80 Plus Gold
80 Plus certificates define the standard that assesses the efficiency of power supplies. This allows users to learn more about performance. The result shows the efficiency at a given system load. In the case of the 80 Plus Gold certificate, at 50% load we will achieve 90% efficiency, at 20% and 100% load the efficiency will be 87%. These are very good results, and the power supply can be used in high-end computers that use high computing power and advanced components.
Fully modular
The power supply with modular cabling will allow you to remove unnecessary cables. Thanks to this, there will be order inside the case and users will avoid tangled cables. This is a perfect solution for people who often upgrade their hardware configuration. Replacing individual components will simply be much easier. We will only use cables that are necessary for the smooth operation of the computer. Of course, the choice depends on the individual needs of users, but it is definitely worth considering purchasing such a power supply.
Active cooling
Active cooling is very efficient and perfectly ensures proper operation of the computer. Moreover, it is now standard. Its disadvantage is that it is slightly noisier. The slight noise can be reduced by installing larger diameter fans. This size will make it rotate slower. It is also worth looking for devices on the market equipped with fans whose rotation speed is adjusted to the temperature of the device. As the temperature increases, the faster the rotation.
SCP
The power supply is responsible for supplying energy to the computer's components. Voltage parameters fluctuate in the power grid. SCP (Short Circuit Protection) is short circuit protection. It is activated when the resistance in the circuit is below 0.1 Ω. This protection can be found in all new and older power supplies. As soon as a short circuit is detected, the power supply will be immediately disconnected. Thanks to this, we can rest assured about the components of our computer.
OPP
OPP (Over Power Protection) protects the entire power supply against overload, not limited to individual lines. Exactly the same protection that can be found under a different name is OLP - Over Load Protection. In both cases, the power will be turned off when the power consumed exceeds the total power of the power supply.
OCP
One way to protect our equipment is OCP (Over Current Protection). This is protection against overloading the stabilizer with too high current. Each power line is monitored separately. In the event of any overload, the power supply is turned off. OCP is a requirement of the ATX12V standard.
OTP
OTP (Over Temperature Protection) protects the power supply against overheating, which may occur as a result of overload or poor air circulation. The power will be turned off immediately when the temperature reaches the threshold value. OTP protection is required by the ATX12V standard.
UVP
A computer power supply is an extremely important device that is responsible for supplying energy to components. When purchasing, it is worth paying attention to individual security features. UVP (Under Voltage Protection) protects against too low voltage on the input lines. Although this fault does not affect possible damage to components, it may negatively affect their optimal operation. It is definitely worth choosing a power supply with UVP. This will certainly improve the comfort of using your computer.
OVP
OVP (Over Voltage Protection) provides protection against too high output voltage. It is activated when the voltage is 15% higher than the nominal value. The protection operates on each power supply output line and is required by the ATX12V standard. This significantly reduces the risk of failure of powered components.
PFC system active
The PFC circuit allows for power factor correction to minimize losses in transmission lines. Active systems adapt to the conditions in a given network. This directly affects the ability to achieve high performance of the power supply. The power factor range is from 0.9 to 0.99. This is not a parameter that would significantly affect the comfort of using the computer. However, it is a more ecological solution, which may be important for many customers.
DeepCool PX1200G WH. Total power: 1200 W, AC input voltage: 100 - 240 V, AC input frequency: 50 - 60 Hz. Motherboard power connector: 20+4 pin ATX, Motherboard cable length: 60 cm, SATA power cable length: 950,800,650,500 mm. Intended use: PC, Power supply type (PSU): ATX, 80 PLUS certificate: 80 PLUS Gold. Product color: White, Cooling type: Active, Fan head diameter: 13.5 cm. Cables: AC, PCIe, Processor, Peripheral (Molex), SATA
