Power supply INTER-TECH ArgusNT HA-1300BA3 ATX 3.1 1300W 80 PLUS Platinum

INTER-TECH ArgusNT HA-1300BA3 ATX 3.1 1300W 80 PLUS Platinum is a high-capacity desktop power supply engineered for demanding systems. The unit conforms to ATX 3.1 guidelines and delivers up to 1300 watts with 80 PLUS Platinum efficiency, providing stable voltage rails suitable for multi-GPU configurations, overclocked processors and power-hungry components. Its design focuses on reliable power delivery, thermal management and energy-efficient operation to support extended workloads in gaming rigs and professional workstations.

Advantages

This power supply offers high continuous output and improved conversion efficiency, reducing wasted energy and heat compared with lower-efficiency models. Compliance with ATX 3.1 ensures compatibility with modern motherboards and power distribution requirements. The unit is built to maintain stable voltages under variable loads and to support multiple PCIe connectors for graphics cards and expansion hardware. Thermal design and protection features help safeguard connected components during heavy use.

Suitable for

• High-end gaming PCs with multi-GPU setups
• Overclocked desktop systems and enthusiasts' builds
• Professional workstations for video editing, 3D rendering or simulation
• Servers and compute nodes in small offices or home labs
• System builders requiring long-term stable power delivery

Key specifications

• Form factor: ATX 3.1 compatible
• Rated output power: 1300 W
• Efficiency certification: 80 PLUS Platinum
• Multiple PCIe power outputs for graphics cards
• Designed for stable voltage rails under heavy load
• Active cooling with thermal management features

How to use

Install the power supply in a compatible ATX chassis following the motherboard and case manufacturer instructions. Connect the 24-pin ATX main cable, required CPU power connectors and PCIe power cables to the graphics cards or other expansion devices. Ensure all connectors are fully seated and routed to allow unobstructed airflow. Verify system grounding and use a suitable mains connection and surge protection. After initial power-up, monitor voltages and temperatures to confirm stable operation before subjecting the system to sustained heavy workloads.

Recommendations

For optimal performance, pair the unit with cases that provide good airflow and avoid blocking the intake or exhaust paths. Use correct-length, properly routed cables to prevent strain on connectors. Regularly check for dust accumulation and clean the cooling areas as part of routine maintenance. When planning a multi-GPU or highly overclocked system, account for peak power draw and maintain a safety margin between peak system consumption and the supply’s rated output.