- #CARA MENYEMBUNYIKAN IP ADDRESS TANPA SOFTWARE INSTALL#
- #CARA MENYEMBUNYIKAN IP ADDRESS TANPA SOFTWARE MAC#
For example, you can create an AP group “Victoria” that consists of the APs that are installed in a company’s location in British Columbia. However, an AP can belong to only one AP group at a time. You can create additional AP groups and assign APs to that new group.
By using the “default” AP group, you can configure features that are applied globally to all APs. There is an AP group called “default” to which all APs discovered by the controller are assigned. The APname portion of the FQLN must be unique.Īn AP group is a set of APs to which the same configuration is applied. In RF Plan or RF Live, the AP name can be part of a fully-qualified location name (FQLN) in the format. Therefore, if you need to do this, there should be little or no client traffic passing through the AP. Renaming an AP requires a reboot of the AP before the new name takes effect. For example, you can rename an AP to reflect its physical location within your network, such as “building3-lobby”. You can assign a new name (up to 63 characters) to an AP the new name must be unique within your network.
#CARA MENYEMBUNYIKAN IP ADDRESS TANPA SOFTWARE MAC#
The AP has not been configured-the name is the AP’s Ethernet MAC address in colon-separated hexadecimal digits.Ĭonfigured with a previous ArubaOS release-the name is in the format The default name depends on if the AP has been previously configured. In the Aruba user-centric network, each AP has a unique name and belongs to an AP group.Įach AP is identified with an automatically-derived name. Chapter 8, “Secure Enterprise Mesh” contains more specific information on the Mesh feature. This allows one 802.11 radio to carry traditional WLAN services to clients and one 802.11radio to carry mesh traffic as well as WLAN services. Mesh environments use a wireless backhaul to carry traffic between mesh nodes. Or a mesh point-an AP that establishes a path to the controller via the mesh portal A mesh node is eitherĪ mesh portal-an AP that uses its wired interface to reach the controller You can also configure signatures to detect and prevent intrusions and attacks.Ĭonfigure Aruba APs as mesh nodes to bridge multiple Ethernet LANs or extend wireless coverage.
ARM provides several configurable settings.Ĭonfigure settings to detect and disable rogue APs, ad-hoc networks, and unauthorized devices, and prevent attacks on the network. Note: The 802.11n features, such as high-throughput and 40 MHz configuration settings, are supported on APs that are 802.11n standard compliant.Ĭonfigure Voice over IP call admission control options and bandwidth allocation for 5 GHz (802.11a) or 2.4 GHz (802.11b/g) frequency bands of traffic.Ĭonfigure settings for balancing wireless traffic across APs, detect holes in radio coverage, or other metrics that can indicate interference and potential problems on the wireless network.Īdaptive Radio Management (ARM) is an RF spectrum management technology that allows each AP to determine the best 802.11 channel and transmit power settings. Within the regulated transmission spectrum, you can configure 802.11a, 802.11b/g, or 802.11n (high-throughput) radio settings. You can also specify the regulatory domain (the country) which determines the 802.11 transmission spectrum in which the AP will operate. Note: All new WLANs are associated with the ap-group named “default”.Īn Aruba AP can function as an AP that serves clients, as an air monitor (AM) performing network and radio frequency (RF) monitoring, or as a hybrid AP that both serves clients and performs spectrum analysis a single radio channel.
The WebUI includes a WLAN Wizard that provides easy-to-follow steps to configure a new WLAN. WLAN configuration includes the authentication method and the authentication servers by which wireless users are validated for access. An AP broadcasts the SSID (which corresponds to a WLAN configured on the controller) to wireless clients. Table 20 AP Configuration Function Overview (Continued)Ī wireless LAN (WLAN) permits wireless clients to connect to the network. Table 20 list the basic configuration functions and features. You configure APs using the WebUI and the CLI on the controller. The following topics are included in this chapter:
#CARA MENYEMBUNYIKAN IP ADDRESS TANPA SOFTWARE INSTALL#
This chapter gives an overview of the basic function of each AP profile, and describes the process to install and configure the APs on your network. When an AP is first installed on the network and powered on, the AP locates its host controller and the AP’s designated configuration is “pushed” from the controller to the AP. In ArubaOS, related configuration parameters are grouped into profiles that you can apply as needed to an AP group or to individual APs.
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