ATX power supply
Our product range includes reliable ATX power supplies. ATX stands for “Advanced Technology Extended”, a standard introduced by Intel in 1995. This standard remains extremely popular today and is used in the construction of the most powerful computer units, ensuring compatibility with various components such as the motherboard, processor and graphics card. We have prepared three product lines - Basic, designed for standard desktop computers, Pro, dedicated to more complex designs, and Ultimate for the most demanding users (models from this series can be successfully used not only in PCs, but also in Bitcoin miners).
Competitive advantage
Our ATX computer power supplies stand out from the competition with their highest quality workmanship and carefully selected raw materials, even when considering the simplest models. Each power supply is equipped with the most commonly used connectors to ensure compatibility with current and new generation multi-core platforms. ATX power supplies are available with various types of plugs that enable safe and correct connection of power to the motherboard, graphics card, hard drives, floppy drives and other components, which is crucial for the safety and reliability of connecting all computer components.
We focus on high-quality components, such as chrome grilles and high-efficiency fans. This ensures exceptionally high cooling efficiency, and properly selected fans minimise noise and protect the power supply from overheating, especially under high loads. In addition, 105°C high-temperature resistant capacitors have been used in the design of the power supply boards. It is also worth noting the wires and cables, which are neatly arranged inside the casing to improve airflow and cooling efficiency for all components. As a result, our computer power supplies are characterised by very high efficiency, which translates into effective power supply and reliable operation of all components in the unit.
The best protection
We also use the best protection systems on the market - solutions such as OVP, OCP, OPP, OTP, SCP and PFC filters guarantee adequate protection of computer components, preventing damage and stabilising the operation of the power supply. These protections also protect against overheating, which is particularly important when the computer is in intensive use. It is worth noting that some security features are required by the ATX specification, while others are optional and depend on the manufacturer, which affects the safety and reliability of the power supply.
Whether you are looking for a reliable, budget-friendly solution or the highest performance is most important to you, we can offer you many interesting alternatives.
For those looking primarily for excellent value for money, we can recommend, for example, the AK-B1-500 500 W ATX power supply, which will work well in most standard applications. When choosing a power supply for your computer, you should select a model with the appropriate power rating – its power should be adapted to the requirements of the processor, graphics card and other components to ensure a stable connection and safe power supply to all components.
On the other hand, those who need a power supply for special tasks, such as video processing, application or game development, or Bitcoin mining, will certainly appreciate the advantages of the AK-U4-500 model, which boasts, among other things, an 80 PLUS certificate. The efficiency certificate confirms the high energy efficiency of the power supply, which translates into lower energy losses, lower heat emissions and greater reliability at various load levels.
It is worth remembering the relationships between the different sizes and dimensions of ATX power supplies – there are different sizes available, which must be matched to the computer case and motherboard. Correct connection of the mains power supply using the appropriate cable to the socket is required for safe and stable operation of all components.
Introduction to computer power supplies
Computer power supplies are an integral part of every computer, responsible for supplying power to all components. ATX power supplies, which are now standard in most desktop computers, convert alternating current from the mains to low, stabilised direct current, which is necessary for the proper functioning of the processor, motherboard, hard drives and graphics cards. Choosing the right computer power supply is crucial for the stability and safety of your computer. In this section of the article, we will provide basic information about computer power supplies, their types, power supply capacity, power supply efficiency and the most important technical parameters to consider when purchasing.
Types of computer power supplies
There are many types of computer power supplies available on the market, which differ primarily in terms of dimensions and purpose. The most popular are ATX power supplies, which are standard in most desktop computers and offer broad compatibility with various motherboards and cases. For smaller computers, such as SFF (Small Form Factor) computers, Micro-ATX and Mini-ITX power supplies are used, which are more compact in size, allowing them to be installed in small cases. When choosing a power supply, it is important to consider its size to ensure that it is suitable for the specific case and hardware configuration.
Power supply power
The power of the power supply is one of the most important parameters that must be matched to the requirements of the computer. It determines how much power the computer power supply can deliver to all connected components. The power of the power supply is expressed in watts (W) and should be selected taking into account the power of the processor, graphics card, number of hard drives and other components. Too low power supply power can lead to unstable computer operation, while too high power can lead to unnecessary energy consumption and heat generation. That is why it is so important to choose a power supply with the right power, adapted to the specific hardware configuration.
Power supply efficiency
Power supply efficiency is an indicator that shows how effectively a computer power supply converts energy from the mains into voltages used by computer components. The higher the efficiency of the power supply, the lower the energy losses in the form of heat, which translates into lower electricity bills and quieter and more reliable operation of the entire system. It is worth choosing power supplies with an efficiency of at least 80%, preferably confirmed by an appropriate certificate. High-efficiency power supplies are particularly recommended for high-powered computers and where energy efficiency and stable operation are important.
Technical parameters
When choosing a computer power supply, it is worth paying attention to several key technical parameters. In addition to the power supply's power and efficiency, the input voltage, output voltages on individual lines, maximum output current and type of cabling (e.g. fully modular cabling for easy cable management in the case) are also important. Modern computer power supplies should be equipped with advanced safety features, such as protection against overload, short circuit or overheating, which protect both the power supply itself and all powered computer components. A well-chosen computer power supply guarantees stable and safe operation of the entire system.