aruba rap-5wn remote access point

What is Aruba remote Access Point?

Aruba Remote Access Points (RAPs) provide secure always-on network access to corporate enterprise resources from remote locations.

How do I setup my Aruba wireless Access Point?

0:362:26Aruba: How to set up your remote access point - YouTubeYouTubeStart of suggested clipEnd of suggested clipFirst find your plastic desktop mount and snap it onto your wrap. So it can stand on its own like.MoreFirst find your plastic desktop mount and snap it onto your wrap. So it can stand on its own like. This next find an Ethernet port on your wrap labeled e0.

What is Aruba RAP device?

The multifunctional Aruba RAP-3 delivers secure 802.11n wireless and wired network access to corporate resources from branch and home offices. Centrally managed by Aruba Mobility Controllers, the RAP-3 extends corporate resources to remote locations by establishing site-to-site VPN tunnels to the data center.

How does Aruba RAP work?

Any Aruba access point can be provisioned to operate as a RAP. The purpose of deploying a RAP is to leverage the wireless and wired features of an Aruba access point from a remote location across the Internet. The RAP is configured to use IPsec to connect to a Mobility Controller's public IP over UDP 4500 for NAT-T.

How do I use Aruba access point?

Connect the power cable to the power supply.Connect the power cable to the Aruba AP and plug the power into power.Connect the provided network cable to the black E0/PT connection on the bottom of the Aruba AP. ... Connect the other end of the network cable into an open port on your wireless router.More items...•

How does a wireless access point work?

Access points work by connecting direct to your broadband router or network switch with a Ethernet or data cable. This provides the AP with the internet connection and bandwidth required. It then transmits and receives a wireless signal in either the 2.4Ghz or 5Ghz frequency range (WIFI).

Is Aruba RAP in a router?

Aruba Networks RAP-5WN Wireless Router - IEEE 802.11n.

What is a rap network?

RAP is an open distance vector routing protocol that allows the routing information of devices used in computer networks to be distributed from Internet Service Provider (ISP) systems to LAN and WAN environments with devices with Internet connectivity.

How do you set up rap?

Navigate to Configuration > AP Installation (under Wireless.) Select the required remote AP under the Provisioning tab and then click Provision. Select Yes for Remote AP and Certificate for Remote AP Authentication Method. Click Apply and Reboot to apply the configuration and reboot the AP as certificate RAP.

What does an Aruba router do?

An Aruba Instant On AP acts as a network router as well. In short, this means plugging in directly to the Internet right out of the box allows network setup to begin immediately. Aruba Instant On devices require no licenses, subscriptions, renewals, or prepaid contracts.

What is the default IP address of Aruba access point?

The default IP address of the controller is 172.16. 0.254. Connect a PC or workstation to any line port on the controller, then enter this IP address into a supported Web browser to launch the Setup Wizard. To run the Setup Wizard: 1.

How do I change my IP address on my Aruba access point?

To change the IP address of IAP:In the Access Points tab, click the IAP to modify. The edit link is displayed.Click the edit link. The edit window for modifying IAP details is displayed. ... Select either the Get IP address from DHCP server or Specify statically option.

What is the default IP address of Aruba access point?

The default IP address of the controller is 172.16. 0.254. Connect a PC or workstation to any line port on the controller, then enter this IP address into a supported Web browser to launch the Setup Wizard. To run the Setup Wizard: 1.

How do I reset my Aruba access point?

To reset a n Instant AP, perform the following steps:Turn off the Instant AP.Press and hold the reset knob using a small and narrow object such as a paperclip.Turn on the Instant AP without releasing the reset knob. The power LED. ... Release the reset knob. The Instant AP reboots with the factory default settings.

How do I change my Aruba access point Wi-Fi password?

You can update your password details by using the WebUI or the CLI....To change the admin user password:Navigate to Configuration > System > Admin.Under Local, provide a new password that you would like the admin users to use.Click Save.

What is Aruba Rap 5WN?

The Aruba RAP-5WN is part of a comprehensive remote network solution. This device works in conjunction with other Aruba products, such as Aruba Mobility Controllers, and provides the following capabilities:

What surface to use for rap 5wn?

The RAP-5WN is shipped with a stand to use on flat (i.e. table top) surfaces. Place the RAP-5WN in the stand (see Figure 3) and place the stand on a flat, level surface.

