Exophase
Nothing good will ever come of Exophase.
It has been revealed that this recently demonstrated set-top device is going to be sporting Tegra 2:
http://blog.boxee.tv/2010/01/07/boxee-box-internals-revealed-nvidia-tegra-2-ftw/
Will cost < $200. Release date slated for Q2 2010, see here:
http://www.slashgear.com/d-link-boxee-box-revealed-arrives-q2-2010-0865382/
So we could be looking at having this in just a few months. D-Link has a great advantage over other prospective Tegra 2 devices in that it's just bringing out a relatively simple box as opposed to a cutting edge smart phone or tablet. This will probably beat any other Tegra 2 device to market (especially since I'm not aware of any having been even announced). It's likely to also beat any other Cortex-A9 sporting device (please correct me if someone knows better), OMAP4 or otherwise. This is under the assumption that TI doesn't try to rush an OMAP4 BeagleBoard to market.
Personally I'm not at all interested in this device's intended purpose. I haven't been able to find out yet if you'll be able to easily run custom software on it, but it does use Linux and it has both SD cards and wired ethernet, so chances are pretty good you'll be able to launch executables or shell into it. This is very interesting news because this device could serve as a very nice Tegra 2 development platform, giving you both dual-core Cortex-A9 and powerful OpenGL ES 2.0 graphics. This will put people well in preparation for the next wave of Cortex-A9/OpenGL ES 2 devices. You can imagine the ramifications this can have if the rumors are true and the upcoming Nintendo handheld is using Tegra 2.
Tegra-2 can potentially be in a very good position - not only is the hardware very appealing in its own right but it might end up with a substantial head start to market. The only downside is that I don't think it'll have NEON, the rationale probably being that the things it'll most be used for will be better suited for deployment on the GPU or encode/decode chipsets. Sadly this doesn't cover what I would find NEON useful for (video rendering in emulation). Guess the full on second core will have to do instead.
http://blog.boxee.tv/2010/01/07/boxee-box-internals-revealed-nvidia-tegra-2-ftw/
Will cost < $200. Release date slated for Q2 2010, see here:
http://www.slashgear.com/d-link-boxee-box-revealed-arrives-q2-2010-0865382/
So we could be looking at having this in just a few months. D-Link has a great advantage over other prospective Tegra 2 devices in that it's just bringing out a relatively simple box as opposed to a cutting edge smart phone or tablet. This will probably beat any other Tegra 2 device to market (especially since I'm not aware of any having been even announced). It's likely to also beat any other Cortex-A9 sporting device (please correct me if someone knows better), OMAP4 or otherwise. This is under the assumption that TI doesn't try to rush an OMAP4 BeagleBoard to market.
Personally I'm not at all interested in this device's intended purpose. I haven't been able to find out yet if you'll be able to easily run custom software on it, but it does use Linux and it has both SD cards and wired ethernet, so chances are pretty good you'll be able to launch executables or shell into it. This is very interesting news because this device could serve as a very nice Tegra 2 development platform, giving you both dual-core Cortex-A9 and powerful OpenGL ES 2.0 graphics. This will put people well in preparation for the next wave of Cortex-A9/OpenGL ES 2 devices. You can imagine the ramifications this can have if the rumors are true and the upcoming Nintendo handheld is using Tegra 2.
Tegra-2 can potentially be in a very good position - not only is the hardware very appealing in its own right but it might end up with a substantial head start to market. The only downside is that I don't think it'll have NEON, the rationale probably being that the things it'll most be used for will be better suited for deployment on the GPU or encode/decode chipsets. Sadly this doesn't cover what I would find NEON useful for (video rendering in emulation). Guess the full on second core will have to do instead.