Empty: Asus ROG X670E-I Puts 2nd Chipset Chip on PCIe Add-in Card

ROG Strix X670E-I is the name of an innovative new motherboard that was introduced to the globe by Asus. This motherboard has the potential to completely change the game. The ROG Strix X670E-I is a revolutionary new motherboard that was just released by the international firm Asus, which has its headquarters in Taiwan. This new motherboard is designed to work with AMD Ryzen 7000-series central processing units (CPUs). This brand-new motherboard boasts of having the possibility for further expandability in its feature set. The X670E chipset, which is the most up-to-date and sophisticated chipset available for AM5 motherboards, is incorporated into the motherboard.

It has been challenging for Mini-ITX motherboard manufacturers to incorporate this chipset because of the dual-chip core logic. According to Uniko’s Hardware, Asus has devised an innovative solution by attaching the second chipset chip (Promontory 21) on an add-on PCIe card. This was done in order to solve a problem. These details originated from research conducted by Asus. With the assistance of this add-on board, it will be possible to enable an additional M.2 PCIe 4.0 x4 slot as well as I/O controllers. When the core X670E platform controller hub (PCH), the dual-chip X670E chipset, and an additional Promontory 21 chip are brought together, the system that is produced is one that makes PCIe lanes available for usage by a wide variety of input/output interfaces.

In addition to a large number of USB ports, the motherboard also includes two USB 4 Type-C connectors that each have a throughput of 40 Gbps, compatibility for DisplayPort, an adapter for Wi-Fi 6E and Bluetooth 5.2, a 2.5GbE controller, and even more USB ports. Users who are searching for a Mini-ITX motherboard that offers exceptional expandability and features may want to give some thought to purchasing this motherboard as an ideal solution to their problem. The price of this mother board has not been made available to the general public as of yet.