Are you an IP Service Provider operating an IP network and wanting to evaluate and certify the performance parameters of your network? If so, you might want to strongly consider using our industry recognized ISP test suite!
Why do you need to accomplish network performance tests? As an IP service provider, you can use our network measurements to ensure the quality of your services portfolio. Long-term network measurements will generate the kind of statistics needed to clearly identify overload situations at an early stage. This will in turn mean that timely counter-measures can be adopted. The network certification by an independent testing organization could give you an important advantage over your competitors. The network certification by a highly respected organization like EANTC will give you that advantage.
On the basis of our standard test methods, all of which fully comply with relevant IETF standards, the performance test parameters are set up according to the individual requirements of each customer. One or more network analysis probes are installed at customer locations by EANTC. Experienced EANTC test engineers will then carry out the network measurements.
Performance test sessions typically run several weeks to enable the evaluation of long-term behaviour. We will present and evaluate the results in a detailed written report, which will include performance diagrams.
EANTC ISP WAN tests
- Peer-to-Peer tests between real probes
Performance tests between at least two end appliances connected to the provider network.
Test implementation with connections of one provider (backbone performance test) or with connections to various providers (peer performance test) - Performance tests against emulated probes
Network measurements from one installed probe to a large number of targets in the test network
Targets can be any IP destinations: Routers or web servers - Performance parameters
Maximum and average available bandwidth
Packet loss distribution
Minimale, maximale und durchschnittliche Paketlaufzeit
Jitter (packet delay variation)
Availability of the backbone connections
Routing stability (frequency of routing changes)
