While Apple's MetalFX hybrid spatial/temporal upscaling solution was previously assumed to be developed in-house, closer scrutiny of the app's legal info by Notebookcheck.net has revealed the solution to be based on AMD's FidelityFX Super Resolution (FSR) technology.
This makes sense if you remember AMD announcing
ASRock and MSI announced they now support higher capacity 64GB DDR5 RAMs on each DIMM slot, allowing up to 256GB on four-slot and 128GB on two-slot motherboards. ASRock also announced it can do the same.
MSI didn't reveal which of its motherboards includes this support. The screenshot from MSI shows CPU-Z results using the PRO X670-P WIFI motherboard. But ASRock showed its X6
In brief: Intel has announced the first mobile CPUs based on its new Meteor Lake platform, and they are available globally on store shelves and online starting today. Intel's Core Ultra line is the first to be built on the company's Intel 4 process technology. According to the chipmaker, it represents their largest architectural shift in four decades.
The Core Ultra line is initially comprised of four Core Ultra H parts
Watch above to see Intel CEO Pat Gelsinger join Supermicro CEO Charles Liang and the team to explore the 5th Gen Intel ® Xeon ® feature set and what it means for the Supermicro X13 series.
Announced today , Dec 14, 2023, the subjects under discussion are as broad as the range itself, from AI and HPC to Rack Scale, Cloud Computing and Liquid Cooling solutions.
Whatever your optimized server needs, Supermicro’s X13 range of products
Intel has released their first mobile processors based on their highly anticipated Meteor Lake platform, the Core Ultra H and the Core Ultra U series. Available today, the Ultra Core H series has four options, including two Ultra 7 16C/22T (6P+8E) SKUs and two 14C/18T (4P+8E) Ultra 5 SKUs, and offers a base TDP of 28 W, with a maximum turbo TDP of up to 115 W
近日有網友 發現 ，微軟Windows 11 22H2/23H2操作系統支持列表曝光了英特爾即將發售的酷睿Ultra系列處理器陣容，也就是備受市場期待的Meteor Lake。
由於酷睿Ultra系列處理器很快就會上市了，微軟在Windows操作系統中提前做好準備並不