ASROCK B360 Pro4

Do you plan to build a new computer with the latest Intel Coffee Lake processor? Then you will need a board equipped with a B360 chip, such as the ASROCK B360 Pro4 board. It can easily handle the latest games, professional graphics programs and demanding multimedia applications, so you can rely on optimal performance in all situations.

Key Features of the ASROCK B360 Pro4 Motherboard

• Motherboard for powerful computers
• Supports Intel's 8th generation Coffee Lake processors
• Built-in ports for the fastest data transfer
• 10-phase power supply
• AMD CrossFireX graphics mode
• USB Type-C port
• Triple Monitor function to use three monitors at a time
• Protection from electrical shorts caused by humidity

The Ideal Motherboard for a Powerful PC

The ASROCK B360 Pro4 is designed as a motherboard for powerful workstations and gaming assemblies, so it is equipped with high-quality technology. In addition to Socket 1151 for Intel Coffee Lake, there are DDR4 memory slots running at a frequency up to 2666MHz. Two PCIe 3.0 x16 slots are available for graphics cards. You can use AMD Quad CrossFireX mode to enjoy your games to the last pixel.

Fast Data Transfer

In addition to the classic SATA III connectors, the Ultra M.2 port supports ultra-fast data streams at an incredible speed of 32Gb/sec. This corresponds to the transmission of the contents of one DVD in one second. For fast network communication, an integrated Intel LAN card is available. Your computer will be future ready and support the latest peripherals with the built-in USB 3.0 ports.

Perfect Processing to the Last Detail

The ASRock B360 Pro4 is made of premium materials and components that ensure the most efficient performance for all the components. This includes the power supply, which minimises electromagnetic noise and heat accumulation.

The built-in overvoltage protection is very practical. It ensures that your computer is safe, for example, even in the event of a thunderstorm. The unique construction of the PCB board features a denser internal structure compared to standard models. As a result, moisture does not penetrate it, which prevents corrosion and electrical shorts.