As stated, BTF designs move many connectors to the back of the motherboard. This innovative change offers several advantages. Firstly, it makes the inside of the computer look neater by keeping messy cables out of sight. Secondly, it simplifies the process of organizing cables, making it easier for users to set up and maintain their systems. Additionally, this layout helps distribute the weight and pressure from heavy components more evenly across the motherboard, which can help prevent the board from bending over time—a common issue with heavily loaded motherboards.

One of the most striking features of the BTF motherboard is its solution for powering graphics cards. Traditionally, separate power cables are needed to supply enough energy to high-performance graphics cards. However, ASUS has developed a new way to power these cards by incorporating a special slot next to the main PCIe x16 slot (where graphics cards are usually inserted).

This slot is capable of providing up to 600 watts of power directly to the graphics card, eliminating the need for additional cables. This approach is somewhat similar to the idea behind the new 12Vhpwr cable that has been talked about in the tech world, but ASUS's implementation allows for a direct connection through the motherboard, making the setup sleeker and more efficient.

Due to the design and the need for extra components like front shrouds and additional soldering points for the repositioned power connectors, BTF motherboards are expected to be slightly more expensive than traditional ones. Alongside these motherboards, ASUS is also planning to release new PC cases specifically designed to accommodate both BTF and standard ATX motherboards, ensuring compatibility and providing options for users. The BTF standard might also evolve into an upgraded version of the PCI-Express port, which would reduce the need for separate power cables for the graphics card.