
The DeepCool PF650D PC power supply delivers a stable and reliable 650W of power for standard and mid-range computer builds. Its standard ATX format (version 2.4) design fits into most computer cases. A key feature is its 80 PLUS Standard certification for European 230V mains, which confirms an energy conversion efficiency of 85% at typical loads. This high efficiency directly reduces electricity consumption from the mains, which results in lower running costs. At the same time, it minimises residual heat production, contributing to quieter operation and lower temperatures inside the system.
When choosing a suitable PC power supply, the key parameter besides the format is its power output. This indicates the maximum number of Watts the power supply can continuously deliver to the components in the computer. It is a good idea to use a web calculator to determine the optimal power output based on your chosen components.
The 80 PLUS 230V EU Standard certification means that the power supply achieves at least 85% efficiency at a 50% load. In practice, this means that when converting AC power from the socket to DC power for the components, less than 15% of the energy is lost as heat. This energy conversion process is more economical and limits unnecessary waste. The result is not only lower costs, but also less thermal stress on the power supply and the entire computer case.
Heat dissipation is handled by a fan fitted with a hydraulic bearing. This type of bearing uses a fluid lubrication system that actively reduces friction and mechanical wear on moving parts. The result is significantly quieter fan operation compared to standard sleeve bearings, even at higher speeds. The limited vibrations and better heat dissipation from the bearing also extend its overall lifespan.
The power supply uses a set of fixed, flat black cables. Their flat profile is more flexible and less bulky than traditional round bundles, which simplifies routing and organisation behind the motherboard. Better cable arrangement promotes freer airflow inside the case, contributing to more efficient cooling of all components. The fixed connection of the cabling to the power supply means direct and hassle-free installation without the need to manage modular connectors.
Integrated protection circuits safeguard operation and protect connected components from damage. The suite includes over-power, over-voltage, short-circuit, and under-voltage protection. These safety mechanisms constantly monitor electrical values and, if any anomaly such as a sudden short circuit or dangerous voltage spike is detected, the power supply immediately disconnects the power. This prevents irreversible damage to the hardware.
The connector options meet the demands of modern computer builds. The presence of two separate CPU connectors (EPS 4+4-pin) supports a wide range of motherboards. Four PCIe connectors (6+2-pin) are available for powering graphics cards, which can handle even more powerful models. Six SATA connectors are used for connecting SSDs, hard drives, and other devices, while two Molex connectors power older peripherals or fans. This connector layout is sufficient for most gaming and workstations.
The 80 PLUS certification was created to objectively evaluate the efficiency of computer power supplies. This provides users with a simple and clear way to compare different models. On the European market (where 230V is used), there are six levels of 80 PLUS certification, each with specific requirements for computer power supplies. Higher energy efficiency primarily means lower energy consumption.
| PC PSU load | Efficiency at 20% load | Efficiency at 50% load | Efficiency at 100% load |
|---|---|---|---|
| 80 PLUS | 82% | 85% | 82% |
| 80 PLUS Bronze | 85% | 88% | 85% |
| 80 PLUS Silver | 87% | 90% | 87% |
| 80 PLUS Gold | 90% | 92% | 89% |
| 80 PLUS Platinum | 92% | 94% | 90% |
| 80 PLUS Titanium | 94% | 96% | 94% |
Specifications can be changed without notice. Images are for illustrative purposes only.