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VIA VB7009 Mini-ITX mainboard  (Source: VIA)
No Android support mentioned for VIA's latest mini-ITX board

VIA has unveiled its latest embedded mainboard in the tiny mini-ITX form-factor. The new mainboard is called the VB7009 and measures 17cm square. VIA is aiming it at the POS and kiosk industry the board has a VIA Nano X2 processor onboard that is paired with the VX900 media system processor.
 
That media processor allows the board to support HD video with up to 1080p resolution. The default processor speed is 1.2GHz for the X2, while other CPUs are available including a 1.6GHz VIA C7-D and a 1GHz C7. The little board has four USB 2.0 ports, three COM pin headers, and a LPC connector. It also rocks a single COM port, keyboard ports, and three audio jack inputs.
 
 
The board will support Microsoft OS' and popular Linux flavors in multiple configurations. The VB7009 unfortunately doesn’t call out Android support, which is something VIA was pushing for its embedded line.
 
"The range of customer needs for interactive embedded devices is rapidly expanding," said Epan Wu Head of the VIA Embedded Platform Division, VIA Technologies, Inc. "The VIA VB7009 provides a flexible and cost effective solution that can be configured to satisfy a broad range of customer requirements."

Source: VIA



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RE: Why?
By dawza on 1/5/2012 9:19:11 AM , Rating: 2
The kids and "hardcore enthusiasts" fail to understand the basic concept that in the real world, raw performance and nifty features take a back seat to reliability, ease of integration, support/lifecycle, etc.

These are the same readers who believe that the embedded market will dump x86 and migrate to ARM due to the recent increases in ARM capabilities in the consumer segment...which sounds quite reasonable until one considers that the overwhelming majority of the embedded market has been, and continues to use ARM, and those on x86 had a very good reason to go with that architecture to begin with.

We have $20K+ analytical machines running on 15+ year-old x86 systems. The connection requires a serial interface, basic VGA, and a LAN port. These machines run 24/7, and they work perfectly well. If and when something goes wrong, we will replace them with an appropriate x86 machine with native serial and VGA so that end-users can continue to work as if nothing happened. HDMI, quad-core CPUs, etc, would be useless at best.

Or, maybe we're all crazy, and it turns out that all along, ATMs would, in fact, be better off with an overclocked quad core CPU, a dedicated high-power GPU, and HDMI/DP-out. I mean, who wouldn't want to watch 3D 1080P video while posting a status update to FB during a transaction?


"If you look at the last five years, if you look at what major innovations have occurred in computing technology, every single one of them came from AMD. Not a single innovation came from Intel." -- AMD CEO Hector Ruiz in 2007

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