Cisco Aironet 3800 Series Access Points (discontinued)
Score 9.9 out of 10
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Currently supported by Cisco, but no longer sold, Cisco recommends migration to the Cisco Catalyst 9100 Family of Access Points, which offer greater performance and flexibility.
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Cisco Catalyst 9800 Series Wireless Controllers
Score 9.3 out of 10
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The Cisco Catalyst 9800-80 is a modular wireless controller with optional 100 Gigabit Ethernet (G) modular uplinks boasting seamless software updates for large enterprises and campuses, and security with ETA and SD-Access.
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Pricing
Cisco Aironet 3800 Series Access Points (discontinued)
Cisco Catalyst 9800 Series Wireless Controllers
Editions & Modules
No answers on this topic
No answers on this topic
Offerings
Pricing Offerings
Cisco Aironet 3800 Series Access Points (discontinued)
Chose Cisco Catalyst 9800 Series Wireless Controllers
Not much yet. In my experience from becoming a network engineer four-ish years ago to now, like I said, I used that 5520, which was a Cisco product. These 9800 are a lot smaller and tinier and they seem to do a lot more that the other ones couldn't do. It's a good product.
Cisco Aironet 3800 Series Access Points (discontinued)
Cisco Catalyst 9800 Series Wireless Controllers
Likelihood to Recommend
Discontinued Products
As any Cisco Aironet Access Points, the 3800 model is more for power users than beginners. It is for sure very more complex to maintain and trouble shoot than solutions like Cisco Meraki APs.
By the way, there are a lot of settings that can be customized and it is really interesting for difficult environments like industrial factories.
The 3800 model is also robust so it should stay durable and reliable.
But if you want to use the mesh mode or make a wireless bridge, this model is not appropriate as it is not supported for now.
for well suited, with all these big organizations you can have regional or distributed controller base. I think this is better and then you can consolidate things. All this whole infrastructure to the single locations. Not be a good fit? If you have a small organizations then yeah, maybe some other traditional physical controller.
I guess it's very good at managing large scale deployments because I can change configuration on basically all of our devices at once if I want to. It gives us a quick and easy overview of all of the clients, all of the healthy status of our devices.
It's very good at troubleshooting because it pulls logs from a hardware level, whereas otherwise we'd have to log into each device ourselves and get those logs. It does that automatically.
If possible, please add a column for WAP Name and WAP Model within the 2.4/5/6 GHz radio sections, as we have different models of WAPs in the fleet, and it would be easier to identify WAPs within a building.
We conduct digital exams for our students. If there is a way to identify clients and block traffic for applications like ChatGPT, it would be greatly appreciated. Currently, there is no filter for ChatGPT or generative AI.
Despite common software and hardware issues this is still the best product on the market for large scale enterprise deployments. Cisco has worked with us extensively to reduce the amount of bugs in every iteration however new bugs are introduced or new incompatibilities always arise with major releases. Thus, while I'm hesitant to recommend the product it's still much better than all the other competitors such as Aruba and Juniper in the WIFi space. There is also extensive integration with DNAC/Catalyst Center and ISE in an SDA deployment. Recently there has been a number of critical issues with the controller software and Cisco has proved themselves to be incapable of timely troubleshooting and diagnosis. This has reduced our confidence in the product and it's current and future stability and maintainability. At it's current state the product is taking up too much of our engineering resources to maintain despite also paying for premium support from Cisco. As such I have reduced by rating as we are likely to look at alternative vendors for our long-term wireless management solution
High availability options are very good. You have multiple options so you can select whichever suits you well. Also you can mix it up if you have more controllers so your downtime risk decreases sharply. Users will not feel any connection issues thanks to powerful and flexible high availability options that Cisco provides.
The Cisco 3802 product performance is excellent. Not only for the speed and range of the wireless it provides, but also for the fact that - when deployed in a large scale environment - the performance does not fail. It provides the same network connectivity for users ranging from 1 to 30-plus concurrent connections.
While it works well in general, there are some bugs in both the GUI and functionality. It has caused spikes of downtime in our network. The HA also is quite cumbersome and specific to set up, while not having the most reliable working around.
The usage scenario was different. I don't see this as a benefit versus harm comparison, necessarily. What happened was that, at a certain point, the implementation of the cisco solution was the winner of our public bidding process and with that, we implemented it and have used it ever since.
Not much yet. In my experience from becoming a network engineer four-ish years ago to now, like I said, I used that 5520, which was a Cisco product. These 9800 are a lot smaller and tinier and they seem to do a lot more that the other ones couldn't do. It's a good product.
Contrary to a solution like the Cisco Meraki access points, the Aironet access points like the 3800 are linked to the Controler. And depending on the version of the controller, it will support only some models of access points.
For big sites, it may be difficult to upgrade the controler to support new ap models like 3800 because we still have old access points.
And it is also the same between new access points and old client devices so it is always a bit tricky.
After that, if the access point model is supported by the controller, it is really simple to install a new one
Users are able to carry on with their work while moving, changing seats, rooms or having an ad-hoc Skype meeting on the way to lunch. It is always hard to justify the value of connectivity but be assured, when it is not working the business impact is immediate.
I think that it has had a positive impact, especially with the dashboard being a university. The 9800 dashboard gives us one spot where we can go to see how many clients are on each of our SSIDs or perhaps client utilization. We've dashboard may be saying, Hey, you have one building that has 90 people connected to one access point. So that gives us the information we need to go in and expand that coverage or add in some high density to address those issues.
