Separation of Cluster and Datapath Commands from 'tar log tech-support'

Cluster and datapath commands have been separated from tar log tech-support. For cluster logs, users should use: tar logs tech-support cluster.

Added Support for Telematrix IP Phones with AP-505H Access Points

Improved AP-505H PSE port compatibility with early generation Telematrix IP phones.

Enhancement to VAPs

The processing time for manually created VAPs to transition from interfering to valid has been enhanced.

RADIUS Authentication Server Profile Configurations Added to AirGroup Version 2

The AirGroup version 2 module now accepts RADIUS authentication profile changes such as nas-IP and source-interface through the aaa authentication-server radius command. Rather than depending on the Mobility Conductor's settings, this feature allows for specific authentication-related configurations to be applied to managed devices.

The configuration varies depending on the AirGroup mode used:

• Centralized mode requires configurations to be applied on both the Mobility Conductor and managed device. In the case of having different profiles configured, the managed device's profile will take priority.
• Distributed mode requires node-specific configuration. In the case of having governing managed devices, the configuration will apply to all member nodes. However, node-specific configuration can still be applied to member nodes if needed.

AAC will report AMON link status to other devices

In AOS-8 8.10.0.9, AAC will send AMON AP information messages to indicate the AP's standby AAC information.

Denylist clients in case of a security context override attempt with the denylist-sco-attack parameter

The aaa-profile command now accepts the denylist-sco-attack parameter, which enables denylisting for clients that attempt to perform a security context override, improving security against malicious authenticated clients. The default value of this parameter is set to disabled.

Jumbo Frames Support over IPSec Tunnels

In AOS-8 8.10.0.0 or later versions, jumbo frames support over site-to-site IPSec tunnels, is added for client devices. This enables devices to ping each other and allows larger download sizes.

Implementation of Port Monitoring on x86 Platforms

In AOS-8 8.10.0.9, port monitoring has been implemented on port channels interface on x86 platforms.

Introduction of the show datapath dpi counters command

Starting from AOS-8 8.10.0.9, a new command is being added to the CLI, show datapath dpi counters. This command displays additional DPI debug counters to improve debugging.

Enhancements to the OFA Core Size

By excluding a section of process memory, OFA core size is reduced. This reduction helps in capturing and debugging OFA cores in scale scenarios.

Enhanced Time Efficiency

In AOS-8 8.10.0.8, the time efficiency when using the write memory command has been improved by adding bocmgr in the nanny list.

Enhanced RADIUS Attribute Modifier

Administrators can now construct STRING-type RADIUS attributes with prefixes and suffixes together with either static values or dynamic values. The aaa radius modifier <RAD-MOD-NAME> command has been expanded to include the [prefix <prefix_val>] and [suffix <suffix_val>] sub-commands.

This enhancement enables administrators to optionally add static or dynamic values with a prefix. Similarly, a suffix can be optionally appended to the value. The resulting string becomes the value of the target RADIUS attribute.

Improved Interference Immunity by Decreasing Rx Desense Level

The cell-size-reduction parameter in the rf-dot11a-radio-profile command has been reintroduced to reduce cell size by controlling Wi-Fi Rx sensitivity. This parameter is used to manage dense deployments and to increase overall system performance and capacity by minimizing co-channel interference and optimizing channel reuse. The default value of this setting is 0. The sensitivity range values can be configured from 0 to 20. It is recommended that Aruba support engineering is contacted in order to adjust the cell-size-reduction configuration. Manipulating this configuration without guidance from Aruba support may have serious adverse effects on network performance.

CLI

show stm perf-history commands

Starting from AOS-8 8.10.0.6, the show stm perf-history duration and show stm perf-history interval commands can be used to view the output for the specified time interval.

Enhancement to the wlsxWlanStationTable MIB

Starting from AOS-8 8.10.0.5, a new wlanStaApName MIB object is added to the wlsxWlanStationTable MIB to simplify the correlation of APs and Stations.

RTS Frame Transmission to the Clients

AOS-8 now allows users to control RTS frame transmission to the clients. The rf dot11a-radio-profile, rf dot11g-radio-profile, rf dot11a-secondary-radio-profile, and rf dot11-6GHz-radio-profile commands allow users to enable or disable RTS mode based on their network requirement.

