Sounds great! As they were available at my place, I started some things on a beagleboard and on an atom/ion (for different example applications). I usually work with smaller devices (e.g. Cortex M3), so I am not to familiar with STB CPUs up until now and i am trying to get an overview.
So with x100 the video display is not rendered on an texture, right? Would picture in picture (second hardware decode and resizing) be available then? And I got some issues with v/a async and interlacing, would that be solved with such a solution (i.e. by the hw decoder)? ----- Ursprüngliche Nachricht ----- Von: Damien Lespiau Gesendet: 02.11.10 16:08 Uhr An: [email protected] Betreff: Re: intel ce3100/4100 On Tue, 2010-11-02 at 06:54 +0000, [email protected] wrote: > Hi, Hi, > I read about that clutter supports ce31xx/41xx and googled arround, > mainly to find a smart alternative to my actual clutter/gstreamer app > on atom/ion plattform. Do you guys have some information about where I > can find a development board for testing. And has anyone tried the TI > pandaboard with clutter and gstreamer? Amino has some CE4100-based boards (http://www.aminocom.com/) you may want to contact them for details. At some point I'm sure I've seen a CE4100 development device you could buy, but I can't find it now. FWIW: * I'm finishing a evdev backend to clutter now so have a full Clutter working on EGL/GDL (GDL being the EGL winsys to select the planes you want to render the GL scene on) and have events flowing. * Fluendo has some open source GStreamer elements to wrap the special hardware/drivers of the CEX100. https://core.fluendo.com/gstreamer/trac/browser/trunk/gst-fluendo-ismd The cool thing about the CEX100, is its multi plane support (which is common in the STB world). You have multiple framebuffers that are blended together to produce the final output. You setup the hardware to decode the video on a plane (though the usual playbin2 element thanks to Fluendo's gst-fluendo-ismd), and the GPU to render a Clutter scene in another plane (with a transparent stage) and it produces the expected result. HTH, -- Damien
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