Intel Graphics Driver Fordows

Snappy Driver Installer (SDI) is a portable driver installation and update software that does not require an internet connection. It is a reworking of the original SDIO program by Glenn Delahoy. Just like SDIO, it is a leader among programs of this class in terms of driver selection accuracy and speed. When ranking drivers, prioritizes more suitable drivers (regardless of newer versions) to minimize risks for end users. Specialists can appreciate the large amount of information provided about drivers and the ability to select an alternative driver

The oneAPI Toolkits development team is pleased to announce the availability of Intel oneAPI Base & HPC Toolkit 2024.1.0 is a comprehensive suite of development tools that make it fast and easy to build modern code that gets every last ounce of performance out of the newest Intel processors in high-performance computing (HPC) platforms.

Intel Software is pleased to announce the availability of Intel System Studio 2020.2 development suite with a bunch of interesting new features. Intel System Studio is a cross-platform tool suite that simplifies application development for systems and IoT devices, boosts application performance and power efficiency, and helps strengthen system reliability for smart, connected devices.

Snappy Driver Installer (SDI) is a portable program for installing and updating drivers that does not require an Internet connection. It is a reworking of the original SDIO program by Glenn Delahoy. Just like SDIO, it is a leader among programs of this class in terms of driver selection accuracy and speed. When ranking drivers, prioritizes more suitable drivers (regardless of newer versions) to minimize risks for end users. Professionals can appreciate the large amount of information provided about drivers and the ability to select an alternative driver.

The oneAPI Toolkits development team is pleased to announce the availability of Intel oneAPI Base & HPC Toolkit 2022.1 is a comprehensive suite of development tools that make it fast and easy to build modern code that gets every last ounce of performance out of the newest Intel processors in high-performance computing (HPC) platforms.

Thea for SketchUp is a combination of powerful rendering engines of Thea with the simplicity of SketchUp. Having biased, unbiased and interactive render modes including GPU support at your fingertips, inside SketchUp view, is a joyful experience. The plugin lets you enrich your models with highly detailed three dimensional content, breaking old limitations related to handled model complexity. Back Face Material Support:

Thea for SketchUp is a combination of powerful rendering engines of Thea with the simplicity of SketchUp. Having biased, unbiased and interactive render modes including GPU support at your fingertips, inside SketchUp view, is a joyful experience. The plugin lets you enrich your models with highly detailed three dimensional content, breaking old limitations related to handled model complexity. Back Face Material Support:

Thea for SketchUp is a combination of powerful rendering engines of Thea with the simplicity of SketchUp. Having biased, unbiased and interactive render modes including GPU support at your fingertips, inside SketchUp view, is a joyful experience. The plugin lets you enrich your models with highly detailed three dimensional content, breaking old limitations related to handled model complexity.

Thea for SketchUp is a combination of powerful rendering engines of Thea with the simplicity of SketchUp. Having biased, unbiased and interactive render modes including GPU support at your fingertips, inside SketchUp view, is a joyful experience. The plugin lets you enrich your models with highly detailed three dimensional content, breaking old limitations related to handled model complexity.

Intel released production of Intel oneAPI toolkits for developing high-performance, cross-architecture applications for Intel CPUs, GPUs and FPGAs, collectively described as XPUs. The version 2021.1 toolkits deliver oneAPI, an open, standards-based, unified cross-architecture programming model that provides developers the freedom to choose the best hardware for accelerated computing.