Challenge: How to capture the most complete information from your network?
A Tap provides a passive access point into the network, enabling you to see 100% of the traffic using the monitoring tool of your choice. This also makes it easy install an analysis or security appliance on a link (at 10 or 100 or 1000 Mbps depending on your network topology) without data stream interference or introducing a point of failure. In-line Taps will also forward all layer one and two errors that may be dropped when using Span ports.
- Passive fail-over technology ensures link reliability.
- Redundant power ensures monitoring up time.
- Real-time traffic duplication of all traffic types and errors.
You benefit by being able to monitor the information that travels through the network more efficiently. By using a Tap, you gain a constant access point and eliminate the need to run cabling directly to the monitoring device from network devices. Thus, adding flexibility, saving time and avoiding possible cabling issues.
When Span Ports are Necessary:
We understand that Span ports on a network switch are sometimes a requirement, but we also realize that a monitoring tool is now dedicated to one switch. Net Optics invented Span Link Aggregators to consolidate the traffic from multiple network switches, which allows you to better manage traffic capture. One monitoring tool or multiple tools now provide added value by accessing the data they are designed to monitor best.
Learn More:
Put our Customer first philosophy to the test, and contact us to find out how we can help you tap into your network’s full potential.
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Tap Benefits
- Eliminates need to schedule downtime to run cabling directly to the monitoring device from network devices.
- Taps receive all traffic, including errors that may be dropped by Span ports.
- Monitoring tools are easily moved, added or replaced.
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Comparison
- Taps are designed to provide passive, real-time accessibility. Span Ports can cause information loss.
- Taps also fail-open so that traffic continues to flow between network devices in the event of power failure or removal of a monitoring device. Span ports require an engineer to configure the switches to monitor the network.
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