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Low-Footprint Human Machine Interface (HMI) System Solution for Altera FPGAs and SoCs
This project provides a complete HMI system solution for Altera FPGAs and SoCs including the Guiliani HMI framework, the D/AVE 2D graphics rendering engine and the CDC 200 display controller.
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Table of Contents
TES' D/AVE NX IP core is the first OpenGL ES 2.0/3.x and VULKAN compliant 3D graphics processor for FPGAs and SoCs. It enables running Qt on SoCs with full 3D graphics HW accelleration. Within this project we provide a complete system solution integrating the GPU and display controller on FPGA side, Linux OS, OpenGL ES 2.0 graphics drivers and Qt 5.x on the ARM side.
TES' D/AVE NX IP core is the first OpenGL ES 2.0/3.x and VULKAN compliant 3D graphics processor for FPGAs and SoCs. It enables running Qt on SoCs with full 3D graphics HW accelleration. Within this project we provide a complete system solution integrating the GPU and display controller on FPGA side, Linux OS, OpenGL ES 2.0 graphics drivers and Qt 5.x on the ARM side.
16 September 2016 - 12:41
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Version 18
|
ThomasHase
| 3D Graphics, D/AVE NX, Display, HMI, Human Machine Interface, OpenGL, Qt, Touch Screen
| Board: | AlteraSoCDevelopmentBoard |
|---|---|
| State: | running |
| Members: | ThomasHase |
Introduction
Driven by smartphones and tablets people expect modern touch-screen based user interfaces in all kind of devices and industries. Cyclone 5 SoCs, Arria 10 SoCs and Stratix 10 SoC are often used in applications integrating a display or touch screen. With the Qt framework powerful 2D/3D graphics applications can be realized. Due to the lack of a fully OpenGL ES 2.0 compatible graphics rendering core for FPGAs running Qt on such SoCs was so far only possible with software graphics rendering or partial hardware graphics acceleration. I.e. the performance was too low and the impact on CPU load too high. With D/AVE NX the first fully OpenGL ES 2.0/3x and VULKAN compatible 3D graphics processor for Altera SoCs becomes available enabling fully hardware accelerated Qt applications. With this project we provide a complete Qt system solution driven by D/AVE NX for Altera SoCs. The system solution is comprised of the following IP blocks (see Graphics Video and HMI IPs for more information about all TES IPs) and components:- Qt 5.x
- Yocto Linux OS
- OpenGL ES 2.0 and EGL drivers for D/AVE NX and CDC-200NX
- D/AVE NX 3D graphics IP core as QSys component
- CDC-200NX display controller as QSys component
Demo Application
The following demo application is provided as source code. It combines a Qt part and a native OpenGL ES 2.0 part.
SW Release package
The software part of the project is delivered as Yocto TES Meta Layer: Meta-tes is the TES layer for the Yocto Project. It provides TES IP specific Linux kernel patches, Qt development settings, an OpenGl 2.0 ES package based on TES D/AVE NX including EGL, as well as a KMS based driver for the TES CDC display controller. The layer contains everything needed to bring up a Qt application without a window manager. The TES OpenGL and EGL packages are providers for "virtual/libgles2" and "virtual/egl" and therefore enable compilation and usage of OpenGL ES 2.0 and EGL dependent Yocto packages.Supported Boards
Terasic VEEK-MT C5 SoC Board Terasic VEEK-MT C5 SocKit Atlas-SoC-HDMI Board (new)- Altera Cyclone V SX SoC with 110k Logic Elements
- Display 800x480 capacitive touch screen
Links
TES Graphics IP Website Contact: graphics@tes-dst.com© 1999-2024 RocketBoards.org by the contributing authors. All material on this collaboration platform is the property of the contributing authors.
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