Wireless has delivered advanced analytics and remote troubleshooting for diverse use casesCisco Wireless 9100 Access Points is valuable because of Cisco's Wi-Fi integration with Cisco Spaces, previously called DNA Spaces. When you bundle Cisco AP with Cisco Spaces, the complete wireless story comes into the picture. The first major advantage is the hardware, the chipset, the processor, and the IOS. There is unified licensing and unified iOS, and once you have DNA advantage, you can get a separate AVIX and the Wi-Fi 6 or 6E dashboard in DNAC. These advantages provide basic throughput support, OFDMA, multi-MIMO architecture, and the latest 4K QAM in Wi-Fi 7, previously 1024 QAM, and MLO in Wi-Fi 7. These functionalities exist for every OEM, but the Cisco advantage is the integration with Wi-Fi Spaces. Cisco Wireless 9100 Access Points includes one AP that can operate in dual mode. You can onboard it in Meraki or Catalyst, meaning on-premises or cloud controller. Single hardware can be dual OS, either Meraki OS or Catalyst OS. For IoT and industrial wireless, Cisco has a different technology called CURV. The APs are different from the Catalyst 9000 series APs. There is a different set of series with different models working on fluid mesh architecture of Cisco CURV. Remote troubleshooting is a basic functionality of any SDN controller these days. Engineers do not need to manually log in to the end device, which could be either a switch or an AP. From DNA Center itself, you can get visibility from the assurance. You can get client 360, network 360, and application 360 where the health scores of each individual client are clearly visible in DNAC Center. The assurance data provides visibility and highlights the issues that a particular user or particular network node is facing. You can access the device without any challenge. Similar to how SD-WAN came into the picture seven to eight years ago where you could remotely log in to the WAN edge devices and troubleshoot it, the same principle is being applied in DNAC Center for the campus, whether it is switching or WAN. If the RTT latency has been met from the branch to the place where DNAC Center is deployed, you can easily access those devices without needing an engineer to visit that particular location for troubleshooting.
