You probably know the situation when users are complaining about a slow network, and you need to find the root of the problem fast. So, is it an application, a server, or the network? This is the question that is impossible to answer without proper insight into the network performance.
NetCrunch gives you an excellent view of your network so you can easily determine which device should be blamed for the slowdown.
Bandwidth monitoring is a method of measuring the actual bandwidth available on the network system. Bandwidth monitoring tools can display real-time data such as download and upload speeds, and help counter the network stress. Depending on the network devices, you can shape the traffic by allocating separate bandwidth for the different traffic types. This requires more than just knowing the overall volume - you also need to know the traffic structure to plan accordingly.
Basic bandwidth monitoring starts with monitoring traffic on the switch ports. This method gives you a good overview of volume but little information about the traffic structure. To learn more, you can get an insight into the bandwidth analysis with technologies such as NetFlow, jFlow, sFlow, or NBAR, where routers are sending flow packets showing the structure of the traffic which reflects bandwidth usage.
Discover how you can monitor bandwidth utilization using traffic analyzer with NetFlow, sFlow, jFlow, and Cisco NBAR
Use MIBs to target specific device or use RMON probe
NetCrunch presents automatic layer 2 maps with traffic on each port
NetCrunch can monitor traffic on all switch ports and present it live
NetCrunch provides monitoring packs for all major operating systems including network utilization
NetCrunch automatically enables various bandwidth monitors and displays them in top charts
NetCrunch traffic analyzer processes flow data from Cisco and other devices supporting various protocols such as IPFix, NetFlow v5/ v9, jFlow, sFlow, netStream, cFlow, AppFlow, and rFlow.
NetCrunch supports NBARv2 application monitoring. For devices that do not include Cisco NBAR, you can create custom application definitions in NetCrunch Flow Analyzer.
Check out Traffic Flow Analyzer Module for more information.
NetCrunch includes a library of 8700+ pre-compiled MIBs for many devices, including switches, routers, and access points.
With a flexible NetCrunch MIB compiler, you can easily add another MIB, or we will do it for you in case of any trouble.
NetCrunch presents layer 2 maps with the current traffic information.
NetCrunch can also visualize traffic volume on each port in the last 24 hours or the last hour.
When clicking on a single switch connection located on the topology map, you can see real-time traffic on the selected connections.
You can also quickly switch between real-time view and last 24 hours, 7 or 30 days trend charts.
Read more about Layer 2 Mapping
NetCrunch can monitor network utilization on all major operating systems such as
It can monitor such parameters as
NetCrunch automatically monitors bandwidth on servers and switches, so necessary charts are waiting for you.
Top charts aggregate data for any group of devices defined in the Atlas, and many of the groups (basically created by filtering condition) that NetCrunch creates automatically.
Top charts include - Network Traffic (Switches and Routers) - Top Interfaces by Traffic - Network Traffic (Servers)
NetCrunch is also an integrated platform for monitoring IT systems in various fields such as network monitoring, server monitoring, application monitoring, IoT monitoring, availability monitoring, cloud monitoring and database monitoring.