Setting IP Address

I think if you're using stock firmware you might be out of luck using ssh.
Still try telnet. (telnet IP address) if it was enabled before on the router (disabled by default.) If you have Win 7 you have to enable telnet in "Programs and Features/Turn Windows features on or off".
Find more info here.
Anyways - I would first try a 30-30-30 reset.

1. Hold reset button for 30 sec.
2. pull power whilst holding the reset button for another 30 sec.
3. plug in power and keep the reset button holding for an additional 30 sec.

Let me know how that goes.

sometimes you have to ping the device before an ARP request will be sent. If you are trying to find out the IP address, use a network scanner. Some wireless utilities will actually give you the IP address of the AP you are connected to also. If all else fails, factory reset the router and you will then know the IP address.

If it is currently on your network you can use this utility: http://www.radmin.com/products/ipscanner/. It will scan your local network for attached devices. With it you can find the ip of your WAP and access it.

http://192.168.1.1 is the default access page address for Airlink. If you're having difficulties, first, check the WAN and LAN port lights to ensure that there is a connection. If the obtain an IP address automatically option in TCP/IP protocol for your computer is selected, verify that you have a valid IP address. Verify that the default gateway is 192.168.1.1. If you do not have a valid IP address, the DHCP function may not be operating properly. To restore the device to default settings, hold down the reset button on the device for 10 seconds.
Hope this helps
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Using arp command (Windows 95/98/NT/2000)
From Windows 95/98 MS-DOS prompt or at Windows NT/2000 command prompt, you can use the arp
command to assign the IP address to the network interface card. It is necessary that TCP/IP is set up
correctly on the computer that will execute the arp command. Perform the following procedure:
1. At Windows 95/98, select [MS-DOS prompt] from the [Start] menu. At Windows NT/2000, select
[Command prompt] from the [Start] menu.
2. Execute the arp command. For example, if the MAC address of the network interface card is
00:11:22:33:44:55 and the IP address to assign is 192.168.0.128, then input as shown below,
and then press [Enter].
(Example: C:\>arp -s 192.168.0.128 00-11-22-33-44-55
3. Execute the ping command for the assigned IP address. In this case no response is returned
from the network interface card.
(Example: C:\>ping 192.168.0.128
4. Turn off the main power supply to the print controller and the main body printer, then turn it
back on.
Chapter 2 Setting Up the Network Interface Card
2-4 Konica Network Interface Card INSTRUCTION MANUAL
A Status Page will be output. Check that the IP address is correctly set in the list. Or, when about 5
minutes have passed after having restarted the print controller and the main body printer using the
ping command, check that the network interface card responds correctly. The ping command is also
executed at Windows 95/98 MS-DOS prompt or Windows NT/2000 Command prompt. The example
of executing the ping command is shown below:
(Example: C:\>ping 192.168.0.128

Using arp command (UNIX)
From UNIX you can use the arp command to assign the IP address to the network interface card.
Perform the following procedure:
1. Turn off the print controller and the main body printer.
2. Log in as superuser on a host on the same subnet as the network interface card. However, if
the server resides on another subnet, complete this procedure to store the IP address in the
network interface card.
3. Find the MAC address of the network interface card. The address is printed on the Status Page
each time you turn on the print controller and the main body printer.
4. Edit the hosts file (usually /etc/hosts) or use NIS or DIS to add IP address and node name of
the network interface card. See the network administrator for the IP address. For example, a
network interface card with a name of printfast and an IP address of 192.9.200.200 has the
entry:
192.9.200.200 printfast
5. Add an entry to the arp cache for IP address and Mac address of the network interface card,
as:
arp -s 192.9.200.200 0:40:c8:0:0:ff
RS6000 (AIX) requires the ether option after arp -s. For example:
arp -s ether 192.9.200.200 0:40:c8:0:0:ff
6. Check the print controller and the main body printer to see that the network interface card is connected
to the network. Turn on the print controller and the main body printer.
7. Send a ping command to the network interface card to verify it is running on the network, as
for example:
ping 192.9.200.200 or ping printfast
The network interface card will not respond to this ping command but it will read its IP address
from the packets.
8. Turn off the print controller and the main body printer and back on again and then send the
ping command again to verify that the network interface card obtained its IP address. A confirmation
message displays as:
192.9.200.200 is alive
9. Remove the entry from the arp cache using the following command. Specify the network
interface card either by its IP address or by its name, for example:
arp -d printfast
Konica Network Interface Card INSTRUCTION MANUAL 2-5
Chapter 2 Setting Up the Network Interface Card
Using MAP
By using MAP (Management Access Program) included the CD-ROM that comes with the network
interface card, you can automatically identify the network interface card on the network and set it up
for TCP/IP by using Web Utilities. To use this method to assign the IP address to the network interface
card, the following procedure should be performed on computers in advance:
• TCP/IP correctly configured
• IPX/SPX-compatible protocol installed
• MAP installed and MAP setup correctly executed
About how to set up TCP/IP and how to install IPX/SPX-compatible protocol, refer to Windows Help
menus for example. For MAP, refer to “Using MAP (Management Access Program)” in this chapter.
To change an IP address already assigned to a network interface card, you can not use the
arp command. Use Web Utilities instead. These methods also allow you to set up subnet
mask and default gateway, etc.
Using NIManage
Refer to “Chapter 7 AppleTalk Configuration”.

Accessing Web Utilities
The network interface card is provided with an HTTP server having Web Utilities. By accessing this server,
you can change settings of the printing system. There are two ways to access Web Utilities, through a Web
Browser, either through Netscape Navigator, version 4.x or greater or through Internet Explorer, version 4.x
or greater.
• Use MAP to have the network interface card on the networks identified automatically, thereby accessing
Web Utilities.
• Use a Web Browser to type the IP address assigned to the network interface card, and thereby access
the Web Utilities. For example:
http://192.168.0.128/
If you designate the proxy setting in your Web Browser you cannot access the Web Utilities.
For more information see your network adminisrator.
Chapter 2 Setting Up the Network Interface Card
2-6 Konica Network Interface Card INSTRUCTION MANUAL

Using MAP (Management Access Program)
A utility called MAP is provided on the CD-ROM that comes with the network interface card.
This program automatically identifies the network interface cards on the networks and lists them on Web
Browser screen. From this Web Browser list you can select a network interface card to change its settings
and control Web Utilities.

This is from the Cajun P333R manual but it should be very similar if not identical.

Good Luck.

arp timeout Command
Use the arp timeout command to configure the amount of time that an entry
remains in the ARP cache. To restore the default value, 14400, use the no form of
this command.
The syntax for this command is: arp timeout <seconds>
The syntax for the no form of this command is: no arp timeout <seconds>
Examples:
To set the arp timeout to one hour:
Router(configure)# arp timeout 3600
To restore the default arp timeout:
Router(configure)# no arp timeout
ip-address IP address, in dotted decimal format, of the station
hardware-address 48-bit address of the local data link
seconds The amount of time, in seconds, that an entry
remains in the arp cache.

Hello everyone,

I've spent the past several hours getting my NetPrint print servers to work on my network & print from Windows XP.

Guess what? I've got the solution.

I have both the NetPrint 50 model and the NetPrint 1000 model. I only got the NetPrint 50 to work. I think my NetPrint 1000 may be shot. Also realize that there were a number of company acquisitions (DPI / Digital Product Inc., Osicom, Sorrento), so there is little to no information left on the Internet regarding these print servers.

Here is what you need to know:

1.) Take the cover off the print server. On the left and right sides there is a little tab that holds the case together. Get a flat-head screwdriver and apply it to either the left or right side along the seam.
2.) Jumper pins. On the NetPrint 50 you want: Auto; 10BaseT. On the NetPrint 1000 you want: 10BaseT; Auto; Tx; Factory (Jumper 10). Remember, I couldn't get my NetPrint 1000 working.
3.) IP Address. The NetPrint print servers use BOOTP to obtain an IP address. Realize - this is an older version of DHCP, but NOT the same thing as DHCP. Some DHCP servers are backwards compatible and support BOOTP. Fat chance, though. My wireless router only has a DHCP server. So, obtaining an IP address automatically is likely far too difficult / impossible. What you will need to do is assign an IP address to the unit. We cannot use DHCP to do this, and we cannot remotely access the unit (web server / Port 80 is not listening on my units). To assign an IP address to your unit, open up a DOS / CMD prompt (Start->Run; type: "cmd" and hit OK). We will be using the ARP command, which stands for Address Resolution Protocol. This is the protocol that translates between IP addresses and MAC addresses.
a.) Select an IP address you want to assign to the unit
b.) Ok, now look at the bottom of your unit and find the MAC address; it begins with two zeros.

Now enter this command:

arp -s 192.168.0.16 00-40-AF-18-61-40

replace 192.168.0.16 with the IP address you want to assign to the unit. Replace 00-40-AF-18-61-40 with the MAC address found on the bottom of our unit.

What we just did was tell your computer that anytime we send data to that IP address, it will actually send it to that MAC address, which is your unit. Ok, good job.

Now type: arp -a
and you should see and verify your entry. If you made a mistake, type: arp -d 192.168.0.16 to remove your entry.

Now, your NetPrint print server has no idea it's just been assigned an address. And it won't know to respond to that IP address unless we make it listen on that IP address. This is easy to do. All you have to do is ping the unit. Don't worry if the unit does not reply to your pings. Simply pinging it will make it realize it needs to listen on that IP address. So, type this command:

ping 192.168.0.16

Done. It's now listening on the IP address you just assigned it.

4.) Setup Printer in Windows XP. Ok, go to Control Panel -> Printers and Faxes. Add a Printer, select a Local Printer (uncheck plug-and-play). When it asks you to select a Printer Port (it will default to LPT1)... select Create New Port -> Standard TCP/IP Port. Hit Next. Now it will ask you for the Printer IP Address and Port Name: Enter the IP address you just assigned to your unit; the Port Name can be anything you want... this is just a string that uniquely identifies this printer port on your computer and it has nothing to do with the printer or print server itself (I used "RyansNetPrint"). If it asks you for what type of Network card, just select Generic. Select the Printer driver for the printer you have hooked up to your NetPrint print server.

5.) Setup LPR & Queue Name. We need to reconfigure this for it to work. Ok, Now under Control Panel->Printers and Faxes - right-click on your newly created printer and hit Properties. Click on the Ports tab. Highlight your newly created printer port (ie, RyansNetPrint) and the Configure Port button. Windows defaults the Protocol to RAW. This won't work on your NetPrint print servers. You need to select LPR. Now, the one last thing you need to do is enter the proper Queue Name. The Queue Name format is: "PORTn" Where n is the Port Number (probably 1 or 2) on your NetPrint print server where you connected your printer cable. My NetPrint 50 only has one port, so my Queue Name is "PORT1". This is where I found the Queue Name information: "http://www.brooksnet.com/faq/210-04.html". Realize - I couldn't get my NetPrint 1000 to work properly. I think it uses different Queue Names. For instance, I tried "PORT10001", "10001", etc... to no avail. I gave up and used my NetPrint 50 since it worked easily with the instructions I just gave you.

Now hit OK, click on the General tab, and click Print Test Page. Walaa!

Hope this helps you. Took me a long time to figure all this out.

Ryan

PS. the arp -s command is only peformed on your local computer. When you ping your unit. When you reboot yoru computer, the arp -s record your created will disappear. So, they key here is - my wireless router remembers what IP address goes to what MAC address (because I pinged it). Now, if my wireless router is powered off - it forgets that information. So - if you reboot your wireless router / network router / switch / hub... you will need to reenter the arp -s command and ping your NetPrint print server again to assign the IP address again. Not perfect, but it works.

How this works: Restoring the PocketPrintServer to Factory Defaults In most cases, the best way to restore the PocketPrintServer to factory defaults is through "telnet". However, if you are unable to connect to the device because of a configuration error, use the following method which does not require a network connection. To restore the PocketPrintServer to factory defaults, complete the following steps: 1. Disconnect the PocketPrintServer from the network and power cycle it. When it powers up, the LED will rapidly blink orange for five seconds. 2. Power down the device during the rapid orange blink period. Power up the device and power it down during that orange blink period two more times. 3. Reconnect the network cable and power up the PocketPrintServer. It will have restored itself to factory defaults and will rapidly blink green as it searches for a RARP or BOOTP server to find an IP address. Gleaning If an IP address has not been permanently assigned when the PocketPrintServer is powered on or reset, it will look for a "ping" packet on the network. If the PocketPrintServer receives a "ping" packet within two minutes, it will accept the IP address in the "ping" packet as its own address. To use Gleaning, you must have super-user privileges on a UNIX system. Gleaning also works under Windows 95 and Windows NT. 1. Add an entry in the ARP table that assigns an IP address to the Ethernet address of the PocketPrintServer. To do this, use the "arp" command. arp -s temp Example: arp -s 192.168.42.24 00:02:16:00:00:01 temp 2. Start a continuous "ping" to the PocketPrintServer. ping Example: ping 192.168.42.24 On some systems, this may require an additional parameter. Some implementations of "ping" only send out one "ping" packet which could get lost in transit. Check your system documentation for more information. 3. Connect power to the PocketPrintServer. The PocketPrintServer will "glean" its IP address from the "ping" packet. This IP address will remain in effect until the PocketPrintServer is power cycled or reset. Therefore, a permanent IP address should be assigned by running the ExtendView TCP/IP utility or via "telnet".