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TES D/AVE NX 3D GPU IP core: OpenGL ES 2.x Demos

D/AVE NX is TES Electronic Solutions latest #3D #GPU core, designed for scalability (e.g. concerning the number of #Shader Units and ALUs per Shader Unit) with support for functional safety in mind. D/AVE NX is available for #FPGAs and #ASICs targeting professional 3D #graphics applications and #GUIs driven by frameworks with #OpenGL backend such as QT. Please find more information at http://tes-dst.com/tes-dst/index.php/graphics-rendering/dave-nx?innerpage_style=1 or contact us at [email protected]. The demos in this video run under the following configuration: Platform: Dreamchip Arria 10 SOM with Yocto Linux D/AVE NX Configuration: 2 Shader Units, 16 ALUs per Shader Unit @100MHz The presented demos are a selection of OpenGL ES 2.x testcases from the D/AVE NX test suite coming together with the evaluation kit. The test cases are running in an 800x600 layer on an 1920x1200 display (32bit color and 24bit depth / 8 bit stencil format). Enjoy! Your TES Graphics-Team

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15 просмотров
2 года назад
17 февраля 2024 г.
12+
15 просмотров
2 года назад
17 февраля 2024 г.

D/AVE NX is TES Electronic Solutions latest #3D #GPU core, designed for scalability (e.g. concerning the number of #Shader Units and ALUs per Shader Unit) with support for functional safety in mind. D/AVE NX is available for #FPGAs and #ASICs targeting professional 3D #graphics applications and #GUIs driven by frameworks with #OpenGL backend such as QT. Please find more information at http://tes-dst.com/tes-dst/index.php/graphics-rendering/dave-nx?innerpage_style=1 or contact us at [email protected]. The demos in this video run under the following configuration: Platform: Dreamchip Arria 10 SOM with Yocto Linux D/AVE NX Configuration: 2 Shader Units, 16 ALUs per Shader Unit @100MHz The presented demos are a selection of OpenGL ES 2.x testcases from the D/AVE NX test suite coming together with the evaluation kit. The test cases are running in an 800x600 layer on an 1920x1200 display (32bit color and 24bit depth / 8 bit stencil format). Enjoy! Your TES Graphics-Team

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