1st December 2025

What does Wi-Fi 7 do?

Wi-Fi 7 is designed for organisations to handle the increasing usage of connected devices and data-heavy applications.

What is Wi-Fi 7?

Wi-Fi 7 is the next generation of wireless technology, engineered to deliver faster speeds, ultra-low latency, exceptional reliability, and advanced congestion management. It’s built for environments with high device density, complex workflows, and mission-critical applications, making it ideal for hospitals and universities.

Unlike previous Wi-Fi standards, Wi-Fi 7 not only introduces Multi-Link Operation (MLO), advanced spectrum optimisation, and enhanced bandwidth.

It also seamlessly supports demanding tools, smart devices, IoT ecosystems, Bluetooth Low Energy (BLE), and emerging technologies such as AI and AR/VR.

In short:

Wi-Fi 7 is fast, intelligent, and adaptable, able to keep hospitals and universities operating smoothly as digital demands rapidly evolve.

Is Wi-Fi 7 worth it?

If your organisation relies on connected devices, real-time data, high-density environments, and digital workflows, Wifi 7 is a great tool.

For healthcare:

Healthcare environments are rapidly increasing their digital intensity with more devices, more data, and more smart systems than ever before. Hospitals need networks that can scale without sacrificing patient safety, clinical performance, or staff experience.

That’s exactly what Wi-Fi 7 delivers with medical-grade bandwidth, intelligent optimisation, and a future-first framework, supporting innovation for years to come.

Wi-Fi 7 ensures your infrastructure won’t hold you back, regardless of whether you’re expanding telemedicine, adopting remote patient monitoring, or enabling smart building automation.

For education:

Universities that want to operate as fully connected digital ecosystems.

Fast, reliable connectivity is essential, especially if you’re planning to build a smart campus. The demand for fast, reliable connectivity has never been higher.

Wi-Fi 7 is ideal for educational institutions that rely on data-intensive applications, interactive teaching tools, and extensive IoT environments. It optimises speed, stability, and low-latency connectivity to support remote learning, connected classrooms, and collaborative research environments.

Crucially, its expanded bandwidth means you can continue increasing device density and digital workloads without sacrificing performance, ensuring a seamless experience for students, staff, and researchers.