#Tftp client windows 10 gui Offline#

If the mobile phone is directly connected to the Wi-Fi network, the AP is working in cloud mode. You can connect the mobile phone to the Wi-Fi network. The SSID format is the same for APs in Fit and cloud modes. If the SSID format is hw-manage-xxxx, the AP is working in Fit or cloud mode. If the SSID is in the format of HUAWEI-XXXX or HUAWEI-LeaderAP-XXXX, the AP is working in Fat mode. Determine the AP's working mode according to the SSID format.

#Tftp client windows 10 gui Offline#

This method is applicable to the scenario where the AP is in factory defaults or offline state.Įnable Wi-Fi on the mobile phone and search for Wi-Fi signals around the AP.

Search for Wi-Fi signals on a mobile terminal (for example, a mobile phone).

There are three methods for checking the current working mode of an AP: Wireless network scenarios of various scales, such as retail, small- and medium-sized enterprises, and hotels Therefore, cloud APs are widely used in multi-branch scenarios. They can be flexibly expanded out of space restrictions. Therefore, cloud APs can be applied to large- and medium-sized networks.Ĭloud APs support plug-and-play and are easy to deploy. Cloud APs are managed and controlled by the cloud management platform in a unified manner. The 'cloud management platform + cloud AP' networking mode is similar to the 'AC + Fit AP' mode. Cloud APs provide similar functions as Fat APs, and can be deployed to build small networks in household or SOHO environments. Medium- and large-sized campuses, such as shopping malls, supermarkets, hotels, and enterprise officesĬloud APs can be managed by the cloud management platform. If wireless roaming is required, cloud APs are recommended. In such a scenario, Fat APs are recommended if wireless roaming is not required.

If an additional AC is deployed, the cost of the entire wireless network is high. In small Wi-Fi coverage scenarios, a small number of APs are required. The 'AC + Fit AP' networking mode is widely used for Wi-Fi network deployment in medium- and large-sized campuses, such as shopping malls, supermarkets, hotels, and enterprise offices. In addition, STAs can roam between Fit APs because user access authentication is managed by the AC in a unified manner. This greatly reduces WLAN management and maintenance costs.

Therefore, you do not need to configure Fit APs one by one. The AC delivers configurations to Fit APs in batches. The AC manages and controls all connected Fit APs. Small-scale Wi-Fi coverage scenarios, such as household or SOHO environmentsįit APs cannot provide Wi-Fi coverage independently. In enterprise scenarios, the 'AC + Fit AP' and 'cloud management platform + cloud AP' networking modes are typically used. Therefore, Fat APs are usually deployed to provide small-scale Wi-Fi coverage in household or SOHO environments. In addition, STAs cannot roam between Fat APs because the Fat APs control network access independently. Deploying multiple Fat APs to provide Wi-Fi coverage in a large area leads to high configuration and maintenance costs. Since Fat APs work independently, each Fat AP must be separately configured. A Fat AP can provide Wi-Fi coverage independently without the need of an additional management and control device.