Power Supply Unit Xilence Performance A+ XN054 700 W

The Xilence Performance A+ XN054 700 W is a 700 W power supply unit for desktop PCs that combines updated internal design with stable delivery of power. It supports an AC input of 200–240 V at 50 Hz and provides a 20+4 pin ATX motherboard connector. The PSU uses an active cooling system with a 120 mm fan and comes in a black finish; cable lengths include approximately 45 cm for the motherboard lead and 50 cm for PCI Express connections. The unit is RoHS- and WEEE-compliant and includes integrated safety circuits for reliable operation.

Advantages

The Xilence Performance A+ XN054 offers a compact, modern construction with coordinated connectors for current computer systems and four integrated safety circuits that help protect components. Its 120 mm active fan provides effective heat dissipation, while the 700 W continuous rating supplies sufficient capacity for typical desktop configurations. Compliance with RoHS and WEEE standards ensures reduced environmental impact and adherence to regulatory requirements.

Suitable for

• Home and office desktop PCs
• Mainstream gaming builds with mid-range graphics cards
• System upgrades where a 700 W supply is required
• Setups needing standard ATX wiring and moderate cable reach

Key specifications

• Total power: 700 W
• Motherboard power connector: 20+4 pin ATX
• AC input: 200–240 V, 50 Hz
• Fan diameter: 120 mm (active cooling)
• Cable lengths: motherboard ~45 cm, PCI Express ~50 cm
• Colour: Black
• Standards: RoHS, WEEE

How to use

Install the PSU into a compatible ATX case following the case manufacturer’s instructions. Connect the 20+4 pin ATX cable to the motherboard and attach the PCI Express connectors to graphics cards as required. Ensure mains input matches the specified 200–240 V, 50 Hz before powering on. Maintain clear airflow around the 120 mm fan and secure all cable connections to prevent strain on connectors.

Recommendations

Use the Xilence Performance A+ XN054 in systems that match its 700 W capacity; avoid overloading by checking component power requirements. Keep the PSU’s ventilation unobstructed and perform periodic dust cleaning to maintain cooling efficiency and long-term stability.