The Cisco 5520 Series Wireless LAN Controller is a highly scalable, service-rich, resilient, and flexible platform that is ideal for medium-sized to large enterprise and campus deployments.
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Cisco Catalyst 9100 Access Points
Score 8.7 out of 10
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The Cisco Catalyst 9100 Access Points includes the 9115 and 9117, and designed to meet high demand network access.
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Pricing
Cisco 5520 Wireless Controller
Cisco Catalyst 9100 Access Points
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Cisco 5520 Wireless Controller
Cisco Catalyst 9100 Access Points
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Free/Freemium Version
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Premium Consulting/Integration Services
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Community Pulse
Cisco 5520 Wireless Controller
Cisco Catalyst 9100 Access Points
Considered Both Products
Cisco 5520 Wireless Controller
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Chose Cisco 5520 Wireless Controller
Cisco Identity Services Engine is well integrated on Cisco 5520 Wireless Controller because the WLC supports a lot of authentication methods and security protocols (such as PEAP, EAP-TLS, Captive Portal redirect). They perform very well with ISE. Cisco ISE is able to manage …
It is chosen mainly for the capacity of users, performance and stability of the equipment. It has the possibility of working in mobility group mode and has the option of redundant sources and high availability configuration.this makes it usable in medium and high density …
The Cisco 5520 Wireless controller was the one that we were able to deploy the easiest between our qty of access points and the location these devices are located in.
Cisco is the most stable company in switching parts including wireless, and it has the most powerful support team with a lot of online documents, community, and market share so when you get stuck, you can find support from anywhere. And usually, you won't need it as its product …
We used standalone Cisco 3850 switches prior to implementing Cisco 5520s. While 3850s are individually a cheaper solution, the limitations [are that it is] only able to manage the access point directly connected to that particular device was too much of a limitation. We also …
[The] best bet is the integration with ISE. Users use their active directory credentials to access the wireless and very simple guest portal to gain access to the Internet. We plan on integrating Cisco DNA Centre in the future that will give us more visibility and improved …
Cisco Wireless LAN Controllers, Cisco VoIP PBX, Cisco Unified Contact Center, Cisco UCS C-Series, Cisco TelePresence Collaboration Room Endpoints, Cisco Small Business 500 Series Wireless Access Points, Cisco Nexus and Cisco Ethernet Switches
Cisco 5520 Wireless Controller has better high availability features compared to the others. Also Cisco has a worldwide service center and is located in nearly all countries to offer fast and reliable support in case of any hardware issue. Also Cisco offers more features, for …
These Cisco 5520 Wireless Controllers were our choice at the time over Aruba's offerings. We went with them for ease of use and how they integrated nicely within our existing, mostly Cisco, network environment.
Cisco Catalyst 9100 Access Points support more standards and are easier to configure than Ubiquiti APs. Ubiquiti APs also have some strange quirks or bugs if wired connection is lost.
We have knowledge that Cisco APs will fit our necessities. A very good range of options and configuration that help to IT Team to setup the network. The use of the new Wifi 6 technlogy is also other fact to select this brand. The users will have devices that will use wifi 6 …
So that's our company policy to go with the standard products. We have tried a couple of other vendors, but we didn't actually get a proper alignment with our requirements. So Cisco actually passed our standard requirement. So that's the reason why we go with Cisco. And also I …
Well, it's a very different product. One's wired, one's wireless, but they work well together. The MG ports on the Catalyst switches allow the 9100 series APs to run at 5 gig wired speeds for the backhaul.
We are migrating from Aironet platform to Cisco Catalyst 9100 Access Points. That's more flexible, and we do it to sync switching, SDWAN, and wifi under one family.
Of all the different APs that I have implemented the Cisco APs are still the most feature rich. The analytics that they provide sets them apart from all other vendors I have tested.
Nothing compares to Cisco APs. Meraki is owned by cisco, but they are a poor mans cisco. Combined with the 9800 series controllers the 9000 series aps are unbeatable. i would recommend them to anyone, because they are easy to set up and are secure. they broadcast a long way and …
I consider that its implementation is recommended for configurations where the amount of access points exceeds 50 devices and the performance exceeds 4 Gbps. In environments where the access point density is less than 10 units, we can use the option of Express Mobility.
