VPN considerations • Things to consider about VPN connections • Who’s setting it up? • You can buy and set up VPN equipment by yourself. But some service providers have introduced VPN solutions that guarantee certain levels of service. They bo...

...over IP Video Walls • MediaCento™ • Manage IP-based digital signage and video wall content remotely with • MediaCento • 's intuitive Web UI with local, secondary, and mobile networks. • Distribute digital signage, multicast video, HD video up to 4...

KVM over IP Switches •   • KVM extension has evolved from the simple operation of extending a keyboard-video-mouse workstation to control several CPUs to encompass much more. • From proprietary-based extension over copper or fibre cable, KVM exten...

Virtual LANs • Virtual LANs (VLANs) • True to their name, VLANs are literally “virtual“ LANs—mini subLANs that, once configured, can exist and function logically as single, secure network segments, even though they may be part of a much larger...

Multimode vs. Singlemode Fibre • Multimode vs. Singlemode Fibre • Multimode fibre cable has a large-diameter core and therefore has multiple modes of propagation—that is, several wavelengths of light are used in the fibre core. It’s primarily ...

Centralised Management for KVM • Centralised Management for KVM • Make security vs access a simple task to manage. • KVM technology has been with us for a long time now. Most server managers regularly use KVM switches to access servers either ...

...if you have a mix of networking equipment, servers, and patch panels, then a 4-post rack makes more sense because it provides more stable, 4-point mounting for deep equipment. For flexible mounting of both standard and extra-deep equipment, you c...

...desktop in “Dial- Up Networking” (with notebooks) using your integrated analogue modem to access your serial ports again while your Ethernet or VPN connection is down or not available. For greater security, you can either setup users and password...

TCP_Latency • Latency is the time—measured in milliseconds—a round-trip signal takes to travel a network. Latency often has little to do with the physical distance a signal travels; it’s more affected by the number and type of nodes that a sig...