Raw Traffic Data Network Packet Sniffer Network Monitoring Blind Spots

Network Monitoring Blind Spots Need More Raw Traffic Data Network Packet Sniffer 

Network Packet Sniffer Requirement Background

1- Why monitor Blind Spot still there?

2- NetTAP® Network Visibility is just a Concept?

More Maintain/Security Analysis Tools, why monitor Blind Spot still there?

Reason 1: Probe + Data Center is the main architecture of analysis tools. Multi-point data analysis need multiple deployment probes, tool investment growing, benefit tradeoffs will lead to blind spots

Reason 2: In same network location, the traffic requires multiple tools at the same time, which leads to monitoring blind spot due to difficulty in deployment

Reason 3: The current analysis & monitoring tools deployment is based on the traffic analysis and monitoring of static location. Limited by the Investment Income Ratio and the Working Mode of the analysis tools, it is often unable to meet the needs of actual network operation, maintenance and debugging.

NetTAP® Network Packet Broker to Deloy more Packet Sniffer in your Out-of-Band or Inline Networks

Full Duplex Line Speed Free Flow Guidance, Forward the right data to your right network tools

Network Packet Sniffer 480Gbps Intelligent Traffic Processing Network Packet Sniffer with IP Datagram Reassembly using special ASIC chip and multi-core CPU solution, the built-in high-speed data exchange bus and traffic free steering engine, full speed backplane bus bandwidth can be ensure any port input and output flow of intelligence distribution, realize the flexible road traffic copy, convergence, shunt, can effectively meet the deployment of a variety of bypass equipment deployment requirements at the same time.

Network Packet Sniffer 480Gbps Intelligent Traffic Processing Network Packet Sniffer with IP Datagram Reassembly Supports typical flow-oriented scenarios:

- 1 ->N road traffic replication output;

- M-> N channel traffic converged and then replicated and output;In the case of the input flow of M channel, the same flow of N channel is output, and the output flow of each channel is the sum of the flow of M channel.

- M->N channel traffic cross convergence replication output;In the case of m-channel input traffic, the output n-channel traffic can be freely configured and a subset of m-channel traffic can be selected to enter the output.

- The N channel flow of m-> converges and diverts the output. The summation of the input flow of M channel is equal to the sum of the output flow of N channel.

- G*(m-> N) multi-packet traffic replication convergence output.Based on the traffic replication and aggregation output under the grouping, the grouping under the above multiple scenarios can be realized.

NT-FTAP-48XE Network TAP NPB.pdf

You May need more...

The Traffic Data Visibility Control System, used for visual management of your traffic data,

More available Network Visibility Tools,

More comprehensive Data Security Control Solution.

More monitoring perspective to avoid Blind Spots

More Data Acquisition Planning, flexible Data Acquisition Capability

More usable Network Visibility Tools

More Data Security Tools

Big Data Analysis for Network and Business optimization

Plz contact NetTAP® directly to Optimize your Network now