AMD's X670E chipset has forced ASUS to reformulate the use of the form factor for its ITX ROG Strix X670E-I Gaming WIFI motherboard. The Mini-ITX form factor presents several challenges for motherboard manufacturers, such as have less space to work, making cooling difficult and component placement challenging.
With AMD's socket AM5 and the X670E chipset, a dual-chipset design from AMD, these issues are magnified. This makes the design process of the ASUS ROG Strix X670E-I Gaming WIFI has been a challenge for designers, as they have presented in their own event.
ASUS pushes the limits of mini-ITX motherboard design
To create its new X670E-I ITX motherboard, ASUS had to think differently. In doing so, the ASUS ROG X670E-I Gaming WIFI motherboard has become more capable than its ITX form factor predecessors.
ASUS has confirmed that the heatsinks included in the X670E-I Gaming WIFI are coolers, that is, they use fan-assisted heatsinks. This is a necessity given the power of modern high-end processors, with which this heatsink design should ensure the X670E-I Gaming WIFI stays cool under high loads. As we said above, ventilation is a problem and they have taken it into account to implement cooling on the motherboard itself.
ASUS has also moved the buttons and ports to the rear of its new ITX motherboard to leave additional room for more connectivity options. This gives room for USB4 ports, heatsink vents, and video outputs. Features such as audio I/O and BIOS flashback have moved off the plate and the ASUS ROG Strix HIVE.
The Hive also acts as an audio control center, offering users useful audio control knob and mute functions. It will also allow ASUS support more I/O options on your X670E-I Gaming WIFI and improve its cooling potential. This leaves ample space for air vents. Since it supports a PCIe 5.0 connection for the GPU and a PCIe 5.0 connection for M.2 storage, it is ready for graphics cards and PCIe 5.0 storage.
Source: Overclok3d
