How to build more complex networks?

One of the great things about Shortest Path Bridging is how easy it is to combine virtual layer 2 and layer 3 networks to build and deliver any service we may want or need. Let’s see how it’s done!
All you need is AIOps, AIOps is all you need!

You and your IT Ops team obviously know how to handle all of the tasks at hand, but… do you really need to be doing all of them? Wouldn’t it be nice to work smarter, not harder for a change? That’s where a good ML/AI solution can make all the difference – let’s see how m...
Less network complexities, risks, and costs? Go for SD-WAN, but do it wisely!

Operational costs and risks behind investments are top of mind for many IT leaders and senior management. Are you looking for ways to improve cost control, avoidance, or reduction? A well-matched SD-WAN solution may be just what you need, but… how does it actually work a...
How to build virtual layer 3 networks in an SPB environment?

So far, we have mostly talked about things that are based on the open IEEE 802.1Q standard which only defines virtual layer 2 networks. However, almost every network also needs routing, and routing operates at layer 3, where packets are sent to a specific next-hop IP add...
Extreme Networks in Hospitality: driving operational excellence and delivering guest experiences that wow

When you’re in a hospitality business, saying “be my guest!” is not enough to get customers rushing through the doors. So today we’re taking a quick tour around a couple of high-profile hotels in Europe to find out how our high-performing, flexible and secure solutions c...
Moving around SPB – how does traffic get from A to B?

Now that we’ve seen how the SPB network topology is built and how we can create multiple virtual layer 2 network on top of it, it’s time to explain how traffic gets from one end-station to another end-station or device of some kind (e.g. a firewall)!
The 3 most important cogwheels of the digital transformation in Manufacturing

As manufacturing becomes more and more dynamic, it wouldn’t be a stretch to say that computer networks are key to paving the way for the digital enterprise and optimizing entire value chains. Let’s take a look at some of the current technology trends in networking that c...
How to put an SPB network to service?

In the first article in our series we took a general look at the Shortest Path Bridging technology and its core mechanisms such as switches using the IS-IS protocol to “talk” to each other. Now, let me briefly explain how an SPB network is actually built and how to put i...
What is Shortest Path Bridging and how is it different from traditional computer networks?

At the end of the day, when it comes to enterprise networks, everyone’s after pretty much the same things: seamless connectivity, simplicity, flexibility, scalability, security. In this series we will explain step by step the fundamentals and most important capabilities ...
Wi-Fi 6E: a rejuvenating force for healthcare organizations

Wireless connectivity is everywhere. You can find it in the office, factory floors, stores, coffee shops, and yes, hospitals too. With the influx of new, smart, Wi-Fi enabled or networked medical devices, more and more organizations are experiencing growing difficulties ...
How to build more complex networks?

One of the great things about Shortest Path Bridging is how easy it is to combine virtual layer 2 and layer 3 networks to build and deliver any service we may want or need. Let’s see how it’s done!
All you need is AIOps, AIOps is all you need!

You and your IT Ops team obviously know how to handle all of the tasks at hand, but… do you really need to be doing all of them? Wouldn’t it be nice to work smarter, not harder for a change? That’s where a good ML/AI solution can make all the difference – let’s see how m...
Less network complexities, risks, and costs? Go for SD-WAN, but do it wisely!

Operational costs and risks behind investments are top of mind for many IT leaders and senior management. Are you looking for ways to improve cost control, avoidance, or reduction? A well-matched SD-WAN solution may be just what you need, but… how does it actually work a...
How to build virtual layer 3 networks in an SPB environment?

So far, we have mostly talked about things that are based on the open IEEE 802.1Q standard which only defines virtual layer 2 networks. However, almost every network also needs routing, and routing operates at layer 3, where packets are sent to a specific next-hop IP add...
Extreme Networks in Hospitality: driving operational excellence and delivering guest experiences that wow

When you’re in a hospitality business, saying “be my guest!” is not enough to get customers rushing through the doors. So today we’re taking a quick tour around a couple of high-profile hotels in Europe to find out how our high-performing, flexible and secure solutions c...
Moving around SPB – how does traffic get from A to B?

Now that we’ve seen how the SPB network topology is built and how we can create multiple virtual layer 2 network on top of it, it’s time to explain how traffic gets from one end-station to another end-station or device of some kind (e.g. a firewall)!
The 3 most important cogwheels of the digital transformation in Manufacturing

As manufacturing becomes more and more dynamic, it wouldn’t be a stretch to say that computer networks are key to paving the way for the digital enterprise and optimizing entire value chains. Let’s take a look at some of the current technology trends in networking that c...
How to put an SPB network to service?

In the first article in our series we took a general look at the Shortest Path Bridging technology and its core mechanisms such as switches using the IS-IS protocol to “talk” to each other. Now, let me briefly explain how an SPB network is actually built and how to put i...
What is Shortest Path Bridging and how is it different from traditional computer networks?

At the end of the day, when it comes to enterprise networks, everyone’s after pretty much the same things: seamless connectivity, simplicity, flexibility, scalability, security. In this series we will explain step by step the fundamentals and most important capabilities ...
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