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<blockquote data-quote="kszabo" data-source="post: 424533" data-attributes="member: 61646">of course, ATi deactivated 1080i VA for HT2.0 CPUs because the RAM bandwidth (=HT2.0) cannot cope with that. You can activate it with a hack but it won´t work.&nbsp; Bob only doubles the framerate, not a big deal. by vector adaptive the picture has to be analyzed and according to an algorhyth&nbsp; certain parts of the picture will be deinterlaced differently than the rest. This means much more videoRAM (=shared memory through HT memory controller of CPU) traffic. HT2.0 is enough for bob, but not for this.agreed totally. The only duty a GFX can take over from CPU is the load on the Memory controller integrated into th CPU (the part of load for the shared memory of the HD3200). The onboard HD3200 can unload the CPU in the same amount as a dedicated GFX-card for video decoding.Enjoying the discussion also <img src="data:image/gif;base64,R0lGODlhAQABAIAAAAAAAP///yH5BAEAAAAALAAAAAABAAEAAAIBRAA7" class="smilie smilie--sprite smilie--sprite1" alt=":)" title="Smile&nbsp; &nbsp; :)" loading="lazy" data-shortname=":)" /></blockquote>

[QUOTE="kszabo, post: 424533, member: 61646"] of course, ATi deactivated 1080i VA for HT2.0 CPUs because the RAM bandwidth (=HT2.0) cannot cope with that. You can activate it with a hack but it won´t work. Bob only doubles the framerate, not a big deal. by vector adaptive the picture has to be analyzed and according to an algorhyth certain parts of the picture will be deinterlaced differently than the rest. This means much more videoRAM (=shared memory through HT memory controller of CPU) traffic. HT2.0 is enough for bob, but not for this. agreed totally. The only duty a GFX can take over from CPU is the load on the Memory controller integrated into th CPU (the part of load for the shared memory of the HD3200). The onboard HD3200 can unload the CPU in the same amount as a dedicated GFX-card for video decoding. Enjoying the discussion also :) [/QUOTE]

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