![]() ![]() With 802.11n for 5 GHz band, two 20 MHz channels can be combined to create a 40 MHz channel. Beginning with 802.11n, channels can be combined to create a wider channel that allows for more data to be transmitted during a single transmission. Physical layer (PHY) data rate: The highest rate at which a client can transmit data over Wi-Fi.Ĭhannel bandwidth: The maximum channel bandwidth that is supported. Note: Wi‑Fi 6E not available in China mainland. Authentication credentials and identity asset settings.Legacy interactive profile declarative configuration.Legacy profile declarative configuration.Subscribed Calendars declarative configuration.Google Accounts declarative configuration.Privacy Preferences Policy Control payload settings.Dynamic WEP, WPA Enterprise, and WPA2 Enterprise settings.Kernel Extension Policy payload settings.Extensible Single Sign-on Kerberos payload settings.Extensible Single Sign-on payload settings.Exchange Web Services (EWS) payload settings.Exchange ActiveSync (EAS) payload settings.Conference Room Display payload settings.Certificate Transparency payload settings.Certificate Revocation payload settings.Certificate Preference payload settings.Autonomous Single App Mode payload settings.Active Directory Certificate payload settings.Automated Certificate Management Environment (ACME) payload settings.Automated Device Enrollment MDM payload list.Configure a Mac for smart card–only authentication.Supported smart card functions on iPhone and iPad.Use a VPN proxy and certificate configuration.MacBook Air Wi-Fi specification details.MacBook Pro Wi-Fi specification details.Bundle IDs for native iPhone and iPad apps.Manage login items and background tasks on Mac.Manage software updates and login items.Configure Setup Assistant panes in Apple TV.Review the setup process and configuration profile options.Identify an iPhone or iPad using Microsoft Exchange.Integrate Mac computers with Active Directory.Integrate Apple devices with Microsoft services.Enrollment single sign-on (SSO) for iPhone and iPad. ![]() Review aggregate throughput for Wi-Fi networks.Use MDM to deploy devices with cellular connections.Prepare to use eSIMs with Apple devices.Configure devices with cellular connections.Add Apple devices to Apple School Manager, Apple Business Manager, or Apple Business Essentials.Deploy devices using Apple School Manager, Apple Business Manager, or Apple Business Essentials.Here you can see there is a decently fast Data Rate negotiated between an iPad and a base station as well as RSSI and PHY - or Physical Layer Radio Mode of the 802.11n standardĪt this point, you can then do the math - what is the bandwidth / latency / speed upstream of the router and also see how your computer is currently connecting to the network. The utility shows you three items that are most critical to determining how good a link you have between your device and the base station: If you don't have Apple networking gear, I don't believe there are plug ins to make other routers look enough like Apple gear, so this clearly won't help everyone. Yes - Apple's AirPort utility will show you the connection details for each device that connects to an AirPort base station. ![]()
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