Devices are used across campuses covering three elementary schools and one high school; over 1000 students. The devices that are in use are MR33 with 200 installed.

Hardware features:

• Three radios: 2.4 and 5 GHz, dual-band WIDS/WIPS
• 2-stream 802.11ac and 802.11n, up to 1.3 Gbps
• Integrated BLE radio
• 2x2 MU-MIMO 802.11ac Wave 2
• Up to 1.3 Gbps aggregate dual-band frame rate
• 802.3af PoE compatible

Everything I do is generally command line and I use the gooey of the device. I also use a Cisco network assistant to manage the devices. I have a third-party monitor that checks to make sure everything's online — that's it. I don't have any kind of integrated solution where everything is captured within one piece of software.

I prioritize what buildings I can try to upgrade the access points from. I am looking to update my controllers because my controllers are older. They still function fine; I haven't needed to change them yet. I know eventually, they become end-of-life — that's when I'll have to switch them out.

I use Cisco wireless controllers, 2500s. I know they're pretty much going to be end-of-life soon, but I've been using them. They've been solid, I've had them for numerous years. That's what I use to manage those devices. My switches are pretty much a 3650s layer-three and they provide POE over POE plus over 40 access points to be online. It's a big network, but I keep everything in a very basic way. It's easily managed; it's just a very small department.

We're a school district, so every kid has a device. Every teacher has a device and everything is wireless. On a full school day, we can have up to 1,500 devices online at the same time. I try to make sure that everything is connected and that we have enough bandwidth. And if there's an issue that ever comes up, I always try to go there and evaluate it and correct it when needed. With the Cisco product that I've had, I've never had a lot of downtime. So I've been pretty happy with what they provide.

I want to purchase more because I want to update. Wireless standards are changing. You've got to go to WiFi 6, which is 802.11ax. That's in a few years. I don't need to do that yet because our devices won't accommodate that. Everything's still back on 802.11.ac. So there's no point, but in the future, maybe two, three years down the line, when we start getting new devices that accommodate WiFi 6, and I'm going to look for access points to be able to accommodate it as well.

We use the solution for mobility. Our clients use the solution in the manufacturing, education, hospitality, and sports industries. We do some work for Formula 1. We are using versions 17.3 to 17.9.4.

We work at a courthouse, however, we manage the data for the entire county. We have them at the Sheriff's office. They use them in commissary purchases, which is a separate SSI and separate VLAN. That's to segregate wireless traffic for different groups of people per their needs. 

We have lawyers that maybe need to reach back into the network and access their documents when they take a laptop to the courtroom with them. And so through that, we've done some radius authentication. Therefore, it's not just an SSI ID. They actually have to log in with credentials as well. 

Then, we have a guest SSID just for general public access, and that's basically running wide open. We do have a simple password audit, however, everybody knows it, and that's separated by VLAN as well and run through Palo Alto. We also have a whole different SSID for patrol units for the Sheriff's office, where they upload car videos and update their car computers wirelessly. We use it broadly. 

We have two types of controllers in our network. One is a Cisco Wireless Controller, which is software-based, and the second one is an SD-WAN Controller, which is hardware-based.

We have installed this controller in the two buildings. One is in Lahore, and one is in Karachi. In one of them, there are around 54 wireless LANs and 54 wireless routers for 200 to 300 customers, and the other one is also serving 250 to 300 customers.

We are using its latest version. It is deployed on-premises because as per the regulations, we cannot put not any controller on the cloud for the banking infrastructure. That's why we install the controller on the site.

We have installed it for secure connectivity while roaming within the building. We have four VLANs. One is the wireless one for the most senior executives. We have a grading system in the bank. The senior vice president, the executive vice president, and the president are in one group. The second VLAN or Wi-Fi is for the assistant vice president and the vice president. The third one is for all users from OG-3 officers to OG-1. The fourth one is for any guests who walk into our building, such as vendors or workers who come into the office building.

I use the solution in my company since we have tablets, which are handheld devices that need wireless connections. Our company uses the tool for our walkie-talkies, laptops, wireless phones, and transit devices.

We have a business center with about 600 tenants. We use Cisco wireless throughout our business center. We have a coverage shortfall for WiFi access for our customers.

We have 600 users in our building spread between roughly 20 to 25 different companies. We all have different needs and different security issues. 

We have an advanced pervasive Cisco wireless deployment across five sites in the US. We are an industrial manufacturer that has a very harsh RF environment. We make powder metal which, when in the air, makes wireless a nightmare.

We use/have used: Cisco 5520, 5508, 4400, 3504, 2504 and NME-AIR (ISR based module) controllers.

• APs today are 2800 and 1500 Series APs.  We have in the past used 1200, 3500 Series APs.
• We do a large wireless VOIP deployment at all sites too using Cisco 7921 and 8821 wireless phones.
• We do OEAP WLC for teleworkers with 1810t APs connected to a 3504 in our DMZ
• We have a MSE server for CleanAir
• Prime for management
• Work group bridges to passive IOT devices (Cranes, network PLCs,  cameras, etc.)
• Bridges to other remote buildings

I use the solution in my company to cover complex spaces. The tool can be useful to connect some devices to the ethernet.

We primarily use the solution for wireless connectivity.

In our warehouse, we use a wireless solution for every job we have there. For example, we have dispatch trucks or picking. They call it picking when you choose the products and go to the warehouse site of our clients. All of that operation is wireless.

They use a Vocollect solution for warehouse sites. If we don't have wireless, they don't have Vocollect and without it, they don't know how to offer dispatch for the trucks.

For plants, we have solutions for tablets. The tablets manage all of our equipment, our principal machines. That's why we need the wireless option that Cisco provides.

We use the solution for connectivity for our employees.

Solve WiFi problems, getting the best WiFi coverage. This was our challenge. The addition of different WLANs by division pushed us to change the configuration of our controller, DHCP and the RADIUS server with NPS.

We have some clients with hotels who use Cisco wireless systems. Others have entertainment centers that use Cisco wireless systems. Additionally, we have retail businesses utilizing Cisco wireless systems. However, we are primarily transitioning towards TP-Link Omada systems because they do not require subscriptions, which is cost-effective for our customers.

Until we switched to Ruckus about a month ago, we had used Cisco Wireless products for the past ten years at our school of about 1800 students and 250 employees, including the teachers. The teachers and students all use iPads so wireless (Wi-Fi) is a big part of our network.

We used Cisco for everything, including wired switches, wireless switches, the core switch, etc. For the wireless network we used Cisco WiSM, which is the old version of Cisco's wireless controller. Since we had used this Cisco equipment for so long and it was showing its age, we ultimately decided it was time for us to renew everything along with all the new features that are now available.

I work for a manufacturing company.

When we transitioned to using Cisco Wireless for our network access, it significantly improved our reliability and coverage. Previously, we had sporadic access points and inconsistent configurations, leading to security issues and disruptions. We implemented a policy-based infrastructure, securing our Wi-Fi network and ensuring connectivity to our ERP and email systems.

We primarily use the solution for our handheld devices. We have about 30 most likely that are medical hand-held devices. We do have a lot of wireless devices out there, including carts. We've got Vocera Badges that we use.

We use the solution for switching and routing. We also have access to resources around the local area network.

Our primary use case is for a guest portal type of scenario where different types of users can connect. We use SAML authentication for that. We are customers of Cisco via a third-party vendor and I'm a network specialist.

We provide solutions to a university and Cisco Wireless is one of them. 

We use the solution because we consistently upgrade the laptops and desktops to ensure synchronization with the SIP set.

We use the product for user access. 

We use Cisco Wireless so that our users can have conductivity within the building.

I've worked with system integrators and I have deployed the product on multiple types of environments. I've worked at the corporate offices. I've worked on 3G, 4G offloading, public Wi-Fi networks, et cetera.

We use the solution to broadcast SSIDs. We have around 40 SSIDs with 150 access points across our organization.

We're using Cisco Wireless for patient tracking or infant abduction and security — for securing the floor and our infant patients. Cisco is also used for device management, such as IV pumps and other small but significant pieces of equipment that we need to track. We're also using it for temperature monitoring in the refrigerators for drugs and things that must be kept at a specific temperature. We use Cisco Wireless for patients' access and any wireless cart, whether it's a PC or an EKG machine. And we have different channels for stuff in the health network and the staff network versus what is publicly open for the patients and family.

We primarily use the solution in order to provide wireless clients access to our hospital network.

My organization uses the solution for our hospitality industry customers.

I use Cisco Wireless Wireless across my buildings for education. I have students that use Chromebooks and staff that teach using the tool. 

We have a variety of segments in retail and hospitality, and each has different requirements. We are using this desk with IC for wireless, and we have high throughput access points depending upon the need and the number of footfalls. So we have designed for high throughput or traffic for video. We have a lot of video sessions — Teams meetings — so it definitely helps.

We have deployed 5000 customer access points to provide product navigation and Wi-Fi connectivity.

We use Cisco Wireless for networking in an education center.

We are primarily using the solution for wireless connectivity and expedience.

We use it to provide wireless access to our students, faculty, and non-teaching staff because we are a university, an educational institution. I am one of the non-teaching staff who takes care of the networking side.

Survey/design and deploy Cisco Wireless (3500/3600/3700) in hospitals/universities.  The object was 100% coverage with RTLS support.

