Here the scenario: Two Radio links between two sites - one Bridgewave microwave and the other Orthagon standard spread specrtrum.
The Microwave is a Gig link and the Orthagon is 18mg link.
The bridgewave needs to be used as a Primary link
The Orthagon needs to be used as backup link.
The bridgewave uses fibre to interface with the switch
The orthagon uses cat5 to connect to switch.
I need to configure the Cisco switches at either end if the radio links to auto failover onto the orthagon should the Bridgewave microwave link go down.
If the Bridgewave Microwave link fails the fibre to the switch is still active. It behaves just like another switch. So according to the cisco switch there is still a link between the fibre interface and the Bridgewave.
I need the switches to recognise when the radio has gone down and auto fail onto the Orthagon rf link.
This subject of securing wireless devices conjures up visions of your PC or mobile phone connecting to the Internet through some hotspot at Starbucks. But it is so much more than that. Let’s look at the facts: devices#sthash.eoFY7dic.
For Sennheiser, comfort, quality and security are high priority areas. This paper addresses the security of Bluetooth technology and the supplementary security that Sennheiser’s Contact Center and Office (CC&O) headsets provide.
Here's a very brief overview of the methods PRTG Network Monitor (https://www.paessler.com/prtg) offers for monitoring bandwidth, to help you decide which methods you´d like to investigate in more detail. The methods are covered in more detail in o…
This video gives you a great overview about bandwidth monitoring with SNMP and WMI with our network monitoring solution PRTG Network Monitor (https://www.paessler.com/prtg).
If you're looking for how to monitor bandwidth using netflow or packet s…