Support to Enable Frame Bursting

AOS-8 allows users to control frame bursting even if there is only one active client associated to the AP. Users can enable or disable the frame bursting mode using the rf dot11a-radio-profile frame-bursting-mode , rf dot11-6Ghz-radio-profile frame-bursting-mode, rf dot11a-secondary-radio-profile frame-bursting-mode, and rf dot11g-radio-profileframe-bursting-mode commands.

CLI

Following CLI enhancements are introduced in this release.

Enhancement to the AAA Authentication VIA Domain Name Profile

Starting from AOS-8 8.10.0.3, it is not mandatory for users to configure the Organizational Unit(OU) of the VIA domain name profile. It is now an optional parameter and users can configure a VIA domain name profile without the OU parameter.

RTS Frame Transmission to the Clients

AOS-8 allows users to control RTS frame transmission to the clients. The rf dot11a-radio-profile, dot11a-radio-profile, dot11g-radio-profile, dot11a-secondary-radio-profile, and dot11-6GHz-radio-profile commands allow users to enable or disable RTS mode based on their network requirement.

Support to Enable Frame Bursting

AOS-8 allows users to control frame bursting even if there is only one active client associated to the AP. Users can enable or disable frame bursting using the rf dot11a-radio-profile frame-bursting-mode and rf dot11-6Ghz-radio-profile frame-bursting-mode commands.

Zigbee Event Trail Information

Starting from AOS-8 8.10.0.3, users can issue the show ap debug zigbee ap-name <ap-name> event-trail command to view the Zigbee event trail information.

Improvement in the WebSocket secure connection

AOS-8 now enhances the retry behavior for WebSocket Secure (wss) connections when a connection needs to be re-established. The WebSocket now continues to retry until the connection is successful.

Support for AP Beacon Mac

Starting from AOS-8 8.10.0.3, the Azure transport general status response includes the AP Beacon MAC. If an AP disconnects from the IoT device, the Azure transport general status allows users to identify which device got disconnected from which AP Beacon.

9240 Controller Platform

The Aruba 9240 controller is a wireless LAN controller that connects, controls, and intelligently integrates wireless Access Points (APs) and Air Monitors (AMs) into a wired LAN system. The controller has advanced IDS functionality and mobility services that is integrated with per user based enforcement policies for better security. The controller has the following port configurations:

• 4 x SFP28 1G/10G/25G data ports
• 1 x RJ45 serial console access port
• 1 x USB Type-C console port for direct local access
• 1 x out-of-band management port
• 2 x USB 3.0 interfaces
• 1 x expansion slot reserved for future use

The Aruba 9240 controller supports capacity licensing. The license types are as follows:

• Base model - Base license
• Silver - Mid-range license
• Gold - Top range license

The following table lists the major differences in the license types supported on the Aruba 9240 controller:

Table 1: License Types

Feature	Base Model	Silver	Gold
Number of Access Points	512	1024	2048
Number of Devices	16,384	24,576	32,768
GRE Tunnels	8,704	17,408	34,816
Concurrent IPsec sessions	16,384	24,576	32,768
Route Cache Entries	23,764	65,532	119,343
Wired throughput (Gbps)	20	30	40

For complete technical details and installation instructions, see Aruba 9240 controller Installation Guide.

Support for 580 Series Outdoor AP Platforms

The Aruba 580 Series access points (AP-584, AP-585, AP-585EX, AP-587, and AP-587EX) are high performance, dual-radio, outdoor access points that can be in either controller-based (AOS-8) or controller-less (Aruba Instant) network environments. These APs deliver high performance concurrent 2.4 GHz and 5 GHz 802.11ax Wi-Fi functionality with MIMO radios (4x4 in 2.4 GHz and 5 GHz), while also supporting 802.11a, 802.11b, 802.11g, 802.11n, and 802.11ac wireless services.

Additional features include:

• Support for high power BLE.
• Support for 10G SFP+ (SX and LX) and 1G (SX and LX).
• Support for 1G PSE Out.
• Support for GPS.
• Support for AC power over new Molex connector kit.
• AP-584 access points with external antennas.
• AP-585 and AP-585EX access points with internal omni-directional antennas.
• AP-587 and AP-587EX access points with internal directional antennas.
• Mesh.
• Wi-Fi uplink.

For complete technical details and installation instructions, see Aruba 580 Series Access Points Installation Guide.

