According to Intel’s most recent quarterly earnings, coming via SeekingAlpha, the company has announced that it has successfully started shipping its first discrete GPU DG1 in volume, and also revealed that the DG2 GPU, based on XE HPG architecture, has already been taped out and powered on in the labs. Continue reading Intel tapes out its first discrete Gaming GPU, the Xe-HPG ‘DG2’ graphics processor →

It appears that Intel’s entry-level processors now offer almost the same feature set as the high-end Core series. The new Tiger Lake-based Celeron and Pentium Gold Laptop processors feature support for the AVX2 as well as AVX512-VNNI instruction sets. Continue reading Intel’s latest gen Celeron/Pentium CPUs now offer support for AVX2 and AVX-512 instruction sets →

Intel’s 12’th generation of Alder Lake-S Core processors are said to be the company’s first 10nm SuperFin-based mainstream desktop processors, and we have already seen documents, datasheets, and release notes for these CPUs which also appeared on Intel’s own developer website. Continue reading Intel’s next-gen Alder Lake-S CPU sample pictured, confirms LGA1700 Socket support →

As you already know Intel launched its 10th gen Comet Lake-S CPU lineup back in April 2020. Notably some SKUs were not included before in the launch, like e.g. the Core i3 10100F entry-level processor. Continue reading Intel launches a new SKU in the 10th Gen Comet Lake-S CPU lineup, the Core i3-10100F →

Rocket Lake (RKL) is a planned microarchitecture designed by Intel as a direct successor to the Comet Lake-S series of desktop CPUs and high-performance mobile devices. Intel has been using the same iteration of the 14nm FinFET process node with the Skylake Architecture for many years. Comet Lake-S was also fabbed on this aging process node, which has held Intel back in terms of IPC uplift and efficiency gains over AMD’s Ryzen lineup. Continue reading Intel’s upcoming Rocket Lake-S platform’s PCIe gen-4.0 capabilities tested on Z490 LGA1200 socket motherboard →

Intel’s next generation of Alder Lake-S Core processors are said to be the company’s first 10nm-based mainstream desktop processors, and we have already seen documents, datasheets, and release notes for these CPUs which also appeared on Intel’s own developer website. These processors have been confirmed to support a new LGA 1700 socket as well. Continue reading Intel’s next-gen Alder Lake-S “Gracemont” core CPU architecture to support AVX/AVX2, AVX-VNNI instruction sets →

Intel’s next generation of Alder Lake-S Core processors are said to be the company’s first 10nm-based mainstream desktop processors, and we have already seen documents, datasheets, and release notes for these CPUs which also appeared on Intel’s own developer website. These processors have been confirmed to support a new LGA 1700 socket as well. Continue reading 12th gen Intel Alder Lake-S CPU reportedly spotted in “SiSoftware benchmark” database [UPDATE] →

Rocket Lake (RKL) is a planned microarchitecture designed by Intel as a direct successor to the Comet Lake-S series of desktop CPUs and high-performance mobile devices. These were expected to hit the market by the end of this year, but the roadmap from Intel paints a different picture. Continue reading Intel‘s latest compute Runtime ver 20.37.17906 brings support for the upcoming Rocket Lake-S CPU lineup →

Intel’s Corporate Vice President of Client Computing Group ‘Boyd Phelps’ just posted a blog post on Medium in which he confirms Intel’s development of 8-core Tiger Lake-H CPU lineup for the year 2021, which are based on the Willow Cove core design. Continue reading Intel has officially confirmed the development of 8-core Tiger Lake-H CPUs, built on 10nm SuperFin process →

Intel and UCSC have showcased a DLSS-like AI upscaling technique that will be further detailed at SIGGRAPH ASIA in December 20th. Intel and UCSC have used the Unreal Engine 4 Infiltrator Tech Demo in order to showcase this new AI upscaling image reconstruction tech. Continue reading Intel and UCSC showcase DLSS-like AI upscaling technique →