How to reset a Rap 5WN?

To reset the RAP-5WN, insert a small, narrow object, such as a pin or paperclip, into the hole indicated in Figure 1 and press and hold the button while powering on the RAP-5WN. This will return the device to factory default settings.

Is Aruba software open source?

Certain Aruba products include Open Source software code developed by third parties, including software code subject to the GNU General Public License ("GPL"), GNU Lesser General Public License ("LGPL"), or other Open Source Licenses. The Open Source code used can be found at this site:

What is Aruba VRD?

The Aruba Validated Reference Design (VRD) series is a collection of technology deployment guides that include descriptions of Aruba technology, recommendations for product selections, network design decisions, configuration procedures, and best practices for deployment. Together these guides comprise a reference model for understanding Aruba technology and designs for common customer deployment scenarios. Each Aruba VRD network design has been constructed in a lab environment and thoroughly tested by Aruba engineers. Our customers use these proven designs to rapidly deploy Aruba solutions in production with the assurance that they will perform and scale as expected. The VRD series focuses on particular aspects of Aruba technologies and deployment models. Together the guides provide a structured framework to understand and deploy Aruba wireless LANs (WLANs). The VRD series has four types of guides:

What port do RAPs connect to?

RAPs connect to the controller on UDP port 4500 for establishing the IPsec connection. So this port should be opened on all the firewalls leading up to the controllers in the DMZ.

What is Chapter 12 of the VAP?

Chapter 12: Configuring the Guest Role and VAP for Fixed Telecommuter Deployment 75

What is a certificate for Aruba?

The Aruba controller comes with a default server certificate . This certificate demonstrates the secure login process of the controller for captive portal, secure shell (SSH), and WebUI management access. This certificate is not for use in a production network. Aruba strongly recommends that you replace this certificate with a unique certificate that is issued to the organization or its domain by a trusted certificate authority (CA). To receive a custom certificate from a trusted CA, generate a Certificate Signing Request (CSR) on the controller and submit it to the CA. After you receive the digitally signed certificate from the CA, import it to the controller. For more details about generating the CSR and importing certificates, see “Managing Certificates” in theArubaOS 6.1 User Guideavailable on the Aruba support site.

How does a rap connect to a controller?

1. A RAP initiates an IPsec connection to the specified FQDN or public IP address of the controller in the DMZ over any public network. This connection is analogous to the VPN connection initiated by a VPN client on a laptop or desktop to a VPN concentrator. However, for a RAP, there is no single user to be authenticated. Instead, the RAP itself is authenticated on the controller either by using a preprovisioned user name and password on the RAP or by using certificates installed on the RAP. After the RAP is authenticated, the controller assigns an inner IP address to the RAP and an IPsec tunnel is established. 2. A key difference between the Aruba VBN solution and a branch router network is that all configurations are centralized and uploaded to the RAP in real time. No remote configuration is required. After RAP authentication is completed by the controller and the IPsec tunnel has been established, all communication between the controller and the RAP occurs through this secure channel. This encrypted tunnel is now used to download and upgrade the image on the RAP and then to push the RAP configuration from the controller to the RAP. This configuration includes all security settings, firewall roles and policies, wired port policies, and wireless LAN (WLAN) policies. This process is referred to as “bootstrapping” the RAP. 3. After the RAP has bootstrapped successfully to a controller, the RAP applies the configuration it has received to the wired ports and wireless interfaces. Users and devices can now connect to the wired ports and wireless Service Set Identifiers (SSIDs) configured on the RAP during the bootstrap process. The wired ports and RAPs can be configured to provide role-based access control (RBAC). For information on the authentication and encryption types supported on the ArubaOS, see theAruba 802.11n Networks Validated Reference Design. The deployment scenario in this VRD portrays the needs of most remote deployments. However, the requirements of each organization are different. Your network may differ from the VRD example network in these ways:

How many layers are there in Aruba?

Aruba remote networks have a logical four-tier operating model that consists of these four layers:

What is remote user?

Users who work from locations other than the organization’s primary campus, headquarters facility, or large regional office are called “remote users.” Remote users typically work from home offices, small satellite offices, medium-sized branch offices, or on the road from hotels, hot spots, or customer locations. Each of these remote locations has different connectivity, capacity, and usage requirements. In general, we can categorize the remote deployments as follows: