What is your primary use case for HPE Ethernet Switches?

Our primary use case for the switches is for a small business we run. It's mostly in the office, but we also have a plant where we run a lot of monitoring equipment.

I use HPE Ethernet switches for managing network configurations, including configuring VLAN trunking. Additionally, I work with HPE 3PAR storage, HP ProLiant servers, and HPE BladeSystem.

So far, I've not faced any problem with the switches. Secondly, I can see HPE is providing frequent upgrades to address some security issues. I can get some data about the traffic going through the switches and the performance of the switch through the application.

We use the solution for a small network and a small data center.

Primarily, we use the product for network and VLAN segmentation across our hospitality property. It forms the backbone of our network, providing connectivity to devices like TVs, phones, access points, and even electrical switches within guest rooms.

We use HPE Ethernet switches for our networking setup. Most of our infrastructure is configured with them. Recently, there have been discussions about changing them, but we've been using them extensively.

We have an enterprise infrastructure. We are using HPE Ethernet Switches for activation on the access layer. They are placed on our sites. The technical staff use the tool.

We use HPE Ethernet Switches to connect access devices.

HPE Ethernet Switches are used for internet networking and the hotel industry.

The product can be used for integrated security in IT networks for small businesses with about 100 customers in one location. I can stack three of four switches in these cases.

We use the switches to connect end users to the devices.

We primarily use the solution for switching. We use it for our networks. We use it for the wireless network.

I use HPE Ethernet Switches to connect virtual PBX or IP PBX to the voice infrastructure. There are some exceptions to what I will configure, which is to have the same connection for connecting the phone to the switch, and from the phone to the PC, using only one cable.

We use HPE Ethernet Switches in hospitals and governments.

Our primary use case is for layer three or four switches.

The company wanted to extend our network and also wants to have the SAN storage, so we deployed it on other switches to create a new network segment and also connect the SAN switches on it.

The use case of this solution depends on our client's environment. Some use HPE Ethernet Switches right out of the box, while some of them use models where the interface can only be opened by Internet Explorer. The primary use cases would be office interconnection and industrial interconnection. The switches are best suited for our small or medium-sized clients.

Around 90 percent of our clients have no in-house IT staff. We resell solutions and manage the hardware and software for networks and desktops. We're a provider of managed services and security. We spec out the solution they need minus the necessary software for their business.

It's easy to use for switch management. There are about 15 people using this solution in my company.

The on-prem deployment is usually used for SAN storage.

We primarily use the solution for the switch mechanisms.

We use HPE Ethernet Switches for network switching. This solution is deployed on-premise.

The primary use case is EdgeSwitches.

We are using HPE Ethernet Switches for the inter-server connection. I am using a 12-year-old version of the solution.

We use HPE Ethernet Switches as a small business tool.

We use HPE Ethernet Switches for access control or access switches.

We usually use level 2 switches. We also do level 3 management.

We use a lot of these switches because it's a university. We use a lot of access switches and wireless switches. They're excellent.

We primarily sell the solution to our client base. The customers are typically telecom operators or enterprise-level companies. It's used primarily for data center applications and connectivity solutions.

We are using the HPE Ethernet Switches in our office to stream and to join the internet.

These access layer switches are used by our branches for user LAN connectivity.

These are units that are a two or three layer solution. Since it's from HP, we have a lifetime warranty for these switches, unless the product is already phased out. But in most cases it takes a long time before they're out of a cycle. Most of these are quite durable. We are customers of HPE Ethernet Switches and I'm head of technical support.

We use HPE switches for connecting to different sites and have LAN switches for local workstations. I'm head of system engineers and we're customers of HPE.

We're using all HPE network devices. All the core network infrastructure depends on this one solution.

We are a solution provider and the HPE Ethernet Switches are one of the network infrastructure products that we implement for our customers. They are used from edge to core and I usually implement them for storage traffic and IP over ethernet, like NFC, iSCSI, or SAS.

I am a service provider for my customers.

The primary use case of this solution is for the office network connection.

I work in network operations and have experience as a user of HPE Ethernet Switches. We don't function as the customer, but as the customer's customer.

We use this solution for connecting users and desktop PCs together in our local network.

We primarily use the solution for data communication, the data center, and wireless. All of our switches are HP.

We primarily use this solution for video surveillance.

The primary use case of this solution is for the customer's assurances in medium-size businesses. The deployment model that we are using is on-premises, but it is going more and more in the cloud direction.

We use this solution for our office network in an on-premises deployment. It handles only our office traffic, and our main computers are on the cloud.

Most of our switches are located within the local office.

These are core switches, so they handle the bulk of our network traffic from servers to the endpoints as well as SAN traffic.