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Intel Core 2 is a processor family encompassing a range of Intel's mainstream 64-bit x86-64 single-, dual-, and quad-core microprocessors based on the Core microarchitecture. The single- and dual-core models are single- die , whereas the quad-core models comprise two dies, each containing two cores, packaged in a multi-chip module . [ 2 ]
Render Pass, introducing render pass concept in Direct3D 12, adding new APIs to be run on existing drivers and allow user mode drivers to choose optimal rendering path without heavy CPU penalty. Meta-commands , adding preview support for DirectML , a high-performance, hardware-accelerated DirectX 12 library for machine learning.
Most free and open-source graphics device drivers are developed by the Mesa project. The driver is made up of a compiler, a rendering API, and software which manages access to the graphics hardware. Drivers without freely (and legally) -available source code are commonly known as binary drivers.
In order to stay multi-platform, Skia supports several (platform-dependent) back-ends. These include: CPU software rasterization; Portable Document Format (PDF) output; GPU-accelerated rendering by using: [3]
11.2 4.0 Windows 4.2 Linux ES 3.0 Linux: 1.2 8.5 Celeron N2807 313-750 10.7 Celeron N2830 Pentium N3510 21.3 Celeron N2806 313-756 8.5 Celeron N2810 Celeron N2815 Celeron N2820 Celeron N2910 17.1 Celeron N2808 311-792 10.7 Celeron N2840 21.3 Celeron N2920 313-844 17.1 Celeron N2930 Celeron N2940 Pentium N3520 313-854 21.3 Pentium N3530 Pentium ...
There are two graphics hardware drivers: one resides inside of the X display server.There have been several designs of this driver. The current one splits it in two portions: DIX (Device-Independent X) and DDX (Device-Dependent X) Glamor will simplify the X server, and libGL-fglrx-glx [needs update] could use the libDRM of the radeon open-source driver instead of the proprietary binary blob.
WARP is a full-featured Direct3D 10.1 renderer device with performance on par with current low-end graphics cards, such as Intel GMA 3000, [2] when running on multi-core CPUs. [3] To achieve this level of rendering performance, WARP employs advanced techniques such as just-in-time compilation to x86 machine code and support for advanced vector ...
In GDI, a device context (DC) defines the attributes of text and images for the output device, e.g., screen or printer. GDI maintains the actual context. Generating the output requires a handle to the device context (HDC). After generating the output, the handle could be released. GDI uses Bresenham's line drawing algorithm to draw aliased lines.