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Wireless LAN 802.11b/g/n USB Adapter User Manual Ad-Hoc Mode An Ad-Hoc mode wireless network connects two computers directly without the use of a router or AP. It is also know as a peer-to-peer network. For example, we can install this wireless adapter to two computers respectively. Page 9 POWERLINK High Power Wireless LAN 802.11b/g/n USB Adapter User Manual A pop out window allows you to configure wireless network properties of the connection profile. Click the OK button when you fill in all of required information. Check out Available Network. You will find Ad hoc network is available for remote station... Page 10: Infrastructure Mode POWERLINK High Power Wireless LAN 802.11b/g/n USB Adapter User Manual Infrastructure mode An Infrastructure Mode network contains at least one wireless client and one wireless AP or router. This client connects to Internet or intranet by communicating with this wireless AP. Page 11 POWERLINK High Power Wireless LAN 802.11b/g/n USB Adapter User Manual Double click or click on Add to Profile to create profile that you are connecting to an open wireless network. Click OK to add this network into the profile list. Page 12 POWERLINK High Power Wireless LAN 802.11b/g/n USB Adapter User Manual Note: This example is an open wireless network. If you are going to connect to an AP with security protection, you will have to configure the encryption settings in this “Network... Page 13: Introduction To The Wireless Lan Utility POWERLINK High Power Wireless LAN 802.11b/g/n USB Adapter User Manual Introduction to the Wireless LAN Utility Note: This management instruction uses Windows XP as the presumed operation system. Some functions are not supported in Windows 98se or Windows ME. Starting the Wireless LAN Utility You may click on the tabs above to configure this adapter. Page 14 POWERLINK High Power Wireless LAN

Was this article helpful? Yes No Use Insight Instant Mesh to create a mesh WiFi network using Insight wireless access points (APs). A mesh WiFi network extends WiFi coverage far beyond the range of a single AP without the need for additional cables.For more information about mesh WiFi networks, see What's a mesh WiFi system?.Insight Instant Mesh requires at least two Insight wireless APs. Each AP operates in one of two modes: Root AP: A root AP has access to your network through a wired LAN connection. An Insight Instant Mesh network can use multiple root APs. Each root AP can support up to four extenders. Extender AP: An extender AP connects to a root AP using WiFi. Wireless clients can connect to an extender AP to join the network and access the Internet.For more information about how to set up Insight Instant Mesh, see How do I set up an Insight Instant Mesh network? Last Updated:05/24/2024 | Article ID: 000064930 Was this article helpful? Yes No This article applies to: Access Point AC (2) WAC540 WAC564 Access Point WiFi 6 (12) WAX605 WAX608Y WAX610 WAX610Y WAX615 WAX615PA WAX618 WAX620 WAX625 WAX625PA WAX628 WAX630 Software (1) Insight Access Point WiFi 7 (4) WBE710 WBE718 WBE750 WBE758 Access Point WiFi 6E (3) WAX630E WAX630EP WAX638E How to Find Your Model Number Looking for more about your product? Get information, documentation, videos and more for your specific product. Need to Contact NETGEAR Support? With NETGEAR’s round-the-clock premium support, help is just a

Glossary » A » What Is an Access Point (AP)?An access point (AP) is a networking device that allows wireless devices to connect to a wired network using Wi-Fi. It serves as a hub, facilitating communication between multiple devices and the broader network.An access point (AP) is a specialized networking device that enables wireless devices to connect to a wired network through Wi-Fi technology. It acts as a central transmitter and receiver of wireless radio signals, creating a wireless local area network (WLAN).Access points are essential in expanding the range and coverage of a network, allowing users to move freely within a specific area while maintaining a stable internet connection. They support multiple devices simultaneously and manage data traffic efficiently to ensure optimal performance. In enterprise environments, access points are typically connected to a wired router, switch, or hub through an Ethernet cable, providing a bridge between the wireless network and the broader wired network infrastructure.How Does an Access Point Work?An access point works by bridging the gap between wireless devices and a wired network. Here's how it operates:Signal transmission and reception. The AP contains radio transceivers that send and receive wireless signals. These signals facilitate communication with wireless devices such as laptops, smartphones, and tablets within its range.Connection to wired network. The AP is connected to a wired network, usually through an Ethernet cable that links it to a router, switch, or hub. This connection allows the AP to access the internet and network resources.Network broadcasting. The AP broadcasts a Wi-Fi signal, often referred to as a Service Set Identifier (SSID), which wireless devices detect and connect to. The SSID is essentially the name of the Wi-Fi network that appears on users' devices.Authentication and encryption. To ensure security, the AP manages authentication protocols and encryption standards. Users must provide the correct credentials (such as a password) to access the network, and data transmitted between the AP and connected devices is encrypted to protect against unauthorized access.Data routing. Once a device connects to the AP, it can send and receive data through the AP, which routes the traffic to the