Corsair CX650M 80PLUS Bronze

The Corsair CX650M: a reliable, practical and efficient modular power supply

The Corsair CX650M is a 650-watt modular power supply that offers exceptional reliability, low noise, and flexible cabling for desktop PC users. With its modular cabling system, you can use only the cables you need, making assembly easier and improving airflow for a cleaner case.

Modular wiring for easy installation and clean enclosure

The Corsair CX650M features a modular cabling system that lets you connect only the cables you need for your PCI-E cards and storage devices. Unused cables stay in the box and don't contribute to clutter or obstruct airflow in your PC case. Once the power supply is installed, it should be hidden from view. Modular cabling also makes it easier to assemble your system and improves airflow for lower temperatures and more reliable performance.

Rigorous design and testing for optimal performance

Every Corsair power supply is designed by the California engineering team and assembled to exacting specifications. The Corsair CX650M benefits from the careful design and testing of the renowned Enthusiast line of high-power power supplies. This power supply is designed and tested to strict standards for trouble-free installation and operation.

Corsair CX650M Key Features

• 650 watt modular power supply
• 80PLUS Bronze certification for optimal energy efficiency
• Auto-switching circuitry allows universal 100-240V AC input for maximum compatibility with the latest components
• A single dedicated +12V rail offering maximum compatibility with the latest components
• Over voltage, over current, under voltage and short circuit protection for safe use
• Fan Size: 120mm for quiet operation

Corsair CX650M is a reliable, convenient and efficient modular power supply for desktop PC users who want to boost their system performance. With its modular wiring system, 80PLUS Bronze certification, and overvoltage and short circuit protection, this power supply is an excellent choice for users looking to improve their system reliability and efficiency.