Napájací zdroj Silverstone TX700 Gold 700 W

The Silverstone TX700 Gold 700 W power supply unit delivers reliable 700 W power in a compact TFX form factor, meeting the 80 PLUS Gold efficiency standard for reduced energy loss and lower heat generation. It accepts an AC input voltage range of 90–264 V at 43–63 Hz and includes a 20+4 pin ATX motherboard connector with a 35 cm cable, plus SATA power cables of 150 mm and 350 mm. Active cooling is provided by an 80 mm fan, and the unit comes in a black finish with a total weight of 1.49 kg.

Advantages

Designed to achieve 80 PLUS Gold efficiency, this PSU minimizes wasted energy and heat. The single +12V rail topology supplies stable high-current output suitable for modern components. Compact TFX sizing and an 80 mm active cooling fan provide dependable thermal management while maintaining a small footprint. Protective circuitry is included to safeguard the system against power irregularities.

Suitable for

• Small form factor or compact desktop builds using TFX power supplies
• Systems requiring a reliable 700 W supply for mainstream or high-performance components
• Upgrades where 80 PLUS Gold efficiency and a single +12V rail are preferred

Key specifications

• Total power: 700 W
• Efficiency: 80 PLUS Gold (approximately 90%)
• AC input: 90–264 V, 43–63 Hz
• Motherboard connector: 20+4 pin ATX (cable length 35 cm)
• SATA cables: 150 mm and 350 mm
• Fan diameter: 80 mm
• Form factor: TFX
• Weight: 1.49 kg
• Colour: Black

How to use

Install the Silverstone TX700 Gold into a compatible TFX chassis following the case manufacturer’s instructions. Connect the 20+4 pin ATX connector to the motherboard and route SATA power cables to storage devices as required. Ensure AC mains voltage falls within the specified 90–264 V range. After installation, verify fan operation and monitor system voltages during initial power-up to confirm stable output.

Recommendations

Use this PSU in cooled enclosures with adequate airflow, maintain dust-free fans and vents, and match the unit to system power requirements — allow headroom above peak component load for reliability and potential upgrades.