Remote Access Gateway IGW/922 - First Steps INTRODUCTION With the Remote Access Gateway IGW/922 with DIL/NetPC ADNP/9200 you bought a sys- tem, which introduces you in the various types of use of a Linux-based 32-bit embedded sys- tem. This documentation gives you an overview about the initial operation and the first steps of use with your new Remote Access Gateway IGW/922.
Remote Access Gateway IGW/922 - First Steps SAFETY GUIDELINES Please read the following safety guidelines carefully! In case of property or personal damage by not paying attention to this manual and/or by incorrect handling, we do not assume liability. In such cases any warranty claim expires.
Note: With a Linux-PC as development system it is possible to develop programs in all languages for the IGW/922. Linux is especially for programming in C/C++ as PC operating system required because of the GNU cross tools. With a Windows-PC the shell-script programming as well as the HTML- and Java-applet programming of the Web server is possible.
Remote Access Gateway IGW/922 - First Steps CONNECTIONS For a quick and easy start with the Remote Access Gateway IGW/922 there are several con- nections necessary. The following chapters describe how these connections between the de- velopment system (host PC) and the IGW/922 have to be made.
Ethernet patch cables and a hub or switch. In both cases an Ethernet LAN interface for your host PC is required. When using a hub or switch please connect it between the host PC and the IGW/922 like shown fig. 3. Figure 2: Ethernet link with cross-over cable Figure 3: Ethernet link with hub or switch Note: For the Ethernet connection in fig.
Remote Access Gateway IGW/922 - First Steps Power Supply The Remote Access Gateway IGW/922 needs a supply voltage of 11 .. 28 VDC to work. Use the power adapter cable to provide the system with the necessary power like shown in the figure below.
(this could be the case for a Linux-based PC), you have to install it manually from your operating systems installation CD-ROM. First open a new HyperTerminal session and enter a name for it (e.g. IGW/922). Choose now under „File->Properties“ under „Connect via“ the entry „direct link cable connection via COM1“...
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Table 3: Terminal program settings Note: Do not forget to save the session settings with the connection parameters under the name you have chosen (e.g. IGW/922). With this name you can start the terminal program for future IGW/922-access. S S V E M B E D D E D S Y S T E M S...
Remote Access Gateway IGW/922 - First Steps Booting the Embedded Linux Now you may power up the IGW/922. The boot process starts immediately. The IGW/922 boots thereby an embedded Linux out of its Flash memory. The following figure shows the corresponding messages during this procedure with the Windows terminal program Hyper- Terminal.
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The command prompt is a part of the serial console of the DIL/NetPC ADNP/9200 within the IGW/922. To login enter root as username and root as password. You can now enter any Linux commands, which will be executed by the DIL/NetPC operating system.
PC (you can find it in the Windows Start menu) and enter: ping 192.168.0.126 Directly after this command test data is send from the host PC to the IGW/922 via Ethernet LAN. The IGW/922 must answer on the same way within a certain period of time. Fig. 10 shows the entry of the command as well as the successful execution.
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Remote Access Gateway IGW/922 - First Steps Figure 11: Communication check via ipconfig command Once the ping was successful, you are ready to start a web browser (e.g. Internet Explorer or Konqueror). S S V E M B E D D E D S Y S T E M S...
Remote Access Gateway IGW/922 - First Steps Accessing the Web ConfigTool To open the login page of the SSV Web ConfigTool enter this URL in a Web browser: http://192.168.0.126:7777. The following passwords can be used to login: The default Web ConfigTool password is adnp. This is the standard user and has an •...
(you can find it in the Windows Start menu) and enter the following command to activate a Telnet session: telnet 192.168.0.126 The Linux of the IGW/922 is configured in a way, which you have to login with the user- name root and the password root. Figure 13: Starting the Telnet client In the upcoming Telnet window you can enter any Linux commands, which will be executed by the IGW/922 operating system (similar to the serial console).
Alias subnet mask: Subnet mask of the alias network. • For more detailed information about the Web ConfigTool please read the “SSV Web Con- figTool user manual”. S S V E M B E D D E D S Y S T E M S...
Remote Access Gateway IGW/922 - First Steps INFORMATION IN THE INTERNET To fulfil the information needs of the users, we offer the website http://www.ssv-comm.de Visit this website from time to time to access latest information. Figure 16: www.ssv-comm.de On this website are also newer versions of this manual published. Please note therefore the revision number on the last page.
A special maintenance for the IGW/922 is not necessary. For technical questions please send an e-mail to support@ssv-embedded.de. DISPOSAL A special disposal of the IGW/922 beyond the regulation by law is not necessary. For ques- tions please send an e-mail to sales@ ssv-embedded.de. TROUBLE SHOOTING If you experience troubles with the IGW/922 please proceed as follows: Check all cable connections carefully.
Mechanical Dimensions (LxWxH) ......112 mm x 45 mm x 100 mm Temperature range ................0° C – 70° C Rel. air himudity.................max. 85 % 11 EMC INFORMATION The IGW/922 meets following EU directives about electromagnetic compatibility (EMC): Emitted interference Radio disturbance EN 55022 (industrial environment)
Remote Access Gateway IGW/922 - First Steps 12 PINOUT SCREW TERMINALS The table 7 shows the pinout of the screw terminals of the IGW/922. Pin Power COM2 Alarm RS232 RS485* Alarm - Alarm + A3 V+ IN A4 GND IN...
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