HUMMER P 1000W PLATINUM
- 80 PLUS Platinum certified ensuring 94% efficiency at half load
- ATX 3.0 with active PFC
- PCIE 5.0
- OVP / UVP / SCP / OPP protections
- Ultra-silent 140mm fan with speed control
- Modular, flat, and extra-long cables
- TEAPO electrolytic capacitors certified to operate up to 105ºC
The Platinum Edition Nox Hummer P 1000W is a power supply created for high-performance configurations, equipped with the new generation of graphics cards. With 80 Plus Platinum Certification, this fully modular power supply features an ultra-silent 140 mm ventilator, which incorporates a speed controller.
The Platinum Edition Nox Hummer P 1000W power supply is designed for power-intensive graphics cards. It features high-end Taiwanese electrolytic condensers, components that facilitate real power with stable voltage and reliability over time. This results in less resistance to current flow and therefore decreased heating of the equipment.
Made with premium materials, the Nox Hummer P 1000W Platinum features 80 Plus Platinum Certification, guaranteeing a minimum efficiency of 90% and a maximum of 94% when charged to 50%, helping to reduce energy consumption and contributing to savings
The Nox Hummer P 1000W is an ATX 3.0 power supply, compatible with the PCIe Gen 5 from the latest generation. This makes it an extremely versatile power supply and the ideal option for high-end configurations..
This fully modular 1000-watt power supply offers high voltage control and an ultra-silent function. The Nox Hummer P 1000W includes a powerful 140 mm low-sound ventilator, which reduces heat efficiently, guaranteeing excellent performance.
The Platinum Edition Nox Hummer P 1000W has been designed for the fast and clean assembly of high-performance equipment. Its wiring is completely modular, facilitating easily assembly, providing proper management of the frame interior, keeping the equipment at the right temperature, and increasing airflow.
It is also a PC power supply with OVP, SCP, OPP and UVP protections that guarantee safe operation under different circumstances.
