|
WaveInsite |
|
Demonstrates how to use WaveInsite to quickly determine the interoperability and expected performance real clients can expect from a WiFi network. |
| |
|
WaveDynamix |
|
Demonstrates how to use WaveDynamix and the WaveTest system to quickly capture and analyze wireless and wired traffic at full wire rate, perform protocol decodes, and see physical layer information on a frame-by-frame basis. |
|
Shows how to use WaveDynamix and the WaveTest system to create a specific client type and connect it to an 802.11 network. This use case also covers troubleshooting a failed connection using the intergrated troubleshooting report and capture/decode functionality. |
|
Once a single client is connected to an AP, the next step is to see the maximum number of clients that can connect simultaneously. This video shows how to use WaveDynamix to perform this measurement and to assess system stability as large numbers of clients connect and disconnect. |
|
| |
WaveAutomation |
|
Demonstration of how WaveAutomation works. |
|
Walks you through the necessary steps needed to configure the DUT for WaveAutomation using the “Hook.” The “Hook” provides users with an interface to all the current variables at specific states of the test. |
|
Demonstrates how to export data to a variety of database sources including Oracle, SQL and MySQL. |
|
WaveQoE |
|
Shows how the WiMix applications measures Quality of Experience (QoE) in a real-world network by generating stateful layer 2 through 7 traffic, creating real HTTP, FTP, voice and video sessions and measuring application specific quality metrics such as MOS score for voice and MDI for video. |
|
| |
WaveApps |
|
Demonstrates how to configure and run a throughput test on a WLAN Access Point, using the WaveApps application. This video demonstrates the configuration steps as well as how to interpret the results and what reports to expect upon completion of the test.
|