Well suited in the sense that we use wireless on wheels devices a lot, having devices to monitor the patient's room to room. So this is a very useful, actually, it helps us to transmit the data through the wireless infrastructure. And I don't see, it's less because the WIFI is everywhere, it's very vital part of our life, so I can't say any shortcoming, so it's less useful
[It] can improve on the possibility of using the physical controllers with the virtual one.
[It] can improve on the possibility of having site-to-site failover capabilities, [like in the case of] controllers at production go down and controllers at our DR site take over.
The possibility of an app on your phone for alerts and minor configuration of the controllers.
This equipment from Cisco has been dependable and we are able to easily continue to add access points or make changes easily to the Wi-Fi password settings.
We have been operating this equipment for a number of years and it does not give us any issues.
In the dailies activities it's simple to manage a wireless network and also to perform changes: the GUI is well known and intuitive for engineers that know how to operate on Cisco WLC. It has High Throughput and consolidated features such as CleanAir, Roaming supporting natively Cisco ISE authentication methods and DNA Center. It's recommended for Wi-Fi 5 wireless infrastructures.
The Cisco Catalyst 9120 Access Points have been a solid deployment for me. Using their interface is a mix of new and old. They run IOS, so if you know the CLI, you can easily navigate around them. You can join them to an older controller if it supports a certain version, you can join it to a new 9800 controller--very straight forward--and you can run the embedded wireless controller on them directly. I've found this to be very useful at smaller sites. The Cisco Catalyst 9120 Access Points are not limited to feature sets like the older generations' mobility express platform.
Cisco is providing the best in class access points. We would be focusing Cisco Catalyst 9100 Access Points to have the common platform. We are waiting for cloud implementation on DNA or cloud monitoring of 9800cl in Meraki dashboard. It's reliable, tagging gives a lot of flexibility. Virtualization finally works as expected.
Cisco support is always ready to support and engage in any problem or issue. Starting from the implementation support, troubleshooting any software issue or hardware. Their engineers are engaging whenever we ask for support, keep following up with us, and troubleshoot any problem till we find a solution and be satisfied [with] the service.
Cisco has been very good at correcting early issues with their code. Their TAC support has been fantastic when I would open a case with issues I was facing. Even though the hardware was new, they were very familiar with the interfaces and issues I was having. In the past I've been concerned about adopting a new product right away because of support issues. That was not the case here. Once I had the deployment up and running, they have had a good run of reliability.
Just take your time when setting up the HA pairs as those can be tricky. Also take your time setting up AP groups and make sure they are on all the SSIDs you need to be on.
Cisco 5520 Wireless Controller has better high availability features compared to the others. Also Cisco has a worldwide service center and is located in nearly all countries to offer fast and reliable support in case of any hardware issue. Also Cisco offers more features, for example AVC, CleanAir and TrustSec which the compotitiors don't. And we could use some of our als Cisco APs with the Cisco 5520 Wireless Controller and didn't need to buy that much new APs.
Previously we used 3800 series access points within our infrastructure. These access points have been supported within the 9800 wireless controller and are currently being used still as we work to replace access points in the near future. These access points have provided excellent service but the newer access points are much better and provide additional services.
These access points offer flexibility in deployment scenarios, supporting both standalone and controller-based architectures. Organisations can choose the model that best suits their current needs and scale as their requirements grow. Cisco Aironet Access Points are compatible with Cisco's Wireless LAN controllers, allowing for centralized management and monitoring of a large number of access points across the network. With the recent changes, it will even support cloud base controllers.
Implementing the [Cisco] 5520 [Wireless] Controllers offered us a huge improvement in administrative time over our previous Cisco 3850 deployment. Being able to see all of our APs on a single controller as well as centrally manage them is a great benefit. This also removed the need to deploy specific equipment in different IDFs throughout our Industrial locations and instead only requiring switches with Power Over Ethernet (POE) capability.
Wireless performance has improved with the deployment of our 5520s, which allows our plant operators to do their jobs more efficiently while on the move.
Having three Cisco 5520 Wireless Controllers provides tertiary redundancy for our wireless networks. The solution is elegantly simple. Preventing downtime is, obviously, a profound part of our supply chain capabilities.
I'd say overall positive impact replacing some of our older model APs. These are much more stable. Some of the older models that we're getting rid of needed to be rebooted. Sometimes they would just stop working different bugs and things like that in their software or hardware. These, I have to say, so far they've been much more stable. They've been definitely a positive impact on our environment for wireless.
