Thursday, 2 September 2010
Tuesday, 31 August 2010


Wednesday, 28 July 2010
Follow this step:
- Step 1
Compare the band rating on the wireless routers. The devices are typically labeled as dual-band 5Ghz routers or single-band 2.4Ghz routers. The latter cost less and are sufficient for most areas except for Wi-Fi saturated areas (like city high rises) where you'll want dual-band devices for the best reception, according to CNET.
- Step 2
Check the routing technology. Most routers either have the current 802.11n standard or the older 802.11g standard. N-models provide browsing speeds up to five times faster than G-models, according to Consumer Search, and are the best choice if you want optimal Internet surfing speed.
- Step 3
Inspect the connector ports on the router. The router will have at least one
Ethernet cable for connecting to your broadband modem, and often has several extra Ethernet ports in case you want to physically connect a computer or device instead of using its wireless signal. Choose a router that has enough extra ports to connect your devices should the wireless signal malfunction. - Step 4
Review the range of the wireless router. The greater the range, the further you can be from the router and still obtain a wireless Internet signal. Manufacturers typically list the range in terms of feet on the router's box or label.
- Step 5
Review the wireless security available on the router. This keeps hackers and unscrupulous neighbors from using your Internet connection. Consumer Reports magazine recommends Wi-Fi Protected Access 2 (WPA2) security standards for the best security, or Wired Equivalent Privacy (WEP) at the very minimum. This information is always listed on the product's box or label.
Follow step below:
Open Internet Explorer, the default Web
Return to the main "Internet Options" window in Step 1. Drag the slider for Internet Explorer's cache to the right to increase the amount of hard drive space that the browser uses to store commonly-accessed Web page data. By accessing locally-stored data instead of downloading it from the Web, your browser is able to load websites at a faster rate.
Click "Start" and select "My Computer." Open the C:\ drive. Click "Documents and Settings," and double-click on "Local Settings." Open the "temp" file and clear all the contents.
Install OpenDNS on your computer (link in the Resources section). This lets your browser access the OpenDNS cache, significantly speeding up your Internet connection by downloading pre-saved website data stored on the OpenDNS servers. On a Mac, select "System Preferences" in the Apple menu. Click on "Network" and select "Built-In
- Open Internet Explorer, the default Web
browser included in all copies of Microsoft Windows. Click "Tools" and select "Internet Options" from the drop-down menu. In the dialog box that appears, select the Security tab. Click on the Internet icon and choose "Custom" in the security levels listed. Uncheck the box next to the following security options: Download Unsigned ActiveX Controls; Initialize and Script ActiveX Controls Not Marked As Safe; and Scripting of Java Applets. Removing these options will decrease the amount of data that Internet Explorer tries to download, making Web pages with these elements load faster. Disabling these features can also make the Internet Explorer browser more secure. - Return to the main "Internet Options" window in Step 1. Drag the slider for Internet Explorer's cache to the right to increase the amount of hard drive space that the browser uses to store commonly-accessed Web page data. By accessing locally-stored data instead of downloading it from the Web, your browser is able to load websites at a faster rate.
- Click "Start" and select "My Computer." Open the C:\ drive. Click "Documents and Settings," and double-click on "Local Settings." Open the "temp" file and clear all the contents.
- Install OpenDNS on your computer (link in the Resources section). This lets your browser access the OpenDNS cache, significantly speeding up your Internet connection by downloading pre-saved website data stored on the OpenDNS servers. On a Mac, select "System Preferences" in the Apple menu. Click on "Network" and select "Built-In
Ethernet ." Open the Advanced settings tab, and add 208.67.222.222 and 208.67.220.220 to the DNS servers listed. On a PC, click "Control Panel" in the Start menu. Click "Properties," then open the "Internet Protocol (TCP/IP)" tab and select "Properties." Add 208.67.222.222 to the Preferred DNS Server list. Click "OK."Searching for:Internet Speed Faster, Internet Speed Faster, Internet Speed Faster, Internet Speed Faster, Internet Speed Faster, Internet Speed Faster, Internet Speed Faster, Internet Speed Faster, Internet Speed Faster, Internet Speed Faster, Internet Speed Faster, Internet Speed Faster, Internet Speed Faster, Internet Speed Faster, Internet Speed Faster, Internet Speed Faster, Internet Speed Faster, Internet Speed Faster, Internet Speed Faster, Internet Speed Faster, Internet Speed Faster, Internet Speed Faster, Internet Speed Faster
Saturday, 13 March 2010
Do you have more than one user account on your computer? Maybe there’s a user account for you, a guest, and an administrator. Each person gets their own software, settings, screen colors, and so on, but only one person can use the PC at a time. Until now. NComputing vSpace desktop virtualization software allows multiple user accounts to be used at the same time by efficiently dividing the computer's resources into independent sessions.
There are three parts to the NComputing solution.
- First is the vSpace software, which allows standard Linux and Windows PCs to be shared by multiple simultaneous users. With vSpace, each person runs their own applications, just as if they had their own PC. Software and updates can be found in our Software Download Center (must be a registered user to access).
- Second is the UXP communications protocol. UXP is the method by which the desktop images and audio are sent to the access device and how the keyboard and mouse data is sent back to the PC. UXP is highly efficient, and excels at multimedia and audio/video synchronization.
- Third are the access devices. They are inexpensive, small, low-power, reliable, durable boxes. On one side they plug into the users’ peripherals (such as the keyboard, monitor and mouse). On the other side, they connect via cables to the shared PC.
If all of your users are clustered in workgroups and are all close to the shared computers, consider the X-series (lowest cost) or U-series (add one desktop at a time).
If you have users who need to be more than 10 meters away from the shared computer, choose the L-series.
Because NComputing designs all three parts of the solution—the virtualization software, the communications protocol, and the access devices—we are able to deliver the lowest cost and best performance available.