Wi-Fi Test & Assurance

Wi-Fi 7 is revolutionizing wireless connectivity with faster speeds, lower latency, and greater spectrum efficiency. But how do these advancements impact mesh networks and why does mesh testing matter in Wi-Fi 7? While Wi-Fi 7 is often discussed in terms of its technical enhancements, its implications for mesh networking are just as significant. With the growing demand for seamless whole-home and enterprise coverage, ensuring that mesh networks can efficiently leverage Wi-Fi 7’s capabilities is essential. However, the complexity of mesh systems introduces new challenges in maintaining reliable, high-speed performance.

Wi-Fi 7 is just around the corner. Along with its technological enhancements and promised improvements come just as many implementation and testing challenges. This two part webinar series discusses legacy Wi-Fi and explores Wi-Fi 7's advancements through a testing system overview and key feature introduction.

Wi-Fi test plan introduces approaches that encourage out-of-the-box testing to emulate a customer’s experience.

The latest innovations – delivered by Wi-Fi 6/6E and soon Wi-Fi 7 – have put Wi-Fi on a collision course with 5G. Now ISPs, enterprises and ecosystem vendors face the complex challenge of assessing a range of new features and technologies across both existing and future use cases to develop their wireless network strategies. Join our panel of Wi-Fi experts – analyst Dean Bubley, founder of Disruptive Analysis; Leigh Chinitz, senior director solution architecture for Spirent; and Steve Douglas, head of market strategy for Spirent – as they debate the future of W-Fi and discuss the new use cases where Wi-Fi and 5G will battle for supremacy.

Wi-Fi was once a nice-to-have feature that allowed people to browse the internet and check email, today’s Wi-Fi apps are becoming increasingly crucial.

As the demand for 5G and Wi-Fi 6 continues to grow at a rapid pace and their standards become increasingly entwined, there has never been a better time to look at the possibility of convergence between the two technologies.