Features Supports all PCIe voltages: 12v, 3.3v and 3.3v Aux Current Range: 0 Voltage Range: 0 Current Resolution: 0.2 mA Voltage Resolution: 20 mV Measure both Power Voltage and Power Current Less than 0.1 V voltage drop in the power
The PCIe-SSD Power Adapter Plusthe PCIe-SSD Power Adapter (PSPA)power consumption during different power states: simple script instructions provided by ULINK DriveMaster without extra
ULINK Technology Inc. 3120 De La Cruz Blvd., #117 Santa Clara, CA 95054
Tel: 408.446.8455 Email: [email protected]
PCIe-SSD Power Adapter Plus
Supports all PCIe voltages: 12v, 3.3v and 3.3v Aux Current Range: 0 - 4A Voltage Range: 0 - 40 V Current Resolution: 0.2 mA Voltage Resolution: 20 mV Measure both Power Voltage and Power Current Less than 0.1 V voltage drop in the power path
Plus (PSPA+) adds power consumption measurement on top of SSD Power Adapter (PSPA). With this integrated adapter, users can easily measure
power consumption during different power states: active, idle, no operationalsimple script instructions provided by ULINK DriveMaster without extra hardware
Email: [email protected] www.ulinktech.com
Rev. 3.0 Feb 2017
SSD Power Adapter Plus
power consumption measurement on top of . With this integrated adapter, users can easily measure
active, idle, no operational, etc. via ardware.
ULINK Technology Inc.3120 De La Cruz Blvd., #117Santa Clara, CA
ULINK PSPA
This chart plots the power consumption for the power states supported by NMVe device. The measurement is based on the NVMe same workload, Power State 0 consumes the highest power and takes the shortest time to complete.
This chart displays the influence of performance about 100 seconds, the temperature reaches tcurrent/IOPS starts to throttle to keep the temperature from rising higher.
ULINK Technology Inc. 3120 De La Cruz Blvd., #117 Santa Clara, CA 95054
Tel: 408.446.8455 Email: [email protected]
PSPAPlus Application
This chart plots the power consumption for the power states supported by an NMVe device. The measurement is based on the NVMe specification. With the same workload, Power State 0 consumes the highest power and takes the shortest
This chart displays the influence of performance on the device temperature. In about 100 seconds, the temperature reaches the threshold (77 degree C) and the current/IOPS starts to throttle to keep the temperature from rising higher.
Email: [email protected] www.ulinktech.com
Rev. 3.0 Feb 2017
Application
specification. With the same workload, Power State 0 consumes the highest power and takes the shortest
the device temperature. In he threshold (77 degree C) and the