Catalyst 9100 Access Points reduce network vulnerabilities. The frequency reuse technology is used in Wi-Fi 6 technology. The devices are nowadays intelligent compared to the legacy devices. They communicate with each other, adapt themselves, and improve the quality of Wi-Fi infrastructure connectivity within the premise. They are more robust and adaptable. They have significantly improved wireless connectivity compared to the legacy environment. The legacy environment was not effective with those kinds of algorithms, whereas Catalyst 9100 Access Points have different inbuilt features and are more optimized and adaptable to situations. Catalyst 9100 Access Points provide Wi-Fi connection to end users, similar to home routers with broadband connectivity. When a technician connects the device to the modem, it starts providing Wi-Fi. The configuration is inbuilt, requiring only an IP address to operate. It listens to the wireless controller, and whatever SSID is configured in the controller will be broadcasting. Catalyst 9100 Access Points are next-generation access points without the limitations of legacy access points. They have better reachability, signal strength, power utilization, and scalability. While legacy access points could accommodate 15 users practically, Catalyst 9100 Access Points can reach up to 40 or 50 users simultaneously on different radios with MIMO technology. There are different models of Catalyst 9100 Access Points depending on site requirements. Wi-Fi 6 technology has improved wireless connectivity significantly. Post-pandemic, everything has become hybrid, and wireless network has become an undeniable infrastructure requirement. Previously, LAN cable connectors were used for better speed achievement. Now, Wi-Fi 6 technology has improved wireless connectivity to such an extent that LAN cable connectivity is no longer necessary. Users can work remotely with Wi-Fi connectivity, achieving both speed and scalability. The sixth-generation Wi-Fi provides improved bandwidth and security on wireless infrastructure.
