The Asus ROG Zephyrus M15 is a decent gaming laptop, despite featuring an older generation Intel performance chip and the previous generation graphics chip from Nvidia. It features the Intel Core i7-10750H processor and the Nvidia GeForce RTX 2070 Max-Q graphics with 8GB VRAM, along with 16GB DDR4 RAM and 1TB SSD. The general performance is obviously quite good, but even in gaming, new games run at high graphics in full HD.

Publication: News18

We have heard in recent weeks that Nvidia’s high-end specs CMP (cryptocurrency mining) graphics cards will be launched in the coming months. As such the company’s AIB partner has reportedly started to remove GeForce RTX 3090 blower fan variants from their websites.

Publication: TechnoSports

In a world where board partners are getting less than 20 units per country (per month), NVIDIA continues to insist that the shortages are primarily the result of strong demand. While technically that’s not incorrect, when retailers are getting less than 100 graphics cards in the entire Asia-Pacific region, it makes it hard not to blame the supply. Talking at the Raymond James Institutional Investors Broker Conference Call, the NVIDIA CFO said the following when asked whether demand would have been better if there was more supply:

Publication: Hardware Times

One of the hardest things to determine about a processor is its load power consumption. That’s doubly true for Intel’s 10th Gen CPUs. While the marketed TDP is usually around 95-125W, under load, most high-end chips consume as much as 225W. The 10th Gen processors take it to another level, with the Core i9-10900K drawing as much as 260W under load while the Core i7-10700K can go as high as 229W. So why do Intel’s high-end processors draw so much power and what exactly is the power management profile of these chips like?

Publication: Hardware Times