Description
The Extreme Networks 1200W Power Supply is engineered to deliver reliable, high-capacity power for demanding enterprise networks. With universal input options and robust performance, this power supply is designed to keep critical networking gear running smoothly in data centers, campus cores, and wiring closets. Built to integrate seamlessly with Extreme Networks switches and routers, it combines strong electrical specs with a compact, maintenance-friendly design that minimizes downtime and supports scalable network growth. Whether you’re upgrading an aging chassis or deploying a next-generation core, this 1200W unit provides the headroom, efficiency, and ruggedness required for modern network environments.
- Universal input for global deployments: The 1200W power supply accepts 120 V AC or 230 V AC input, enabling straightforward installation in data centers and offices around the world. This universal input design reduces the need for regional variants and simplifies inventory management for global deployments. Pair this PSU with compatible Extreme Networks equipment to ensure stable operation across diverse electrical environments, while maintaining consistent performance for latency-sensitive traffic such as real-time voice, video, and high-frequency data transfers.
- High-capacity output for demanding hardware: At its core, the unit delivers up to 1200W of power, supporting high-throughput switches, routers, and chassis modules that demand substantial energy to handle peak line rates and large numbers of active ports. This substantial headroom helps prevent voltage sag during surges in traffic, ensuring stable operation of power-hungry line cards, virtualization workloads, and power-protected network services. It’s a solid choice for core/distribution layers where uptime is mission-critical.
- Engineered for efficiency and reliability: The power supply is designed with efficient power conversion to minimize wasted heat and reduce cooling costs in dense data center racks. Improved thermal performance helps extend equipment life and maintain favorable operating temperatures in hot climates or spaces with limited airflow. The reliability-focused design supports long mean time between failures (MTBF) and aligns with enterprise-grade expectations for continuous operation in business-critical networks.
- Rugged, enterprise-grade design: Built to endure the rigors of 24/7 network environments, this PSU features sturdy construction and chassis-friendly integration. It’s optimized for use in compatible Extreme Networks platforms, where modular power is part of a broader strategy to minimize downtime during maintenance, upgrades, or power events. The unit’s form factor and connector layout are chosen to streamline field service and reduce the time required for replacements or maintenance windows.
- Installation-friendly and scalable: The 1200W power supply is designed with straightforward installation in mind, enabling fast deployment into supported chassis with minimal disruption. Its design supports future expansions or reconfigurations in growing networks, making it easy to add redundant or higher-capacity setups as your topology evolves. The combination of accessible cabling, standardized mounting, and clear status indicators helps technicians complete service with confidence.
Technical Details of Extreme Networks 1200W Power Supply
- Power rating: 1200W maximum output
- Input voltage: 120 V AC / 230 V AC (universal input)
- Electrical frequency: 50/60 Hz
- Efficiency: up to 92% typical (where applicable)
- Compatibility: designed for Extreme Networks enterprise hardware requiring a 1200W power supply
How to Install Extreme Networks 1200W Power Supply
Installing the Extreme Networks 1200W Power Supply involves aligning the unit within a compatible chassis, connecting the AC input, and verifying operational status. Follow these steps to ensure a safe, proper installation that maintains network reliability:
1) Power down and prepare the chassis. Before installation, power down the compatible Extreme Networks device and unplug any connected power cords. If your chassis supports hot-swappable power supplies, consult the device’s maintenance guide to determine whether power can be removed without powering down the entire system. Keep the workspace free of dust and ensure proper clearance for airflow around the PSU bay.
2) Access the PSU bay. Release any locking mechanisms or screws securing the existing power supply slot. Slide open or remove the cover as required by the chassis design, exposing the empty PSU bay and the mounting rails or brackets that will guide the new supply into place. Check that the bay is clean and free of foreign objects that could interfere with connectors.
3) Align and insert the power supply. With care, align the new 1200W PSU’s connectors with the chassis’s intake and mounting points. Slide the supply into the bay until it seats firmly and the mounting hardware lines up with the chassis. Do not force the unit; if it does not seat easily, verify alignment and try again. Ensure the connectors are fully engaged and the unit is properly supported by its mounting points.
4) Secure and connect power. Fasten any mounting screws or latches to secure the PSU in place. Connect the appropriate AC power cord to the supply’s input(s) and route cables to avoid interference with fans, other components, or cable management systems. If your chassis supports dual supplies for redundancy or load sharing, install the second unit following the same procedure and verify interlock or monitoring features as required by the device.
5) Power up and verify LEDs. Reconnect the main power to the chassis and power on the device. Check the PSU status indicators or management software for healthy status messages. If the unit is in redundancy, confirm that both supplies recognize each other and operate in the expected mode. Monitor the system for a few minutes to ensure stable voltage delivery and thermal behavior under typical load.
6) Post-install validation. Run a basic network load test or use your network management tools to confirm that the power supply is delivering the expected current and voltage. Validate that all connected modules receive stable power and that there are no abnormal power-related alerts. Document the installation for future maintenance and audit purposes.
Tips for best results: ensure adequate ventilation around the PSU bay, keep power cables neatly organized to facilitate airflow, and schedule maintenance windows for any upgrades to minimize impact on network services. Regularly review power supply health in your management console to catch any degradation before it affects uptime.
Frequently asked questions
- Q: What input voltages does the Extreme Networks 1200W Power Supply support? A: It supports 120 V AC and 230 V AC input, providing universal input suitable for many regional power standards. This flexibility helps simplify deployment across multinational sites without needing separate power hardware.
- Q: Is this power supply compatible with all Extreme Networks devices? A: The unit is designed for Extreme Networks devices that require a 1200W power supply. Always verify compatibility with your specific chassis or module documentation to ensure correct fit and power management behavior before purchase.
- Q: Can I install the 1200W power supply while the system is running? A: Installation procedures vary by chassis. Some Extreme Networks platforms support hot-swapping, while others require the system to be powered down during replacement. Refer to your device’s maintenance guide for the recommended procedure to avoid data loss or equipment damage.
- Q: What kind of environments is this PSU designed for? A: Built for enterprise data centers and high-demand networks, the 1200W power supply is designed to operate reliably under continuous load, with consideration for cooling, airflow, and rack placement. Ensure appropriate ventilation and cable management to maximize uptime and performance.
- Q: What maintenance or monitoring options are available? A: Many Extreme Networks systems offer power-supply health monitoring through management software or chassis LEDs. Regular health checks help identify electrical anomalies early. For more detailed telemetry, consult your device’s administration guide to enable alerts, logs, or SNMP monitoring related to power supply status.
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