Quick Take
Educational institutions face growing challenges with overloaded wireless networks due to increased online learning and emerging technologies like AR and VR. Upgrading to advanced Wi-Fi standards such as Wi-Fi 6E or 7 can drastically improve connectivity and enhance learning environments.
Why You Should Care
Educational environments increasingly rely on strong, fast Wi-Fi to support hybrid classrooms, high-quality video, and collaborative tools. Wi-Fi 7, which offers significantly faster speeds and lower latency than earlier standards, can boost network performance. Institutions that fail to upgrade may experience sluggish connectivity, frustrating both students and staff and limiting the potential of digital learning tools.
What You Should Do Next
Schools should consider investing in Wi-Fi 6E or Wi-Fi 7 technology to future-proof their wireless infrastructure. This will ensure smoother connections, better performance for modern educational tools, and reduce network-related frustrations for students and staff. As demonstrated by successful upgrades in institutions like the Clovis Municipal School District, upgrading to these standards can lead to substantial improvements in network performance and student experiences.
Get Started
- Assess your current network infrastructure to identify any limitations or issues with stability and speed. Evaluate your wired network as well. Check cabling and switches to make sure that they can support the required workload.
- Upgrade to Wi-Fi 6E or Wi-Fi 7, but only if necessary, to improve network performance, particularly in high-density areas. If you already use Wi-Fi 6e or even Wi-Fi 6, that may be enough based on your needs. Conduct a site survey and check coverage areas to determine if you need to upgrade or if you can take other steps to improve wireless network quality.
- Plan for future tech needs by ensuring your network can support AR, VR, and e-sports programs.
- Optimize network placement to mitigate potential range and obstruction issues, especially with the 6 GHz band.