Khronos has released the OpenVG 1.0 Conformance Tests that can be used by vendors to certify that OpenVG implementations are compliant with the OpenVG specification and use the OpenVG trademark to encourage reliable, cross-platform vector graphics interoperability. Khronos has also released an open source Sample Reference Implementation of OpenVG 1.0 (MIT license) to further enable OpenVG implementers and developers to leverage this innovative, royalty-free open standard in their products and applications. See Press release.
The new TI OMAP3430 processor embeds Imagination Technologies' PowerVR SGX graphics core, making it the first applications processor to support OpenGL ES 2.0 and OpenVG, providing superior graphics performance and advanced user interface capabilities. OpenGL ES 2.0 brings "life-like" 3D graphics to the handset and creating a mobile gaming experience comparable to today's handheld gaming devices. OpenVG provides hardware acceleration of 2D scalable vector graphics for creation of advanced, immersive user interfaces and flash-style animations. TI also is enabling sophisticated and dynamic images in the mobile gaming environment with "smart pixel" technology offered via OpenGL ES 2.0 that allows each pixel in an image to be programmed individually, giving game developers the power to create rich effects with cinematic realism.
STMicroelectronics has licensed AMD graphics technology, including 2D, 3D and vector graphics core engines, as well as related software compliant with OpenGL ES 2.0 and OpenVG 1.0 standards. This will enable new handheld devices to reach a large audience of customers who want to enjoy stunning user interfaces, immersive 3D games, and dynamic multimedia content.
This open source work-alike of OpenVG is built on top of the QtOpenGL for Qt4.3. It uses the OpenGL API for hardware acceleration.
This new VGMark07 benchmark will provide vector graphics performance data for handset manufacturers, ODMs, semiconductor companies and network operators. It is the first product that will enable the handheld industry and media to make objective and accurate cross platform performance comparisons of OpenVG 1.0 API enabled hardware and software solutions. Application tests such as user interface navigation and map based navigation provide performance comparisons of a broad array of OpenVG features. VGMark07 is targeted for devices that are fully compliant with the OpenVG 1.0 API specification and which pass all Open VG conformance tests.
The presentations from the full day Khronos Media Acceleration Forum in Cambridge UK are now online. These presentations include OpenKODE, a non-technical introduction to OpenGL ES, hardware-accelerated OpenVG, OpenSL ES overview, a technical overview of OpenGL ES 1.1, a technical overview of OpenMAX DL, IL and AL, how shader programmability with OpenGL ES 2.0 can boost overall system level performance, and high-performance 3D graphics coding for handheld devices.
The Khronos Group has launched the first episode in the Mobile Media Developer podcast series. In this new series, the developers behind the industry standards for 3D, 2D, video and audio for mobile devices describe how the new technologies work and how they can be used by developers, carriers and manufacturers to create applications for mobile phone, handhelds and game consoles.
The first podcast previews the new OpenKODE APIs. OpenKODE provides functionally similar to DirectX on the desktop, except it is cross-platform, royalty-free and streamlined for handheld devices. The goal of OpenKODE is to make it easier for developers (and carriers) to deploy rich media applications on mobile phones, by providing system abstraction so that develoeprs don’t have to worry about the underlying handset hardware or OS. It also offers state-of-the-art media acceleration technologies as well as access to operating system resources, input devices and displays.
Podcast web pages: http://www.khronos.org/podcasts/
Podcast RSS: http://www.khronos.org/podcasts/mobile_podcast.xml
Subscribe via iTunes: itpc://www.khronos.org/podcasts/mobile_podcast.xml
Rasteroid is a middleware package with stand-alone binary implementations the OpenGL ES, OpenVG, and M3G open standards APIs. V 3.1 includes:
- Stand-alone OpenGL ES 1.1 software implementation for Symbian Series60, Windows Mobile and Windows x86
- Hybrid's OpenVG API for Symbian Series60 and x86 Windows
- Hybrid's EGL 1.3 interface API
- Windows (J2SE) implementation of the JSR 184 API (M3G)
AmanithVG Tech Preview 2 OpenGL API hardware-accelerated vector graphics implementation adds VGU support and extensions
AmanithVG engine is a commercial cross-platform engine for accelerated vector graphics. AmanithVG is entirely built on top of OpenGL (from 1.1 to 2.0, using extensions where available) and OpenGL ES (1.1 and 2.0) APIs. By using the OpenGL API, AmanithVG can provide high quality accelerated vector graphics on any kind of 3D chipset already available on the market, achieving tens of times faster performance than software rasterizers. The new tech preview 2 includes an improved geometric engine, a powerful configuration file (lets you customize the geometric kernel and the rendering engine to for example implement features on a chip without shaders, or with limited texture size and texture units count.) , and a set of extensions for complex blend modes, color ramps, enhance dcaps styles and more. The benchmarks comparing rendering performance to software only implementation are impressive. Check out the new AVI video to see some of the new features and accelerated performance. (Imagine this kind of performance in Flash, Illustrator or PDF!)
The Korean Standard Organization TTA (Telecommunication Technology Association) has launched a project to develop standard benchmarks for scalable vector graphics solutions including OpenVG and SVG. ETRI is a lead in the project. SVG (Scalable Vector Graphics, W3C) and OpenVG (Khronos Group) standards are rapidly being adopted in many devices and applications, but there is no objective benchmark for performance comparison. The new benchmark test will provide objective and standard tests suite to compare performance and features of implementations of vector graphics standards, SVG and OpenVG. Requirements and index for performance evaluation will be collected until the end of 2006.