Supercharge your security and observability tools with network-derived intelligence to eliminate blind spots and reduce tool costs.
AI builds on deep observability to enhance traffic intelligence, threat detection, and governance across the hybrid cloud.
Gigamon reseller and integration partners design, implement and optimize best-of-breed and validated joint solutions.
Our global support team is committed to creating experiences of unmatched quality, scalability and efficiency.
Gigamon serves the most security conscious government agencies and businesses around the world, enabling them to gain deep observability they require to better secure and manage hybrid cloud infrastructure.
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We offer a deep observability pipeline that efficiently delivers network-derived intelligence to cloud, security, and observability tools to eliminate blind spots, optimize traffic, and reduce tool costs, enabling you to better secure and manage hybrid cloud infrastructure.
Traffic access and scale for your needs
The G-TAP® M Series is a modular family of medium and high-density passive fiber-optical network TAPs. Passive fiber TAP technology requires no power source, no software and no special patch cords. By splitting the light optically, full-duplex fiber-optic links can be monitored without impacting network traffic. The G-TAP M Series fiber TAP has solutions for 1Gb, 10Gb, 25Gb, 40Gb, 100Gb and 400Gb networks, including 40Gb and 100Gb BiDi, unidirectional and 4x10Gb/25Gb/100Gb breakout.
A network TAP (test access point) is a monitoring device that mirrors the traffic that is passing between network nodes. A TAP is a hardware device inserted at a specific point in the network to monitor specific data. As an essential part of the Gigamon Deep Observability Pipeline, network TAPs acquire traffic to provide the visibility required to secure, monitor and manage your enterprise's network infrastructure continuously and efficiently.
How Taps Work
A TAP monitors one network connection and generally comes with four ports: network A port, network B port, monitor A port and monitor B port. TAPs allow network traffic to flow through the device’s network A and B ports uninterrupted, while simultaneously copying the same data to the monitor A and B ports. The monitor ports can feed tools such as VoIP recording devices, network intrusion detection and prevention systems, network analytics, protocol analyzers, packet sniffers and traffic aggregation/packet broker systems.
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See how we deliver best of breed monitoring and security solutions with our ecosystem partners.
The Gigamon Deep Observability Pipeline can help you achieve visibility to reduce costs and remove complexity.