Multi-Gig 2.5G and 5G: faster access without changing the cabling

Multi-Gig 2.5G and 5G: faster access without changing the cabling

If you have just installed new Wi-Fi access points in your office, school or hospital, expecting everything to run much faster with the latest technology such as Wi-Fi 7, only to find that things are still slow after a few weeks, the problem is not the Wi-Fi. The problem lies in the cable that connects everything to the network. We have been using the Gigabit Ethernet port for more than twenty...

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VXLAN: The Key to Scalable and Flexible Networks

VXLAN: The Key to Scalable and Flexible Networks

Modern data centers demand high scalability, advanced network segmentation, and seamless workload mobility—especially in environments with virtual machines and containers. VXLAN (Virtual Extensible LAN) meets these needs by extending Layer 2 networks over a Layer 3 infrastructure, enabling connectivity between physical and virtual servers without the limitations of traditional VLANs. Challenges...

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Enhancing Enterprise Network Security: Implementing 802.1X and NAC on Switches

Enhancing Enterprise Network Security: Implementing 802.1X and NAC on Switches

In today’s enterprise landscape, network security has become a top priority. As cyber threats grow increasingly sophisticated, it is crucial to ensure that only authorized devices and users can access the network. This is where 802.1X authentication, combined with Network Access Control (NAC) technologies, becomes indispensable. This article delves into how deploying 802.1X on switches...

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About VLANs on Switches

About VLANs on Switches

Continuing the series of blogs posts on the most representative technologies to consider when selecting switches, this time we look at VLAN technology. VLANs arose from the need to isolate different stations operating on the same physical local network.  In addition, VLANs isolate different broadcast domains and help stations to avoid support excessive broadcast traffic, saving bandwidth and...

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The Spanning Tree algorithm in Switching: a link between reliable and efficient networks

The Spanning Tree algorithm in Switching: a link between reliable and efficient networks

In the boundless realm of telecommunications, making sure networks run efficiently and undisturbed is crucial. Today, we are going to focus on the fascinating Spanning Tree algorithm (STP) and its relationship with switching. We will find out how this unsung hero keeps our networks free from loops and running smoothly.   The evolution of the Spanning Tree Protocol STP was developed by Radia...

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Switches: Link Aggregation Techniques

Switches: Link Aggregation Techniques

Continuing our series of blog posts on the most representative technologies to consider when selecting switches, we will now address  port & link aggregation technologies.   Historical background on port & link aggregation In the evolution of Ethernet standards, each new generation typically saw a tenfold increase in capacity compared to the previous one: 10 megabits/s, 100Mbits/s,...

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