Campus Area Network And Branch Networking

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In the past, there was a misconception that certificate-based authentication was difficult to setup and/or manage, but now EAP-TLS is regarded by many to actually be easier to setup and manage than the other protocols. Thankfully, the vast majority of device manufacturers have built-in support for 802.1x. The most common exceptions to this might be consumer which of the following enterprise wireless deployment gear, such as game consoles, entertainment devices or some printers. Generally speaking, these devices should be less than 10% of the devices on your network and are best treated as the exception rather than the focus. WPA2-PSK (Wi-Fi Protected Access 2 Pre-Shared Key) is a type of network that is protected by a single password shared between all users.

which of the following enterprise wireless deployment

Until then, we have Wi-Fi with WPA2 and Protected Management Frames, which should suffice for the vast majority of modern organizations. The steps for configuring the APs with the encryption and RADIUS server information — and for configuring your operating system with the IEEE 802.1x setting — depend on your server and client specs. In this authentication framework, which of the following enterprise wireless deployment the user who wants to be authenticated is the supplicant. The RADIUS (remote authentication dial-in user service) server doing the authentication is the authentication server, and the device at the AP, such as a laptop or smartphone, is the authenticator. Our expert has solutions to 802.11n migration, wireless LAN troubleshooting and mesh network design.

Wpa: Deepening Security Authentication

The keys to a successful RADIUS deployment are availability, consistency, and speed. SecureW2’s Cloud RADIUS equips organizations with the tools they need to make the secure network easy to connect to and always available so users are consistently protected from outside threats. The configuration process can be difficult for inexperienced network users, and a single misconfigured device can result in significant loss to the organization. The protocol allows credentials to be sent over the air in Cleartext, which can be vulnerable to cyber attacks like Man-In-The-Middle and easily repurposed to accomplish the hacker’s goals. Fortunately, almost all devices we might expect to connect to a wireless network have a supplicant built-in. SecureW2 provides a 802.1x supplicant for devices that don’t have one natively.

However, a broader NAC deployment can more easily enforce one consistent set of rules, using one agent platform, across all kinds of networks, local or remote. The reliability of your WLAN is heavily dependent on not only the architecture of your hardware and software but also the design and placement of the crucial pieces of your network. So if you’re getting spotty signal in certain parts of your WLAN, make sure that your access points and routers are positioned optimally.

Aruba Instant On Deployment Concepts

Wireless mesh has been around since the early times of Wi-Fi, and it’s getting more attention lately in the consumer world. On large enterprise networks where there is a mixture of both public and private networks with a variety of different user types, security configuration can be a very complex task. Despite this, it is a necessary task that needs to be planned and executed well. First, it included the Extensible Authentication Protocol , which was built on a secure public-key encryption system so that only authorized network users could access the network. Second, WPA improved data encryption through the Temporal Key Integrity Protocol ; it scrambled the keys using a hashing algorithm to prevent tampering.

which of the following enterprise wireless deployment

In settings with densely distributed rooms, such as dormitories, hotels, and hospital wards, traditional indoor settled AP solutions are troubled by poor indoor signal coverage and insufficient service performance. After conducting analysis, Huawei delivered its Agile Distributed Wi-Fi Solution to resolve the requirements of terminals and service characteristics in such scenarios. AP4051TN Access Point Huawei AP4051TN 802.11ac Wave 2 Access Point has three radio channels for which of the following enterprise wireless deployment use in eClassrooms, shopping malls, and supermarkets. The 2.4 GHz band supports 2 x 2 MIMO and two spatial streams; the 5 GHz bands support 4 x 4 MIMO and four spatial streams. AP4050DN-HD Access Point Huawei AP4050DN-HD is a wireless access point with built-in high-density smart antennas. AP8082DN & AP8182DN Access Points Outdoor 802.11ac Wave 2 dual-radio access point supporting four spatial streams (4×4 MU-MIMO) on each radio, providing a total of eight spatial streams.

Common Wireless Network Threats (and How To Protect Against Them)

And the new Clarity feature simulates network performance to predict issues before they affect users. Today’s wired and wireless networks need to provide more than just connectivity. They must deliver actionable insights to accelerate the move to mobile and IoT. An attacker can gather enough information about a wireless access point to impersonate it with their own, stronger broadcast signal. This fools unsuspecting users into connecting with the evil twin signal and allows data to be read or sent over the internet.

Create wired, wireless and VPN access policies using a rich context of device type, health, user, time and location – on a multi-vendor network infrastructure. Integrated into Aruba ClearPass, device profiling enables you to onboard IoT and BYOD devices onto your network. Acting as the brains of a large scale wireless network, ArubaOS 8 is designed to deliver the highest levels of reliability to mobile users. ArubaOS 8 can be deployed on a server appliance, significantly easing the consumption model. Roaming- Moving a wireless device between access points within the same wireless network. LWAPP- Used by Cisco wireless equipment to route frames back and forth between the wireless network and the wired LAN.

Internet Backhaul

Throughput is one of the most important factors to consider before going with a mesh Wi-Fi network. For situations that require the highest throughput and fastest Wi-Fi speeds, traditional APs are likely a better fit. In a mesh WiFi configuration, you have to contend with significant bandwidth loss from one repeater to the next; with every wireless link between mesh APs, throughput drops about 50% from what it is at the prior AP. Even if pulling cable isn’t a big issue, you still might consider mesh for networks where there’s likely to be drastic building or environmental changes in the future. The same applies if there will be significant changes in the desired coverage area or levels. Wi-Fi mesh technology is different from the wireless distribution system feature supported by most routers and APs.

SOHO wireless router- Provides NAT routing and an Ethernet switch in one device. Wireless controller- Pushes wireless configuration settings to connected access points. Driven by a wide set of technologies and use‑cases, this webinar looks into key trends driving the need for a more holistic campus‑wide view of wireless networks.


Our team of experienced engineers routinely travels nationwide to help large companies, enterprise, and Fortune 500 companies diagnose and solve their wireless networking issues. Reach out to one of our engineers today to schedule a wireless network audit today, or download our case Fortune 500 Wireless AP Refresh case study to learn more about our WLAN capabilities. This design issue can be challenging for even the most seasoned WLAN architects.

It is applicable to environments with complex wall structures and high-density rooms, and can be deployed either as ceiling-mounted or wall-mounted. R251D & R251D-E Remote Units These 802.11ac Wave 2 RUs are used in Huawei’s Distributed Wi-Fi Solution. Huawei ‘s All-Scenario WLAN Solution supports scenarios which include a large number of concurrent users, densely-located rooms, all-wireless offices, Wi-Fi and IoT convergence, and outdoor high-density coverage. This solution provides customizable networking schemes and is compatible with Wi-Fi 5 and Wi-Fi 6. Cambium’s cnMaestro™ Cloud-based or on-premises controller offers zero touch onboarding, inventory tracking, monitoring, easy configuration, dashboard views, and more. End-to-end network lifecycle management for inventory management, device onboarding, daily operations and maintenance.