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you need to contact your service provider for internet settings.If you have received them but still its not working,consult with them if your sim card is provisioned. If it all fails,then try the manual settings below:
Nokia 5800 Xpress Music Internet manual configuration
You can also configure your phone manually for mobile internet. Follow the step-by-step instructions below.
Start screen.
Go to the Main menu.
Choose Settings.
Choose Connectivity.
Choose Destinations.
Choose Internet.
Choose Options, New Access point, and then Select.
Choose No.
Choose Packet data, and then Select.
Enter Yo profile name and choose OK.
Choose Options, Organise, Select, and go to the next step.
Choose Change priority, Select, choose the highest position, and choose OK.
Choose* the profile , *Options, and then Edit.
Choose Connection name, enter your profile name, and choose OK.
Choose Access point name, enter YO APN(be aware of the dots), and choose OK.
Choose Prompt password, No, and then OK.
Scroll down.
Choose Authentication, Normal, and then OK.
Choose Homepage, enter YO HOME PAGE, and choose OK.
Choose Use access point, Automatically, and then OK.
you would set ip up the exact same way. there just won't be any internet... only LAN traffic...
i'm not sure off the top of my head what a "km" (kilometer?) is when refering to data transmission, That device seems to use a 4 port dual speed 10/100 Mbps switch...
wait a sec... are you trying to set this up at a remote location? example: connect two campuses with a p2p connection or connect your home to your buissnesses network.
bad news: I think this device is designed for tunneling (uses an ISP) or a direct connection (where you would need to install or lease an existing dedicated line run from point a to point b).
1. the router is configured to hand-out IP-addresses in a limited range, e.g., 192.168.1.100 to 192.168.1.110, namely 11 different IP-addresses. When the 12th computer asks for an IP-address, there is none available. Remedy: configure the router to use a larger range of IP-addresses.
2. when an IP-address is handed-out, attached is a 'TTL' ("time to live") value, indicating how long the IP-address remains valid, e.g., 10 minutes or 100 minutes or 1 day or 1 week. If the TTL is too large, then each computer "hogs" the IP-address (even after being shut-off in mid-afternoon).
Remedy: configure the router to use a shorter TTL. Don't worry: when a TTL value drops to 50% of its original value, on a specific computer, the computer will "renew" the lease.
You'll want to configure your router as a dhcp server. Connect the switch to your router's lan port. Connect the remaining devices to a port on the switch. Your wireless access point should have it's dhcp server disabled. You can only have one dhcp server per network. The wireless can get it's address from the router's dhcp and the wireless client devices will get their ip address from the router, as well. If your wireless access point is a router with a wan/broadband port and some switch ports you will want to make sure that you are connecting to your Asus switch via one of the switch ports.
Be sure that your client devices are configured to get their ip address via dhcp and you should be surfing the interweb in no time flat.
To Configure the Router with Internet Access
Connect to one of the wireless router/access point's LAN Ethernet ports, turn off its DHCP server, and give the wireless router a static IP on your LAN:
Connect a PC directly to a LAN port on the wireless router with an Ethernet cable.
Power on the wireless router/access point.
Reboot the PC.
Log in to the wireless router though a browser. (Usually 192.168.1.1, with User Name = admin and Password = password, unless you changed them from the defaults).
Go to the LAN IP menu and disable the wireless access point’s DHCP server by unchecking Use router as DHCP server.
Select LAN IP, and change the IP to 192.168.1.99.
Click Apply to save the settings. You will lose the connection to the wireless router/access point , since its IP changed.
Log in to the wireless router/access point with the URL: http://192.168.1.99
Connect one of the wireless router's Local (LAN) ports to your existing network.
This completes the wireless router/access point configuration.
You can now log in to the wireless router/access point at its new address of http://192.168.1.99 and configure wireless features such as WEP and Access Control List
UPnP, DMZ, Port Forwarding, and Port Triggering are not used on the wireless router/access point, and it doesn't matter how they are configured.
Configure the LAN IP address to be within the same subnet as your PCs.
Take care not to use an IP address already being used.
Limit the number of addresses in the DHCP range and assign an IP
address outside of the range to the router you want to use as the
Access Point.
Disable DHCP on the wireless router/access point.
Connect one of the LAN ports on the wireless router/access point to a LAN port on the Router.
Configure the SSID and any security settings on the wireless PCs to match the wireless router/access point's SSID and security settings.
a. SSIDs must be the same on all wireless devices. (These are case-sensitive: netGEAR is not the same as NETGEAR.)
b. Tip: Make sure the wireless PCs can connect before configuring WEP, WPA-PSK, or other wireless encryption.
1. All of your AP should given access to roaming devices, for this all of your AP are should connected with each other. 2. WiFi chennal for your device should be same for all AP. 3. Configure 802.11b or 11Mbps speed on devices.
can you clarify the switch configuration, by default it will have all ports as untagged in the default vlan 1 with a bootp/dhcp address, I assume you will need to perform some kind of routing ie; default gateway, ip-helper address or static route to point to your routing device ADSL router etc try the following;
1~ configure an ip helper address on vlan 1 to point to what ever is supplying dhcp
2~ create a defualt route on the switch ie; 0.0.0.0 0.0.0.0 to next hop / routing device
3~ configure a default gateway ie; ip default-gateway x.x.x.x where x= routing device
the above can be accomplished via a serial connection to the switch using hyperterminal with the following settings
bits per second 9600
data bits 8
parity none
stop bits 1
flow control none
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