Question about ASUS Eee PC 2G Surf Notebook
Power cycle the system by shutting it down and switching it on after at least thirty seconds. Check network settings to verify the IP address and other related information. Determine if the network card is working adequately. Identify the malfunctioning adapter by disabling the cards one by one. Move one of the portable hosts--such as a laptop--closer to the router. If it works better, interference or low signal strength is the reason for poor Internet access. Inadequate signal performance can be caused by several factors including cordless devices working within the frequency range (2.4 GHz) of a wireless network, shiny surfaces and too much distance between hosts and access points. Resolve this issue by using a wireless repeater?a device that amplifies wireless signal so it reaches distant areas within the premises. Minimize signal interference by maintaining a distance of at least one meter between cordless devices and the router. Alternatively, buy gadgets that function at frequencies other than 2.4 GHz. Try changing the WiFi channel for better results. Check the functioning of wireless router and access points. Adjust the router antenna to get an optimum signal. Most wireless routers come with omni-directional antennae to send signals in all directions, a situation appropriate for a square-shaped network. If hosts are arranged in a linear fashion, use an antenna that sends signals only in one direction. Some portable routers have internal antenna, giving more freedom to users who are on the go. Use an external antenna with such routers. The market now offers antennae with varying strengths, implying some are more powerful than others. See if using a more powerful antenna fixes the problem. Aside from increasing the range of transmitted signals, the reception capacity of hosts can also be enhanced. External WiFi-enabled antennae attached to laptops are now available for this purpose. Change the location of the router and access point. They should ideally be placed centrally between all computers. As the signal bounces off smooth and shiny surfaces, routers and access points should be placed away from windows, doors, mirrors and other metallic surfaces. Examine signal performance by using the monitoring utility that typically comes with the access point. Check that the devices show correct lights. Device lights are an indicator of accurate connections. Different lighting patterns indicate different things. For example, some network cards show green light on successfully establishing a connection. Similarly, the router's wireless LAN (WLAN) light is turned on at all times, even if no device is connected to it. Further, this light blinks when a host communicates with another host. Unexpected lighting indicates a problem. Go through user manuals to get familiar with this feature and make sure the devices show desired lighting behavior. Use wireless Internet utilities to check the SSIDs and channels neighboring wireless networks are using. Change your network's SSID and/or channel if they are the same as that of other networks in the vicinity. See if correct drivers have been installed. Check configuration settings for encryption keys.
Posted on Sep 24, 2009
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Posted on Jan 02, 2017
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Nov 21, 2013 | D-Link Computers & Internet
The following networking job I have done in this Lab. It is enough for a small office to access or transfer file Printing and access of shared Internet in different type of operating system.
We have recently set up a home office (small laboratory) LAN. All the computers access the internet through a USB wireless (CMDA) dongle. The USB stick is Huawei EC168C and internet service provider is Reliance Infocom (India). But any USB internet dongle can be use to share internet in a LAN in the following way. And you don't need a router for that. In the areas where ISP cannot give wire line internet connection this type of USB wireless sticks are really helpful for home office.
Basic LAN Connection:
Here this lab has 4 PCs. One Windows XP, another Windows Vista starter and two RedHat Linux server systems. Here in this lab I have done the basic LAN connection using cat5 cable & RJ45 connector and an 8 port hub. I have connect the two windows based OS. Using cross cable I have connected two windows system with the hub. Then I put static IP address in Ipv4 of TCP/IP. After that I set workgroup name to join in a workgroup in windows PCs. Then I tried to ping the systems, and it was pinging. Then I have setup a home or small office network in both windows system. That I have enabled the Printer sharing. After that I can share file, data and printer through the system gateway.
Now I have to connect other two Linux PCs in this network. With same cross cable I have joined the both Linux system with the hub. Then to detect the Ethernet device I have put down "DEVICE=eth0" entry in /etc/sysconfig/network-scripts/ifcfg-eth0 file. Then I set IP address in Ethernet device in network configuration in graphical mode (or System-config-network in text mode).After doing this job I restart the network service with "service network restart" command. Then I am trying to ping the systems to one another, And It was pinging.
Now Linux system can access with each other and files also shared through SSH, Telnet,FTP using process and command.
I have configured the Linux system in the following way. First I have set the host name in /etc/sysconfig/network file by VI editor. Next I have edit /etc/sysconfig/network-scripts/ifcfg-eth0 file with "Device=eth0" to detect the Ethernet device. After that I have put the IP add in network configuration file and Restart the network service. To keep the eth0 on permanently I also use the chkconfig command.
After doing this job File sharing can be possible through network file sharing (Nfs). I have install Nfs package & shared the nfs dir by editing exports file. Then I am trying to automount the NFS dir by automounting process. So that I put automounting entry of nfs file in fstab file. After that it's automounted in other system's mount location.
Windows & Linux Networking:
Through basic LAN both OS can only ping each other. To share file or data samba server (a client server in Linux) must be configured in Linux system. So I Install smb rpm package from yum repository. Then I have Configure the samba/smb.conf file. I put the Workgroup name on Workgroup column of samba/smb.conf file. Then I Set the network IP without host to route in network in Host allow column. At last I put down all details of Samba dir, users at the end of the configuration file set the samba password. After that I restart the samba demon to up the samba server. Now files can shared through samba server. In windows I Set the workgroup name pairs with samba server and also set username and password same as samba server. Now I trying to send or access file through samba in both OS and it happened.
USB Net Connect:
Here in this lab workers are use internet from an Usb net connect. So it must be shared in Network. It is too fast so shared internet can be access easily. In Windows XP system I connect the USB netconnect & share it in network. IF all the network setting is ok then all the systems can access shared internet through gateway. Here all users use this shared internet now.
Access of Another System:
VNC Server & Viewer is software through which we can access of another system easily. I just install the software & set the password. Then I run the vnc server. After that I Put the IP add of vncserver from vncviewer of another system and type the password & start access the vnc server system. It can be access form WAN also. I just Run the Vnc server and connect the internet and I got a Wan IP add provided by ISP.
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