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OpenGL 4.0 was released alongside version 3.3. It was designed for hardware able to support Direct3D 11. As in OpenGL 3.0, this version of OpenGL contains a high number of fairly inconsequential extensions, designed to thoroughly expose the abilities of Direct3D 11-class hardware. Only the most influential extensions are listed below.
The Khronos CTS test suite for OpenGL 4.4, 4.5 and OpenGL ES 3.0+ is in now (2017-01-24) Open Source and all tests for Mesa 13 and 17 are now possible without costs. [17] 2nd stable version of 2017, 17.1.0, came out on 10 May 2017 with some interesting improvements.
Download as PDF; Printable version; ... SL7ST, Instruction Set 32-bit: 20× ... OpenGL 4.0, OpenGL ES 3.0 and OpenCL 1.1 (on Windows). J1800 and J1900 support Intel ...
The set of APIs used to compile, link, and pass parameters to GLSL programs are specified in three OpenGL extensions, and became part of core OpenGL as of OpenGL Version 2.0. The API was expanded with geometry shaders in OpenGL 3.2, tessellation shaders in OpenGL 4.0 and compute shaders in OpenGL 4.3.
These high-end features are already found in the group’s full OpenGL 4 specification." [50] [51] Supported by Windows, Linux, Android (since version 6.0 possible, 7.0+ Vulkan 1.0 and OpenGL ES 3.2 needed) on devices with appropriate hardware and drivers, including: Adreno 420 and newer (Android, Linux (freedreno))
The 2.5.0 version is the reference implementation for JSR-231 (Java Bindings for OpenGL). [5] The 1.1.1 release gave limited access to GLU NURBS, providing rendering of curved lines and surfaces via the traditional GLU APIs. The 2.3.2 release added support for OpenGL versions up to 4.5, and OpenGL ES versions up to 3.2.
Windows 10 version 1709: Redstone 3 October 17, 2017 1709 16299 April 9, 2019 Windows 10 version 1803: Redstone 4 April 30, 2018 1803 17134 November 12, 2019 Windows 10 version 1809: Redstone 5 November 13, 2018 1809 17763 November 10, 2020 Windows 10 version 1903: 19H1 May 21, 2019 1903 18362 December 8, 2020 Windows 10 version 1909: Vanadium
Each EU contains 2 x 128-bit FPUs. One supports 32-bit and 64-bit integer, FP16, FP32, FP64, and transcendental math functions, and the other supports only 32-bit and 64-bit integer, FP16 and FP32. Thus the FP16 (or 16-bit integer) FLOPS is twice the FP32 (or 32-bit integer) FLOPS.