Power your PC with confidence using the SilverStone 650W 80 PLUS Bronze ATX 3.1 Power Supply. This high-performance unit is engineered for reliability and efficiency, making it an ideal choice for gaming rigs and professional workstations alike. Designed to meet ATX 3.1 standards, it ensures compatibility and stability for the latest hardware components. The 80 PLUS Bronze certification guarantees efficient power delivery, reducing wasted energy, minimizing heat, and lowering your electricity bills. In the Global area, this PSU offers exceptional value for gamers and creators seeking a dependable and energy-conscious power solution.
The SilverStone SST-AT650R-BF-WBW boasts a robust 650W output with a strong +12V rail capable of delivering 649.2W, ensuring ample power for demanding GPUs and CPUs. Its Active PFC design and double forward circuitry contribute to stable power and high efficiency, rated between 82% to 85% at typical loads. For system builders who appreciate clean aesthetics and easy cable management, the flat cable design simplifies installation and improves airflow within your case.
Cooling is managed by a silent 120mm fan that operates at a minimum of 18 dBA, ensuring a quiet computing experience even under load. Multiple protection circuits, including Over Power, Over Voltage, Short Circuit, and Under Voltage protection, safeguard your valuable components from power irregularities. With a Mean Time Between Failures (MTBF) of 100,000 hours and a Japanese primary capacitor, this power supply is built for longevity and exceptional reliability.
Key Features:
- ATX 3.1 Compliance: Ready for the latest hardware.
- 80 PLUS Bronze Efficiency: Reduces energy waste and heat.
- 650W Continuous Power: Ample power for demanding systems.
- Silent 120mm Fan: Quiet operation with excellent airflow.
- Japanese Primary Capacitor: Ensures high reliability and durability.
- Flat Cable Design: Simplifies cable management and improves airflow.
- Comprehensive Protection: Safeguards your components.
- Active PFC: Stable and efficient power delivery.
