AlienALX
Well-known member
"'Honey, we need to remortgage the house again. Nvidia are releasing a new Titan!"
All raise your hand*
*Unless your name is Kaapstad

"'Honey, we need to remortgage the house again. Nvidia are releasing a new Titan!"
If they concentrated on actually making some games to play then the protection would be a good idea.
This year has been one of the worst ever.
But no, all about greed and protecting the money you manage to fleece off of people for incomplete and unfinished games.
It actually depresses me that this is the AAA game industry in a nutshell.If they concentrated on actually making some games to play then the protection would be a good idea.
This year has been one of the worst ever.
But no, all about greed and protecting the money you manage to fleece off of people for incomplete and unfinished games.
If they concentrated on actually making some games to play then the protection would be a good idea.
This year has been one of the worst ever.
But no, all about greed and protecting the money you manage to fleece off of people for incomplete and unfinished games.
I was going to ask why bother with PCIe 4.0 when 5.0 is right around the corner but then I remembered, there's always a delay between the specifications being released and consumer devices appearing3rd generation Ryzen and X570 chipset confirmed for Computex 2019, first desktop platform with PCIe gen 4.
https://www.techpowerup.com/250183/amd-3rd-generation-ryzen-confirmed-for-computex-2019
I was going to ask why bother with PCIe 4.0 when 5.0 is right around the corner but then I remembered, there's always a delay between the specifications being released and consumer devices appearing
It will be nice to see AMD leading the forefront again. Being stuck on PCIe 2.0 and DDR3 while Intel were steaming ahead were dark times
https://www.youtube.com/watch?v=-wy45bQe_XA
Nvidia is boasting of an up to 50% performance improvement with DXR in BF V.
While Intel still hasn’t released many details yet on 10 nm, Murthy did say that 10 nm would substantially enhance performance along multiple axes. There will be better power efficiency for thin and light notebooks, which we think was the primary benefit of a 14 nm process defined during a period where the company was under siege from other form factors. But there will be a significant focus also on higher performance microprocessors for desktops and servers, both from higher instructions per clock but also in other key metrics. Our faith in 10 nm raising the bar for enthusiast PCs is why we see the threat presented by AMD’s Zen as being fairly manageable, with only short term disruption in 2017.
It was mainly thin and light notebook that benefited from the 14nm process.