Introducing the NE1300GM power supply, designed for ultimate performance and stability in the gaming and enthusiast market. With features like ATX3.0, high-quality JP capacitors, and 80 PLUS Gold-certified efficiency, you can expect peak performance from your system.
The PhaseWave Design ensures steady power output, while the 120mm FDB Silence Fan offers quiet cooling. The 100% Modular design allows for easy cable management, and the Zero RPM Manager ensures optimal thermal control. With CircuitShield protections, your power delivery is safe and reliable. Build a reliable and efficient PC system with the NE1300GM ATX3.0.
High-Quality Japanese capacitors
80 PLUS Efficiency: Gold
PSU Form Factor: ATX
Zero RPM Mode: Yes
PCIe Connectors: 4
SATA Connectors: 12
About the Antec NeoECO NE1300GM Fully Modular Power Supply Unit
120mm FDB Silent Fan
The whisper-quiet, 120mm fluid-dynamic bearing (FDB) fan provides high airflow with the durability and longevity that is a signature of Antec quality.
Zero RPM Mode
With the Zero RPM fan mode, our PSU ensures a longer lifespan and quieter operation. The thermal sensors activate the fan only when necessary, providing optimal cooling while minimizing noise levels.
PhaseWave LLC + DC to DC Design
Introducing our PhaseWave Design, a server-class LLC design featuring synchronous rectification based on a DC-DC topology. This design ensures unparalleled power delivery efficiency and stability for your system.
The new PSU line from Antec pushes the standard for excellence with the circuit shield suite of industrial protections and is backed by a 10-year warranty.
Japanese Heavy-Duty Caps
Japanese capacitors ensure the tightest DC stability and regulation, for reliability that you and your system can count on.
Full Modular Cable Management
Allows users to use only the necessary cables and eliminates excess cables that can obstruct and reduce airflow for improved cooling performance.
12 x SATA 1 x 16 (12+4)pin PCIE 5.0 12VHPWR 1 x 24 (20+4)pin MB 2 x 8 (4+4)pin CPU 4 x 8 (6+2) Pin PCI-E 4 x Molex