Deploying and testing converged IP networks such as the Triple Play of video, voice and data is a challenging undertaking. Applications such as IPTV, video on demand, voice and time sensitive data require both a network level QoS (Quality of Service) assessment along with a highly granular QoE (Quality of Experience) analysis right down to the individual subscriber or viewer level.
Analyzing converged IP infrastructure and applications on a per flow basis will identify some of the following key issues -
 | What is the typical IPTV subscriber quality of experience for video and channel changing rate? |
| Increasing subscriber numbers, how is individual and collective Video or Voice QoS/QoE affected? |
| How will existing applications be affected with the addition of new priority traffic loads? |
| Modifying existing infrastructure settings, will this alter existing subscriber QoE? |
| Is network security an issue, what type of attacks will affect subscriber QoE? |
| How is user QoE effected by the introduction of a network attack? |
| What are the practical limitations to guarantee QoS for subscriber traffic? |
| How will latency affect QoE on time sensitive applications such as IPTV, VoD or VoIP? |
| What is the maximum throughput of the device, what limitations exist for IPTV/VoIP? |
| QoS priority settings, what impact do the settings have on subscriber QoE? |
| Is there a limitation to the sustained connections before and during a security attack? |
|
To understand where diversifEye may be utilized, or the types of tests undertaken with diversifEye please check out our Sample Test Scenarios guide.
For more detailed info - Contact Us or visit our Downloads section. | |