Intel Core i7-10875H processor, delivering faster performance up to 40% with 8 cores to run your software, while the world's most powerful NVIDIA GeForce RTX GPUs provide high-end cinematic-quality rendering.
However, underneath the stunning hood is not simple at all! The powerful core is precision-engineered into an ultra-thin profile laptop for advanced creators.
The Creator 15 is crafted with a solid aluminium chassis and low-profile sandblasted carbon gray finish to create a minimal yet professional design.
Intel Core i7 H series processor and NVIDIA GeForce RTX SUPER graphic to load all your imagination, and outfitted with touch screen for more efficiency to catch up with your unlimited creativity. MSI, following its glorious success of being a pioneer to launch a laptop with Mini LED panel, the Creator 17, now unveils another laptop from the best-in-class series, a refined laptop designed just for professional artists- the Creator 15! The Creator 15 packs with every important feature for experts from animators, filmmakers to the 2D retoucher. Bellevue Washington-based Hattis & Lukacs, class-action specialists, are leading the charge against Western Digital, and are inviting aggrieved U.S. Days later, Western Digital finally came out with a list of its HDDs that use SMR. Western Digital initially tried to defend its position by explaining what DM-SMR is, that the standard WD Red has been tested on most SOHO NAS devices, that they're not meant for serious (> 8-drive) NAS setups and pointing people to their pricier WD Red Pro, or enterprise-segment Ultrastar HDDs, leading to more community backlash. Trouble brewed for Western Digital in April, as a Blocks & Files report exposed presence of SMR on certain popular WD Red drives as an explanation as to why the drives couldn't be added to RAID volumes. Western Digital has been hit by a class-action lawsuit over alleged false advertising over some of its WD Red hard drives featuring undocumented DM-SMR (drive-managed shingled magnetic recording), a physical layer data writing technique that maximizes capacity at heavy costs of random write performance, that effectively render the drives unfit for RAID applications that are common with NAS setups.