 |
 deutsch
|
 |
 get Catalogue |
| You are here: Home >> Press >> Press News |
|
|
|
|
Munich - 26.02.2010
NanoServer® with two slots in the new housing
DSM Computer presented at the embedded world 2010, the first embedded system from the NanoServer® E6 family that provides two PCI slots or one PCI and one PCI Express™ slot. The E6 now completes the new NanoServer® product line that consists of the E4 with one slot and the flat E8 without any slots with the fully reworked housing concept. Indeed, all NanoServer® models, even in small quantities, can be customized to the associated application.
The NanoServer® E6-A is based on the energy-saving Intel® Atom™ N270 processor with 1.6 GHz clock and the Intel® 945GSE/ICH7M chipset with Intel® GMA 950 VGA graphic controller. As for the E4 and E8 families, the E6-GM45 will also soon offer a variant for sophisticated computing and graphical applications.
The optimized housing of the NanoServer® provides an easy to service, screwed-on base flap that permits access to the internal Compact Flash socket, the memory expansions, and the hard disk. In addition to the many provided standard interfaces, there are eight USB 2.0 (six external, two internal), four serial ports (three RS232, one RS232/422/485), optional LPT (rather than COM4) and an audio interface. To supplement the 10/100 Base-TX and 1000 Base-T Ethernet, Wireless LAN is optionally supported. DVI, VGA and internal dual channel LVDS are available as graphic interfaces. A serial ATA connection for two SATA II 300 devices and an IDE Port (2 EIDE) augment the comprehensive range of interfaces. The robust housing provides space for two "2.5 inch" solid state drives (SSDs) or HDDs (EIDE or SATA II 300).
In the industrial environment, the flexible E6-A embedded system can be connected directly to the power supply system using a 12 VDC power pack (optional 24 VDC). As alternative, an external 100 – 240 VAC power pack can be used to supply power. The specified working temperature lies in the range 0° ~ 50° C; even for fanless operation, 0° ~ 40° C.
For the NanoServer® E6-A developed and manufactured in-house, DSM guarantees an availability of at least four years. CE-conform design, burn-in and a two-year warranty period are standard for all NanoServer® models.
The energy-efficient NanoServer® E6-A can be used for tasks such as plant control and in the metal processing industry, in transport and logistics, and as control computer for POS/POI and digital signage systems.
Press Release as Word Document 2010-02-26-en.doc
NanoServer® with two slots in the new housing
DSM Computer presented at the embedded world 2010, the first embedded system from the NanoServer® E6 family that provides two PCI slots or one PCI and one PCI Express™ slot. The E6 now completes the new NanoServer® product line that consists of the E4 with one slot and the flat E8 without any slots with the fully reworked housing concept. Indeed, all NanoServer® models, even in small quantities, can be customized to the associated application.
The NanoServer® E6-A is based on the energy-saving Intel® Atom™ N270 processor with 1.6 GHz clock and the Intel® 945GSE/ICH7M chipset with Intel® GMA 950 VGA graphic controller. As for the E4 and E8 families, the E6-GM45 will also soon offer a variant for sophisticated computing and graphical applications.
The optimized housing of the NanoServer® provides an easy to service, screwed-on base flap that permits access to the internal Compact Flash socket, the memory expansions, and the hard disk. In addition to the many provided standard interfaces, there are eight USB 2.0 (six external, two internal), four serial ports (three RS232, one RS232/422/485), optional LPT (rather than COM4) and an audio interface. To supplement the 10/100 Base-TX and 1000 Base-T Ethernet, Wireless LAN is optionally supported. DVI, VGA and internal dual channel LVDS are available as graphic interfaces. A serial ATA connection for two SATA II 300 devices and an IDE Port (2 EIDE) augment the comprehensive range of interfaces. The robust housing provides space for two "2.5 inch" solid state drives (SSDs) or HDDs (EIDE or SATA II 300).
In the industrial environment, the flexible E6-A embedded system can be connected directly to the power supply system using a 12 VDC power pack (optional 24 VDC). As alternative, an external 100 – 240 VAC power pack can be used to supply power. The specified working temperature lies in the range 0° ~ 50° C; even for fanless operation, 0° ~ 40° C.
For the NanoServer® E6-A developed and manufactured in-house, DSM guarantees an availability of at least four years. CE-conform design, burn-in and a two-year warranty period are standard for all NanoServer® models.
The energy-efficient NanoServer® E6-A can be used for tasks such as plant control and in the metal processing industry, in transport and logistics, and as control computer for POS/POI and digital signage systems.
