The increasing need for faster, reliable and latency bounded solutions, especially in theindustrial, medical and audiovisual fields, alongside the demand for mobility and easeof configuration, make the fusion of IEEE 802.11 (“Wi-Fi”) and Time-Sensitive Networking(TSN) more necessary than ever. The evolution of high-quality video, the implementation oftelesurgery in health care and haptic technology in industries brings a wide variety of newchallenges in time synchronization, latency, reliability and management of resources. Toachieve such specifications, formerly all the transmissions were wired, as the wireless so-lutions could not compete especially in terms of reliability and bounded delay. Nowadays,considering the current most notorious iteration of the wireless communications standard,IEEE 802.11ac, with a slight look into the newest improvements in TSN for the upcomingversion IEEE 802.11be and the up-to-date publications for the TSN related amendmentsunder IEEE 802.1, it is obvious that there is a remarkable interest in enhancing the Wi-Fitechnology for these kinds of scenarios. In this work, the concepts of the two technologiesmentioned above are studied, specifically at the physical and link layers, to then develop asimulator with which to study the behaviour of a wireless system in response to a set of in-put parameters and its operation is validated according to different theoretical calculations.In addition, the tool implements a behaviour similar to IEEE 802.1CB (Frame Duplication),in which the packets to be transmitted are sent over all parallel links to increase reliability.Finally, different combinations of parameters are tested to see how they affect the link con-ditions, the number of links, and the possible retransmissions to the system’s behaviour.Moreover, use cases are exposed in which the tool could be useful to find the best con-figuration parameters to meet the requirements in terms of reliability and latency betweenpackets.