The challenges are RF propagation control and saturation with RRM. Another is future-proofing capacity. In the 3700 series, ATF was the limiting factor in Cisco’s solution.

We use Cisco Wireless for wireless connection.

We've got a very large install base with Cisco Wireless. We use it for a number of situations.
We use it in warehouses, retail branches, and offices.

We as a system integrators provide wireless solution for big enterprise and PSU's. This solution primarily focuses on giving secured wireless access to employees and internet access to guests. 

I primarily offer my clients solutions with managed services, the standard managed services. It is used for wireless connectivity.

We use it for Wi-Fi at home. We'll have all devices connected to this Wi-Fi router.

Before Cisco bought Meraki, we used internal private clouds and offer them to all our customers about five years ago. We wanted a solution that has a centralized core in order to have control, instead of having to install controllers in each customer that you have. We were able to utilize the elements of the core and provide a solution to our customers similar to that of Cisco Meraki. Once the customer's contracts ended, we changed the solution to Aruba or Cisco Meraki.

We use the solution for so many things. We are a Saudi customs organization, and we are using it for the mobile user inside the port and for the trucks themselves. We use it for the trucks as the trucks also need to use wireless. They're moving inside the port. We need it for providing internet to the user. We also use it for the intranet network and for the internet network.

Some of my clients have used this product as a Mobility Express Solution and a Mobility Controller. There are numerous potential use cases for this product.

I use Cisco Wireless for education as I am managing a school. We use it for connectivity for students and teachers. It is an international private school. This is why we have to get high speed connectivity.

The primary use of Cisco Wireless is for IT solutions. 

We use this solution to provide network access and to manages wireless network devices.

We use this solution in our enterprise offices where some access points are installed.

We are customers of Cisco and I'm an enterprise architect. 

We have two main objectives. One is to provide a secure access network, that's secure wireless access across the network to our customers. The other is to provide access to our guests. Now, with the new centrally managed solution, we are able to leverage the interaction with the product and the different security solutions in the market. 

We have over 5000 students in grades 1-12 and have on average 200 users on wireless during school hours with no issues.

Primary use is for connecting staff and students' laptops, iPads, and Chromebooks.

We use Cisco Wireless as part of our network infrastructure. 

I implement this solution in restaurants with an external aerial or near the beach. I also deployed this solution in big warehouses.

We use the solution for a corporate Wi-Fi network and we have another network for authentication for corporate devices, such as scales or hand scanners. These devices must have access to some internal resources and do not need accessing to the internet.

We have hardware controllers on our sites and a number of access points all over. The number is up to 25 currently.

Right now, this is our primary connection for the network. We have all of our end devices connect to that. All workers connect to wireless, rather than a wired connection, so they all have laptops. 

We primarily use the solution for networking; networking - for WiFi coverage. We don't use it for anything else. 

We have to set up the whole solution. The wireless network is a big part of the solution because of the mobility within the hospital. Doctors use their smartphones to access the system, so they need very stable and strong wireless connectivity. 

The hospital layout means a doctor might be quite far from the room, and there could potentially be a significant signal problem. With Cisco, we don't have this problem.

I mainly use Cisco Wireless for the core switch and access switch, the router, the firewall, and the access point.

I'm a senior technical consultant and we are service providers. 

We use the solution for laptops, smartphones, and for both intranet and internet communication.

We are implementing Cisco Wireless in various environments including hospitality (controller-based deployment along with room AP in 90+ room property), and corporate (both standalone and controller-based).

The wireless system has been integrated into the hotspot for guest access and enterprise authentication has been used for the employees. For authentication, both the inbuilt database and integration to FreeRADIUS has been used. We have also used AD in the corporate environment for authentication. The controller has been deployed in HA.

We use it for users within the company. We have a separate network for them. We have another network for outside people. 

Our primary use case for this solution is the provision of standard wireless access.

Most of our clients are in the office or on campus and they don't like to use cables so they use Wireless. We are partners with Cisco and our customers ask us which kind of product to use, we also have access to Cisco Advisor so we advise our clients to use Cisco Wireless. 

We use Cisco Wireless for mobile WiFi connectivity to the end-users. It provides mobile device connectivity. They don't need any LAN connectivity to access the network. They can connect any mobile device or wireless device to access the network.

We use the solution for our company as well as for our clients. 

We are customers of Cisco and I'm the company IT advisor and manager.

These devices are being used for a large number of sites. We have around 3,000 APs.

For WLC, we are using 5508 and 7500 devices. We will be using 9800 devices soon.

Our primary use case is wireless infrastructure for retail and enterprise usage.

The primary use case is for enabling the users to connect wirelessly to the network, to give them seamless mobility if they go to a meeting room. It's always-on connectivity.