Press Release as Word Document 2010-02-26-en.doc
| Press Photo |
|
NanoServer® E6-A
96m1558-a-presse.zip 2.54 MB 1783 x 1193, CMYK, 300dpi |
Press News
02.04.2012
09.03.2012
22.02.2012
16.02.2012
25.01.2012
05.12.2011
21.11.2011
14.11.2011
24.10.2011
04.10.2011
29.08.2011
29.07.2011
19.07.2011
10.06.2011
15.04.2011
29.03.2011
28.02.2011
18.02.2011
10.02.2011
09.02.2011
31.01.2011
10.01.2011
15.11.2010
03.11.2010
29.09.2010
21.09.2010
08.09.2010
30.07.2010
02.06.2010
25.05.2010
26.04.2010
26.02.2010
22.02.2010
15.02.2010
20.01.2010
18.12.2009
26.11.2009
20.11.2009
17.11.2009
11.11.2009
04.11.2009
23.10.2009
05.10.2009
11.09.2009
31.08.2009
15.08.2009
30.06.2009
28.05.2009
25.05.2009
13.05.2009
04.05.2009
03.04.2009
31.03.2009
09.03.2009
06.03.2009
03.03.2009
16.02.2009
12.02.2009
27.01.2009
20.01.2009
12.01.2009
26.11.2008
25.11.2008
19.11.2008
04.11.2008
10.10.2008
07.10.2008
28.07.2008
02.06.2008
31.03.2008
04.03.2008
21.02.2008
30.01.2008
14.12.2007
16.11.2007
19.09.2007
18.09.2007
06.07.2007
21.06.2007
23.05.2007
19.04.2007
12.04.2007
04.04.2007
19.03.2007
27.02.2007
23.02.2007
19.01.2007
19.12.2006
27.11.2006
21.11.2006
27.10.2006
25.10.2006
18.09.2006
17.07.2006
08.06.2006
05.05.2006
14.02.2006
13.02.2006
05.01.2006
02.01.2006
30.11.2005
29.11.2005
28.11.2005
07.11.2005
06.10.2005
22.09.2005
17.06.2005
09.06.2005
17.02.2005
10.09.2004
09.07.2004
06.05.2004
15.03.2004
09.02.2004
11.11.2003
03.11.2003
10.09.2003
16.04.2003
28.02.2003
16.10.2002
09.10.2002
01.07.2002
24.04.2002
13.03.2002
17.12.2001
10.12.2001
14.11.2001
05.11.2001
27.06.2001
31.05.2001
04.05.2001
01.03.2001
01.02.2001
16.11.2000
01.10.2000
15.09.2000
17.03.2000
01.01.2000
18.10.1999
01.10.1999
23.06.1999
12.04.1999
01.03.1999
11.01.1999
01.10.1998
01.11.1997
01.08.1997
20.01.1994
01.12.1993
11.03.1993
02.04.2012
09.03.2012
22.02.2012
16.02.2012
25.01.2012
05.12.2011
21.11.2011
14.11.2011
24.10.2011
04.10.2011
29.08.2011
29.07.2011
19.07.2011
10.06.2011
15.04.2011
29.03.2011
28.02.2011
18.02.2011
10.02.2011
09.02.2011
31.01.2011
10.01.2011
15.11.2010
03.11.2010
29.09.2010
21.09.2010
08.09.2010
30.07.2010
02.06.2010
25.05.2010
26.04.2010
26.02.2010
22.02.2010
15.02.2010
20.01.2010
18.12.2009
26.11.2009
20.11.2009
17.11.2009
11.11.2009
04.11.2009
23.10.2009
05.10.2009
11.09.2009
31.08.2009
15.08.2009
30.06.2009
28.05.2009
25.05.2009
13.05.2009
04.05.2009
03.04.2009
31.03.2009
09.03.2009
06.03.2009
03.03.2009
16.02.2009
12.02.2009
27.01.2009
20.01.2009
12.01.2009
26.11.2008
25.11.2008
19.11.2008
04.11.2008
10.10.2008
07.10.2008
28.07.2008
02.06.2008
31.03.2008
04.03.2008
21.02.2008
30.01.2008
14.12.2007
16.11.2007
19.09.2007
18.09.2007
06.07.2007
21.06.2007
23.05.2007
19.04.2007
12.04.2007
04.04.2007
19.03.2007
27.02.2007
23.02.2007
19.01.2007
19.12.2006
27.11.2006
21.11.2006
27.10.2006
25.10.2006
18.09.2006
17.07.2006
08.06.2006
05.05.2006
14.02.2006
13.02.2006
05.01.2006
02.01.2006
30.11.2005
29.11.2005
28.11.2005
07.11.2005
06.10.2005
22.09.2005
17.06.2005
09.06.2005
17.02.2005
10.09.2004
09.07.2004
06.05.2004
15.03.2004
09.02.2004
11.11.2003
03.11.2003
10.09.2003
16.04.2003
28.02.2003
16.10.2002
09.10.2002
01.07.2002
24.04.2002
13.03.2002
17.12.2001
10.12.2001
14.11.2001
05.11.2001
27.06.2001
31.05.2001
04.05.2001
01.03.2001
01.02.2001
16.11.2000
01.10.2000
15.09.2000
17.03.2000
01.01.2000
18.10.1999
01.10.1999
23.06.1999
12.04.1999
01.03.1999
11.01.1999
01.10.1998
01.11.1997
01.08.1997
20.01.1994
01.12.1993
11.03.1993
Sitemap