Tablet från Toshiba med Nvidia Tegra 2

Fan vad nice, men ännu trevligare blir det när Qualcomm lanserar "nya snapdragon" á single/dual-core upp till 1,5ghz och 45nm

HDMI?
Sedan så kanske de har hårdvaruacceleration av MKV, inte så påläst på Tegra 2.

Given that this isn't 1995, audio decoding isn't very hard nor very interesting so let's move on. The next two cores are for video encode and decode. On the encode side NVIDIA claims to be able to accelerate the encode of 1080p H.264 video. This is up from 720p in the original Tegra and particularly important for any handsets that might include a video camera. Bitrates, power consumption and other pertinent details remain unknown.

The video decode side is where NVIDIA believes it has an advantage. Tegra's video decode processor accelerates up to 1080p high profile H.264 video at bitrates in the 10s of megabits per second. The Samsung SoC in the iPhone 3GS is limited to only 480p H.264 decode despite Samsung claiming 1080p decode support on its public Cortex A8 SoC datasheets. NVIDIA insists that no one else can do 1080p decode at high bitrates in a remotely power efficient manner. Tegra's 1080p decode can be done in the low 100s of mW. NVIDIA claims that the competition often requires well over 1W of total system power to do the same because they rely on the CPU to do some of the decoding. Again, this is one of those difficult to validate claims. Imagination has demonstrated very low CPU utilization 1080p H.264 decode on its PowerVR SGX core, but I have no idea of the power consumption.

Det är ovansidan respektive undersidan.