We use it to distribute our internet connection. We use it in some departments for accessing systems, but in the main, it is for internet access. The performance of the network, the connection and stability, are very good. Perfect.

Cisco is a console controller. We can use it on a server for business purposes, control channels, and ensure a quality user experience.

Our primary use case is to provide enterprise wireless solutions for employees. We're a system integration provider, and we have a number of customers. Our customers deploy our wireless solutions in an active-standby mode for better network stability. We mostly have customers who have standalone wireless controllers.

We primarily use the solution for the internal network connection.

We use it to provide Wi-Fi solutions at business centers, malls, for healthcare, and in public parks.

We moved to the solution after we had some hardware issues. 

We use it with laptops for wireless connection via the cloud.

I am using the Cisco Wireless WAP 300, 200, and 100 series.

A small office at the time that needed the ability to host network services that changed daily.

I use Cisco Wireless for wired and wireless networking.

The primary use case for our customers is having a product that provides a solution to complex problems. We have more than 100 customers using Cisco Wireless. 

We provide seamless connectivity for the users in various locations. We can track a user and analyze them according to their behavior within the campus and according to their different locations. This gives us a full view of the locations that users gravitate towards and how they utilize the workspace areas within the campus.

The primary use case is providing network coverage to mobile devices in our company.

I use the Cisco wireless network at my company. I also sell all of the Cisco solutions, and most of these are for wireless networks. I also sell the related security products.

To provide better WiFi reception in our office suite, while using fewer APs to cover the space.

Cisco Wireless is for wireless networking. We use WLAN to connect endpoints wirelessly to mobile phones, tablets, and laptops that have WiFi protocol enabled. We have more than 50 employees using this solution.

The solution is primarily used to connect users to the internet. It's the main product we use for this purpose.

I have Cisco routers, switches, firewalls and wireless access points installed on my corporate network.

We have an ISE solution, WiFi controller, Access Points, and a wifi controller. We have to integrate all of these components with each other and we do that with Cisco's solution and a local Cisco partner. The performance is better than before. We had an issue with the phone wifi but no other real issues. It fully integrates with ISE. 

Our client is a manufacturer that uses Cisco Wireless to provide WiFi coverage for the entire factory. 

I am using Cisco Wireless for wireless networking in an office.

Cisco Wireless can be used for a wireless solution anywhere you require. 

Cisco wireless plus, Cisco routers, or Cisco switches,  when combining them together they work very well. Some of the controller features are available now in the Cisco switches and routers. Most companies have Cisco as their backbone infrastructure and if you have Cisco solutions already in place, you should continue with Cisco.

We use it for all kinds of equipment including, laptops, mobile devices, and guest access. We are just using the basic features and just the wireless connection.

We primarily use the solution for wireless services. We use it for wireless LAN.

We use this solution to connect to the access point and link users wirelessly to the network, and centrally manage the APs.

We are using it just for connectivity.

Cisco Wireless FlexConnect mode is for branches where the traffic can be switched locally. There is centralized switching for the corporate side where the wireless controller will be in the headquarters, and the branches will only have access points. We have the flexibility to use Cisco's FlexConnect for the branches and centralized switching for the corporate network. Combining these feature ensures the traffic flow for the wireless is being controlled and provides the best wireless scenario for the branches. You don’t need to go to the controller each and every time.

We use it for WiFi for Internet, Intranet access, and VOIP in a high density area campus environment.

Our customers use Cisco Wireless for networking and WiFi.

It's very useful in terms of mobility. Before this solution you would have to find a product to connect to and to have a security ICU. Now it's much easier with personal customization.

The primary use is for wireless connectivity.

I have deployed it in a factory. I have a lot of people who come to visit from all over the globe. People come from Southeast Asia, from Europe, from South America, from the US, etc. We need to have a common platform wherein people who visit are able to log in to the corporate network. They do not need to do a guest login, they can just log in as they usually do. That's the primary use.

I utilize it as a Wi-Fi solution for personal use. 

We implement this in the hospitality industry and need to control internal secure LAN/Wi-Fi users and offer external Wi-Fi to our customers while keeping the system secure. This product allows us to do that.

We use the solution purely for a wide extension, in over it to achieve the desired coverage. It's a structure for our employees, and it offers end-to-end coverage for our employees to gain access to our corporate environment when they need to.

We have twenty switches in our corporate office.

We have been using Cisco wireless for more than five years.

Cisco Wireless gave us the ability to deploy and seamlessly manage wireless devices at our corporate office and remote locations.

We are in the finance sector and we use this product to provide wireless connectivity access to our web application.

Our main customer of the Cisco wireless is in the retail sector, for example, Walmart.