Wi-Fi Decoded: Wireless Design Best Practices

Join Ekahau's upcoming webinar, where you'll learn the essentials of effective network design. Discover how to choose the right access points, find ideal placements, and configure them for optimal performance from day. Don't miss this opportunity to enhance user satisfaction and reduce support tickets. Register to elevate your network expertise!

 

From understanding how signals pass through and bounce off walls, to planning for the next generation of Wi-Fi 7, you will leave with a blueprint for building a network that maximizes performance and ROI. Additionally, we’ll show you how to turn your environment’s unique variables into a precise digital model, ensuring your hardware choices and AP placements are backed by data rather than guesswork.

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Join this webinar for the first episode of Wi-Fi Decoded, a 5-part webinar series designed for both newcomers and seasoned professionals in network design. Whether you're embarking on a network upgrade or starting from scratch, this session will equip you with the essential knowledge and techniques for a deployment using Ekahau. Don't miss the opportunity to enhance your skills and navigate the entire wireless network lifecycle with confidence!​

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Tune in to learn:​

• How wall materials and obstacles affect signal propagation (and your user experience!), and how to accurately model your specific environment to ensure RF signals behave as expected.

  How to leverage Ekahau AI Pro Online algorithms to automatically determine ideal access point placement based on your coverage and capacity requirements.

• What has changed in choosing between omnidirectional and directional antennas for indoor designs.

• Why it is critical to detect non-Wi-Fi interference to calculate an accurate Signal-to-Noise Ratio (SNR), and how to easily do it.

• How to create a channel plan that minimizes interference while maximizing performance.

• How to generate reports and bills of materials to streamline project hand-off.

• Strategies for migrating ageing infrastructure to Wi-Fi 6E/7 without unnecessary hardware expenditure.

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