Product category:
Embedded Computing and Control
News Release from: Advansus | Subject: NTC100-LX800
Edited by the Electronicstalk Editorial
Team on 21 December 2007
Compact barebone system has nano outline
The NTC100 series design is scalable and accepts most Nano-ITX form factor mainboards for application flexibility.
Advansus has released a tiny wireless Nano-ITX barebone system for network-intensive space-limited applications The NTC100-LX800 houses an AMD Geode LX800 @0.9W Nano-ITX motherboard capable of running high-quality multimedia streams up to 500MHz clock rate
This article was originally published on Electronicstalk on 9 Jul 2007 at 8.00am (UK)
Related stories
Cost-efficient platform for multimedia networking
Low-cost mini-ITX motherboard based on Intel mobile Pentium M processors and the 915GV system chipset is designed for multimedia intensive applications.
The compact system measures 170 x 155 x 42mm, which is smaller than the Mini-ITX form factor.
Advansus builds the NTC100-LX800 with an ultra-low-power AMD LX800 processor and CS5536 companion chip which dissipate a total of 2.5W.
The NTC100 series provides a fanless operation with one 12V DC power connector, one optional antenna via Mini-PCI slot, along with other VGA, audio and LAN connectors.
This highly reliable barebone system provides an ideal solution for IP-STB, thin client, LCD wall displays and ultramobile applications.
The NTC100 series comes with a 12V DC adapter which provides a direct power connection.
The black-coated system also provides an easy operation interface equipped with a power switch, two USB ports and two LED indicators for power and HDD status on the front panel.
All these features make the NTC100 series easy to set up and use.
The NTC100 series design is scalable and accepts most Nano-ITX form factor mainboards for application flexibility.
Customers can contact Advansus for custom design.
• Advansus: contact details and other news
• Email this article to a colleague
• Register for the free Electronicstalk email newsletter
• Electronicstalk Home Page
