Network TAP Network Packet Broker Replicate your Network Traffic
Analysis of User Network Pain Points
Can not support multiple SPAN mode network security monitoring devices deployed at the same time?
The value of deploying NetTAP Network Packet Broker for your Network Traffic Replication
- Enhance visualization
- Visualization of the whole network
- Visualized resource allocation
- Precise fault location
- Unified traffic collection distribution
- Effectively eliminate blind spots
- Accurate identification of pipeline data
- Improve the efficiency of monitoring and analysis
- Eliminate mirror port restrictions
- No need to deploy redundant tools
- Improve resource utilization
- Significantly lower monitoring investment
- Simplify network complexity
- Friendly configuration management
- Adjust the network configuration in real time
- To achieve a comprehensive information sharing
Recommend Network Packet Broker for your Network Traffic Replication
Data Replication
The original input network traffic and the pre-processed flow can be copied to the line speed of n-channel signal according to the 1-channel signal, which perfectly solves the need of deploying two or more multi-port monitoring bypass devices in the network at the same time.
NT-FTAP-48XE Network TAP NPB.pdf
Full duplex speed flow free steering capability
This network packet broker is 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;
It supports typical flow oriented scenarios:
1 -> N channel flow replication output;
M -> N channel flow converges and copies output;In the case of the input flow of M channel, the output flow of N channel is the same, and the output flow of each channel is the sum of the flow of M channel.
M ->N channel flow crossover convergence replication output;In the case of m-channel input flow, the output n-channel flow can be freely configured and a subset of m-channel flow can be selected to enter the output.
M ->N channel flow converges after the shunt output, M channel input flow is equal to the sum of N channel output flow.
G*(M-> N) multi-packet flow replication sink output.Based on the output of traffic replication aggregation under grouping, grouping can be realized under the above scenarios.
Plz contact NetTAP® directly to Optimize your Network now!
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