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TP-Link TL-WN851ND manual 300Mbps Wireless N PCI Adapter

Models: TL-WN851ND

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TL-WN851ND

300Mbps Wireless N PCI Adapter

Figure 3-13

3.When Connect successfully appears on the screen, the QSS configuration is complete. Or you can view the adapter’s utility page to see whether the connection has been successful as shown in Figure 3-15.

Figure 3-14

Figure 3-15

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TP-Link TL-WN851ND manual 300Mbps Wireless N PCI Adapter

Contents

Rev 1.1.0 TL-WN851ND 300Mbps Wireless N PCI AdapterCOPYRIGHT & TRADEMARKS FCC RF Radiation Exposure Statement FCC STATEMENTNational Restrictions CE Mark Warning2400.0-2483.5 MHz CountryProduct Description 300Mbps Wireless N PCI Adapter DECLARATION OF CONFORMITYShenzhen, P. R. China ETSI EN 300 328 V1.7.1CONTENTS Chapter 1 Product Overview 1.1 Package Contents1.2 Introduction 300Mbps Wireless N PCI Adapter1.4 Hardware Overview 1.3 Features300Mbps Wireless N PCI Adapter TL-WN851ND2.1 Hardware Installation Chapter 2 Installation2.2 Software Installation 300Mbps Wireless N PCI AdapterTL-WN851ND 300Mbps Wireless N PCI Adapter300Mbps Wireless N PCI Adapter 5. Click Install to continue the setupTL-WN851ND 300Mbps Wireless N PCI Adapter 6. The utility and drivers will install. This may take 1~2 minutesTL-WN851ND TL-WN851ND 300Mbps Wireless N PCI Adapter3.1 To connect using TWCU Chapter 3 Connect to a Wireless Network300Mbps Wireless N PCI Adapter To connect using TWCU300Mbps Wireless N PCI Adapter TL-WN851NDautomatically connect to your target network next time if you tick Connect automatically 300Mbps Wireless N PCI Adapter TL-WN851ND4. You have now successfully connected to your network. Click Close to enjoy the Internet 3.2.1 PBC Push Button Configuration method 3.2 To connect using QSS300Mbps Wireless N PCI Adapter TL-WN851ND300Mbps Wireless N PCI Adapter 3. The adapter will be connecting to the target networkTL-WN851ND 3.2.2 PIN method 300Mbps Wireless N PCI AdapterTL-WN851ND 3.2.2.1. Enter the PIN from your AP device2. The adapter will be connecting to the target network 300Mbps Wireless N PCI AdapterTL-WN851ND 3.2.2.2. Enter a PIN into your AP deviceTL-WN851ND 300Mbps Wireless N PCI Adapter300Mbps Wireless N PCI Adapter 3.3 To connect using Windows built-in wireless utility3.3.1 In Windows TL-WN851ND300Mbps Wireless N PCI Adapter 3.3.2 In Windows VistaTL-WN851ND 300Mbps Wireless N PCI Adapter 2. The utility will display any available wireless networks in your area. Highlight the wireless network you would like to connect and then click ConnectTL-WN851ND 300Mbps Wireless N PCI Adapter 3.3.3 In Windows XPTL-WN851ND 300Mbps Wireless N PCI Adapter Or double-click the utility icon to load the utility configuration page. Click Advanced in the tools section and then select Use Windows wireless configuration tool in the figure shown below. Click OK when Figure 3-25 appears to continueTL-WN851ND 300Mbps Wireless N PCI Adapter 3. The utility will display any available wireless networks in your area. Click on a network displayed using the SSID and click the Connect buttonTL-WN851ND 4.1 Profile Chapter 4 Management300Mbps Wireless N PCI Adapter TL-WN851ND300Mbps Wireless N PCI Adapter TL-WN851NDThe following items can be found on the screen 4.1.2 Modify a profile 300Mbps Wireless N PCI Adapter4.1.3 Delete a profile TL-WN851ND4.2 Advanced 300Mbps Wireless N PCI AdapterTL-WN851ND 4.3 About 300Mbps Wireless N PCI AdapterTL-WN851ND Chapter 5 AP Mode 300Mbps Wireless N PCI AdapterTL-WN851ND 300Mbps Wireless N PCI Adapter ¾ SoftAP mode Select to enable or disable the functionTL-WN851ND 6.1 Uninstall the utility software from your PC Chapter 6 Uninstall Software300Mbps Wireless N PCI Adapter TL-WN851ND6.2 Uninstall the driver software from your PC 300Mbps Wireless N PCI AdapterTL-WN851ND 300Mbps Wireless N PCI Adapter Appendix A SpecificationsTL-WN851ND NormalAppendix B Glossary 300Mbps Wireless N PCI AdapterTL-WN851ND 300Mbps Wireless N PCI Adapter ¾ Spread Spectrum - Spread Spectrum technology is a wideband radio frequency technique developed by the military for use in reliable, secure, mission-critical communications systems. It is designed to trade off bandwidth efficiency for reliability, integrity, and security. In other words, more bandwidth is consumed than in the case of narrowband transmission, but the trade off produces a signal that is, in effect, louder and thus easier to detect, provided that the receiver knows the parameters of the spread-spectrum signal being broadcast. If a receiver is not tuned to the right frequency, a spread-spectrum signal looks like background noise. There are two main alternatives, Direct Sequence Spread Spectrum DSSS and Frequency Hopping Spread Spectrum FHSSTL-WN851ND