The intent GamePlayer Application Development Kit (ADK) offers an implementation of OpenKODE with OpenGL ES 1.1 and EGL 1.3. It enables game developers rapid development of their code and deployment across all of the industry's major CPU architectures and devices including X86 and ARM and peripheral silicon support such as graphics acceleration. Using the ADK, you can deliver a single binary ubiquitously across the industry's architectures enabling game applications to run at native speed across different platforms, irrespective of the hardware and across both open and closed operating systems. It also supports over-the-air deployment, even on "closed" platforms that are not normally capable of over-the-air deployment of native content. This initial launch of the ADK is a BETA version. An upgrade, ADK 1.0 is expected to replace this by the end of March. The download is available at no charge.
AZTEQ mobile Acrodea have announced that they will collaborate to commercialize OpenKODE mobile solutions. AZTEQ will use the OpenKODE implementation from Acrodea on its AZMA handset client software. AZMA is a complete, pre-integrated and tested software offering for mobile gaming. This collaboration will enable popular, console-class game titles to be offered on mobile devices with significantly lowered porting costs and an accelerated time to market.
Acrodea has released the first OpenKODE 1.0 implementation for free download. This package contains an implementation of OpenKODE Core as defined in the OpenKODE 1.0 specification. This release only contains the OpenKODE Core library, so in order to do anything useful with it you'll also need an implementation of EGL and some client APIs. Hybrid provides a free EGL+OpenGL ES+OpenVG implementation for noncommercial use. The example source code provided assumes EGL and OpenGL ES headers and libraries are available.
The OpenKODE presentation from GDC is now online as a PDF. It reviews the background behind OpenKODE as well as discusses the current 1.0 release, public implementations and what is planned for the next spec update. It also review information about the new glFX Pipeline and Composition APIs
Texas Instruments and Ideaworks3D will extend the capabilities of the OMAP Gaming Platform to support the OpenKODE 1.0 specification, addressing a wider market targeting feature phones to high-end multimedia handsets. To enable developers to address the broadest possible market, the gaming platform now includes TI's OMAP 2 and OMAP-Vox product families. The solution spans both accelerated and non-accelerated 3D graphics solutions using a common development and deployment environment through Ideaworks3D's Airplay software
At 3GSM, NVIDIA demonstrated a prototype implementation of OpenKODE 1.0 (think DirectX for handhelds) showing multi-tasking in a multi-windowed environment; fully accelerated translucent window compositing, and innovative 3D UI widgets with transition effects. A video capture of this demo is available on YouTube. As noted by engaget "the combination definitely impresses, with full 3D games, seemingly high-quality video, and other multimedia capabilities on full display, not to mention a fairly snazzy and customizable interface". View Full Size Video.
Tao announced OpenKODE support for its intent GamePlayer, its cross-platform, binary-portable, native gaming solution. OpenKODE brings together existing industry-standard media APIs with a newly-defined API to abstract operating system services for improved source portability for media and graphics applications over a wide range of platforms, operating systems and devices. Tao's intent GamePlayer further provides binary portability over a variety of platforms beyond handsets such as set-top boxes, automotive and PCs, and a provisioning mechanism to allow native content to be efficiently downloaded, installed and launched.
Aplix and Acrodea will form a cooperative alliance to promote the broader use of OpenKODE. Aplix will use Acrodea's OpenKODE solutions in JBlend (Java technology solution for resource constrained devices) and the Aplix Middleware Framework. Acrodea will use Aplix’s Java-based solutions and platform solutions in their pilot targets. Acrodea has already announced it will support OpenKODE in its middleware products VividUI and X-Forge.
Acrodea has announced plans to offer its middleware products VividUI and X-Forge with support for OpenKODE as well as promote the standard towards Acrodea's partners and the industry. VividUI is a dynamic user interface engine for mobile devices. X-Forge is a popular game development platform. OpenKODE will not only make the development of applications and middleware more cost effective, but will also allow future mobile devices to run more intuitive user interfaces and richer content.
At 3GSM, NVIDIA is demonstrating a prototype implementation of OpenKODE to accelerate an intuitive user interface concept design. OpenKODE is a royalty-free, cross-platform standard that combines a set of native APIs into a comprehensive media stack specification for accelerating rich media and graphics applications. The NVIDIA demo showcases: multi-tasking in a multi-windowed environment; fully accelerated translucent window compositing, and innovative 3D user interface with transition effects.