Choosing Network Links for a Live Event is a practical networking project for learners who can already read a destination route. Give an event's score desk responsive interactions and its media desk enough upload capacity, then deliver a new score and complete playable audio through the chosen paths.
Two Guided Labs introduce real deliveries, compare the same target over two prepared links, and turn those observations into separate destination routes. One independent Challenge changes the link arrangement and business tasks while using the same tools. Every unit starts with its own ready environment.
What You Will Learn
- compare bounded ping RTT samples and finite TCP upload measurements from the same client to the same target;
- read iperf3 receiver bitrate, distinguish Mbps from MB/s, and recognize direction and sampling limits;
- choose different paths for small interactions and bulk media using two distinct destination addresses;
- replace only scoped destination routes while preserving both links and the existing reference;
- submit a real score and complete WAV, read actual receiver connection sources, and compare downloaded bytes;
- recover a wrong-path delivery by replacing the same task after correcting its route.
Who This Course Is For
This course suits networking learners who want to connect path measurements to a usable business result.
Prerequisites: Basic terminal input, navigating paths, reading destination/next-hop routes, and following scoped route instructions, as taught in the preceding routing project or equivalent practice. Ping interpretation, iperf3, transfer syntax and media handling are taught here; programming, traffic shaping and audio encoding are not required.
Learning environment: A prepared browser terminal and Event Receipts page provide isolated Linux nodes sharing one kernel, two wired virtual paths, real receiver services and original synthetic sound-check audio. Runtime labels and output are English; the teaching documents are available in nine languages.
Frequently Asked Questions
Does the highest throughput make a link best for every task?
No. You compare short-interaction delay and bulk upload capacity separately, then choose by the actual workload.
Will I configure a real Internet connection or Wi-Fi?
No. These are controlled wired virtual links inside the prepared environment. Results describe that scope and direction; they do not establish public supplier performance or production reliability.
Must I write a program or create an audio file?
No. The services and valid audio are prepared. Your work is to measure, choose scoped routes and deliver actual content. The Challenge transfers those same skills to a different link arrangement.
