Cisco - Power supply - hot-plug / redundant (plug-in module) - 80 PLUS Platinum - AC 100-240 V - 350 Watt - burgundy - for P/N: N9K-C9348-FX3-B24C, N9K-C9348GC-FX3
- 80 PLUS Platinum certification for high energy efficiency
- Plug-and-Play module form factor for easy installation
- 350 W power output to support network hardware
- Supports a wide voltage input range from AC 100-240 V
- Port side intake for improved cooling and performance
Discover the Cisco NXA-PAC-350W-PI2, a power supply designed for reliability and efficiency in UPS and power devices. This hot-plug / redundant power supply is not only easy to install and maintain but also boasts an 80 PLUS Platinum certification, ensuring maximum energy efficiency and lower running costs. With a form factor designed for Plug-and-Play ease, it seamlessly integrates into your existing network hardware setup. Offering a robust 350 W of power and compatibility with a wide range of voltage inputs (AC 100-240 V), it's built to support your critical network operations. Additionally, its innovative port side intake feature ensures optimal cooling, keeping performance steady and reliable. Ideal for businesses looking to enhance their network infrastructure's power stability and efficiency, the Cisco NXA-PAC-350W-PI2 stands out as a smart investment.
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Efficient energy use
Achieve optimal energy efficiency with the 80 PLUS Platinum certification, ensuring lower operational costs and a reduced carbon footprint.
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Seamless integration
Designed as a Plug-and-Play module, this power supply offers easy installation and removal, making maintenance and upgrades hassle-free.
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Reliable power output
Provides a steady 350 W of power, perfectly suited to meet the demands of your network hardware, ensuring uninterrupted operation.
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Adaptable voltage support
With the capability to operate on AC 100-240 V, this power supply adapts to various power inputs, making it versatile for global use.
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Innovative cooling design
Features a port side intake, optimizing airflow and cooling efficiency to maintain optimal performance even under heavy loads.
