Intel talks about its graphics cards, which will arrive in 2020 and have nothing to do with Larabee
Ari Rauch, a heavyweight at Intel talks about the company's GPUs, which have nothing to do with Larabee and will hit the market in 2020.
It is not a secret that Intel is working on its own graphics cards for the gaming segment and also for the professional segment. This became clear at the very moment Raja Koduri and several AMD heavyweights were signed. Larabee was the first attempt and it was a failure. The company has more expectations this time, as reflected in the interview that HotHardware has done Ari Rauch, Vice President of Core & Visual Computing Group at Intel.
Intel will have about their new graphics cards that have nothing to do with Larabee.
During the interview, Rauch made it clear that it is not a Larabee 2.0, indeed, he stressed that they have nothing to do with it. Intel is working on a conventional GPU architecture in conjunction with some of the company's strategic IPs that can go a long way and help differentiate its products.
Rauch highlights that the company will develop discrete GPUs for data centers in order to offer the best possible quality and an excellent experience in all areas, including gaming, content creation and the enterprise market. He highlighted that they will begin to reach the market from sometime in 2020.
He was asked about the delays in the manufacture of silicon that the company has at present and how it would affect the company's ability to offer highly competitive solutions, to which Rauch has highlighted that they are very confident of their Roadmap of products in software , architecture and manufacturing.
He has also responded that Intel is prepared to address all performance ranges, from entry-level graphics cards to mid-range and high-end graphics.
No more data has been given, such as the type of heatsink that these graphics will use, what type of memories they will use or the lithography that will be used that will mark enough their consumption and overclocking capacity.

