Anglia Components

   

 

 
Manufacturers
Select one of our dedicated manufacturer sections
 
RS73 series thick film resistors from KOA offer precision, stability and high tolerance to ESD transients, samples available from Anglia.
KOA have developed the RS73 series of precision resistors based on the more robust thick film resistor technology, featuring a T.C.R. down to ±25ppm and a tolerance as low as ±0.1%, the resistors are ideal for precision designs.
 

You can now follow us on Blogger, Facebook, Twitter, WordPress or Live Journal by clicking on the logos below.

BloggerFacebookTwitterWordPressLive Journal

Rate this page
1:Poor 5:Excellent
2 3 4 5
 
 

 

 

Avalue’s newest embedded system has rich expandability

 

Avalue has introduced their latest embedded system, the EPS-910, a well-designed, heat-dissipative and price-competitive industrial-level box PC.

The multifunctional features of the EPS-910 are said to be tailor-made from their customers’ demands for stability and expandability in performing at point-of-sale (POS)/kiosk systems, as an automation controller or in commercial scenarios.

Industrial Level
The EPS-910 is based on the Intel® Celeron® M 600MHz with a 512K L2 cache processor and has DDR2 SDRAM 1GB (up to 2GB) system memory, boasting both the advantages of industrial-level stability and cost-efficiency. The hard disk and memory have been relocated closer to the bottom for easier maintenance by only removing four screws and the power connector is set with a cable fixer, making the power cord reliable. In addition, customers can also select a phoenix-type power connector or an optional, lockable power connector that secures the machine against power outages. The EPS-910 also adopts a wide voltage input from 8Vdc to 36Vdc, increasing its stability while used as an in-vehicle system.

True Fanless
The true fanless mechanical design makes the EPS-910 a super machine with regard to heat dissipation. Thanks to its thermal solution, the design includes an internal heat-sink on the processor while the external housing consists of extruded aluminum alloy blades that conduct heat inside out passively and quickly. It is capable of running 24/7 in harsh environments and extremely wide operating temperatures from -15 to 55°C. Moreover, its low power design results in less than 30 watts of energy consumption.

Powerful Expandability
The EPS-910 is embedded with an EIPC computing board, which features rich I/O and powerful expandability and is equipped with SATA, EIDE and an external CF socket for better storage. It accommodates four COM ports, six USB2.0 ports (two in front), two PCI slots (EPS-910P2), one VGA, and two Gigabit Ethernet ports for a faster and more flexible connection. Moreover, the EPS-910 offers line-in / line-out / mic-in audio jacks to ensure high-quality audio features and one 34mm Express Card socket for a variety of extended functions, such as wireless connectivity, video capture or extra storage. Focused on the vertical market, the EPS-910 suits various embedded applications due to its powerful expandability mentioned above. It can be used as a point-of-sale (POS) system, a public advertising machine or as any entry-level automation controller, where stable running characteristics are required. The EPS-910 is compatible with Win 2000 / XP / 98 / 95, Linux and Win CE operating systems.

Features:

  • Intel Celeron M 600 MHz CPU
  • One SODIMM up to 1GB DDR2 SDRAM
  • 4 COM, 6 USB, 2 Gigabit LAN
  • Supports 2.5” SATA HDD
  • Express card/34mm
  • 2 PCI Slots (EPS-910P2)
  • Wide operating temperature from -15 to 55°C
  • Wide power input from 8Vdc to 36Vdc (Optional)
  • True Fanless Operation
  • Dimension: 220(W) x 160(D) x 80(H) mm

For more information, or details on the full range of Avalue products available from Anglia please call +44 (0)1945 474747 or email info@anglia.com

Alternatively, click on this link to go to the main Avalue section where you can view other news articles and product data.

back to product news

Bookmark with: info?

 

 

 

 

 

This news article was originally published in October 2009.

Please read our Privacy Statement in conjunction with the Terms and Conditions and Terms of Use of this Website.

11/8/10