A server or a workstation managed remotely?
When we first heard about the Supermicro X13SWA-TF motherboard based on Intel’s W790 chipset and designed to power upcoming workstations and high-end desktops with Sapphire Rapids processors, we knew very little about it. Now, thanks to our Chiphell colleagues who revealed its image, we have more information.
As previously stated, the Supermicro X13SWA-TF motherboard is based on W790, a chipset designed for workstations. Therefore, it utilizes the E-ATX form factor, which is utilized for workstations, desktops, and tower servers. The platform is equipped with an Aspeed remote management processor for workstations and tower servers.
An eight-phase solid-state voltage regulating module for the Intel LGA4677 processor is one of the first things that catches the eye. To feed the beast, two EPS connectors are present. While the number of phases may not impress overclockers, this product is designed for workstation users who place the utmost importance on stability and longevity. For the same reason, the board’s eight-channel memory subsystem features a four-phase voltage regulator module.
The Supermicro X13SWA-TF, a motherboard designed for demanding users, includes four M.2-2280 slots for SSDs fed directly from the CPU. Additionally, the motherboard features six PCIe x16 slots, five of which are connected to the CPU and therefore support PCIe 5.0. In the meantime, there is no information regarding exact bifurcation or CXL support. There are also two U.2 connectors and numerous SATA connectors for mass storage.
Since the Supermicro X13SWA-TF is designed for multiple applications, including desktop workstations, it includes an audio codec and 3.5-mm connectors.
We know from an early leak that the X13SWA-TF will be priced similarly to other ultra-high-end enthusiast-grade motherboards, but its exact release date is still unknown. Considering that AMD and Intel have abandoned so-called extreme workstations, the question of availability may be the most important for those who have been waiting.