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Engineers engaged on IoT design and deployment are being challenged to a “twin” resulting from IoT congestion, however this has little to do with battles of honor just like the one which concerned Alexander Hamilton and Aaron Burr. This problem is probably not worthy of a Broadway musical, however the stakes are excessive for folks designing IoT units and constructing out IoT networks that depend on Wi-Fi connectivity.
As a result of IoT networks in a spread of industries rely so closely on Wi- Fi networks, the ensuing community congestion and RF complexity too usually result in degraded efficiency and reliability. The dueling calls for of so many Wi-Fi-based IoT units push Wi-Fi-based networks to their limits. As an answer, engineers can resolve all of those calls for with the adoption of dual-band Wi-Fi. This gives dramatically greater efficiency and extra dependable connections, even in highly-congested IoT environments akin to industrial settings, hospitals, and manufacturing vegetation.
This white paper gives an summary of the function that dual-band Wi-Fi can play in IoT deployments. It additionally gives numerous sensible design issues that engineers can use as they start integrating dual-band Wi-Fi into their product improvement pipeline and IoT deployment plans.
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