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Use case: Autonomous Wi-Fi spectrum sharing
Explore how the VectorWave APU can sit within a Wi-Fi access point to detect protected RF activity and respond in real time.
As Wi-Fi demand continues to rise, more connected devices, more data, and more real-time applications are increasing pressure on existing bands. Unfortunately, spectrum is finite. To expand wireless capacity therefore increasingly depends on making shared spectrum fast, reliable, and practical to use. And all without creating interference for incumbent users such as radar systems.
In short, traditional approaches depend on human-scale coordination and minute-scale channel avoidance, while VectorWave enables intelligence at signal speed.
By enabling Wi-Fi access points to sense incumbent RF activity and adapt in nanoseconds, the VectorWave APU unlocks spectrum coexistence without the latency, complexity, or the coordination burden of conventional approaches.
