MaxSun, maker of the RTX 4070 Ti iCraft, has introduced a white model of the iCraft Z790 motherboard that includes 12+3+2 energy phases and as much as 400W energy supply.
Powered by Intel’s high-end Z790 chipset, and designed with overclocking in thoughts, this so-called MS-iCraft Z790 is an ATX motherboard boasting a fantastic-looking white PCB providing a contemporary departure from the darkish themes we often see, splendid for RGB builds due to its gentle reflection potential.
The board is topped by some thick VRM heatsinks linked through 6mm nickel-plated heatpipes, alongside devoted heatspreaders for all M.2 slots. Even the again carries a reinforcement steel plate for added rigidity.
Whereas the final format is just like the traditional black PCB iCraft Z790, this white model sadly does see a number of specs dialled down a bit. For starters, the unique 19+1 90A Dr.Mos phases have been lowered to a 12+3+2 VRM design utilizing 60A ICs, which remains to be pretty competent thoughts you, because the model nonetheless claims as much as 400W energy supply just like the traditional mannequin. Most likely simply working a bit hotter as a result of elevated per-phase load.
This white iCraft Z790 additionally packs 4 PCIe 4.0 M.2 slots, one PCIe 5.0 x16 for graphics, two PCIe 3.0 x4, plus two PCIe 3.0 x1, with reminiscence assist as much as DDR5-7600 facilitated by XMP 3.0.
Going hand-in-hand with its 400W Core i9 overclocking claims, the board additionally options bodily energy/reset, a transparent CMOS button, and most significantly an LED show for debugging functions.
Lastly, in relation to I/O, we all know this board consists of at the very least twin 20Gb/s USB Sort-C ports, 2.5GbE LAN, and Wi-Fi 6E. Whereas the remainder is unclear at this level, we count on to see a bunch of USB 3.2 Gen 1 plus some USB 2.0 ports, alongside Bluetooth 5.3 and the customary video outputs.
The iCraft Z790 white is scheduled to hit US retail this October at $299, with international availability anticipated to comply with quickly after.