Support for 650 Series Campus AP Platforms

The Aruba 650 Series access points (AP-655) are high performance, tri-radio, indoor access points that can be deployed in either controller-based (AOS-8) or controller-less (Aruba Instant) network environments. These APs deliver high performance concurrent 2.4 GHz, 5 GHz, and 6 GHz 802.11ax Wi-Fi (Wi-Fi 6E) functionality with MIMO radios (4x4 in 2.4 GHz, 5 GHz, and 6 GHz), while also supporting 802.11a, 802.11b, 802.11g, 802.11n, and 802.11ac wireless services.

Additional features include:

• IEEE 802.11a, IEEE 802.11b, IEEE 802.11g, IEEE 802.11n, IEEE 802.11ac, and IEEE 802.11ax operation as a wireless access point
• IEEE 802.11a, IEEE 802.11b, IEEE 802.11g, IEEE 802.11n, IEEE 802.11ac, and IEEE 802.11ax spectrum monitor
• Two Ethernet ports, ENET0 and ENET1, each capable of data rates up to 5 Gbps
• Compatible with IEEE 802.3bt, IEEE 802.3at, and IEEE 802.3af PoE standards on both Ethernet ports
• Mesh
• Thermal management

For complete technical details and installation instructions, see Aruba 650 Series Access Points Installation Guide.

Support for New Aruba USB LTE Modem

AOS-8 supports a new Aruba USB LTE modem for Remote APs. The USB modem plugs directly into the USB port of the Remote APs, and supports plug-and-play to provision the modem for both 3G and 4G networks on the Remote APs as backup or primary WAN uplink.

Advertise Wide Bandwidth Information Element in Neighbor Report Responses

A new setting called Advertise Wide Bandwidth IE in Neighbor Report Responses is added to the 802.11k profile configuration to include wide channel bandwidth information element in the neighbor report responses. This setting is enabled by default in the WebUI. This feature can be configured in the CLI by using the nb-resp-wide-band-ie parameter in the wlan dot11k-profile command.

Command Support for AP Antenna Detection on Wi-Fi 6E APs

AOS-8 supports the show ap antenna status command for Wi-Fi 6E APs (630 Series and 650 Series access points).

Command Support for U-Blox GPS Receiver

AOS-8 supports the gps command to enable or disable the U-Blox GPS receiver in APs and the show ap gps command to view the status of the GPS receiver.

Configuring IoT Antenna Gain Value

The following CLI parameters are introduced to configure an antenna gain value for IoT devices:

• A new CLI parameter iot-ant-gain is introduced in the provision-ap command to configure an antenna gain value for APs with external antennas.
• A new parameter called action iot-ant-gain is introduced in the ap provisioning-rule command. This command is available only in the Mobility Conductor.

Display Client Kickout Occurrences on APs

The show ap debug client-kickout-logs command is introduced to display detailed information on the last 12 occurrences of the client deauthentication logs. This occurs due to consecutive Tx failures in 530 Series, 550 Series, 630 Series, and 650 Series access points.

Display LLDP Neighbor Chassis ID / Port ID during AP Provisioning

The WebUI now displays LLDP Neighbor Chassis ID / Port ID while provisioning an AP.

DRT support for BLE and 802.15.4 Introduced in New Access Points

The output of the show ap debug received-reg-table command will now display the DRT information for BLE and 802.15.4 standard for 580 Series access points.

Enhancements to AirGroup

Starting with AOS-8.10.0.0, AirGroup version 2 is enabled by default and AirGroup version 1 is not available. AirGroup version 2 introduces the following changes:

• Auto-associate AP name is enabled by default. Any configuration related to auto-associate AP name that was done before the upgrade to AOS-8.10.0.0 will be retained. But, if auto-associate is not configured before the upgrade to AOS-8.10.0.0, then auto-associate AP name will be enabled automatically after the upgrade to AOS-8.10.0.0. An AirGroup user will see AirGroup servers only in the vicinity of the AP name.
• Wired servers are added to managed device-tagged, cluster-tagged, or untagged list. Wired servers in the untagged list cannot be discovered. Wired servers in the untagged list do not have a unique managed device or cluster location and:
  • If a ClearPass Policy Manager policy is present, it will be applied.
  • A managed device-tagged wired server will be visible to AirGroup users connected the same managed device.
  • A cluster-tagged wired server will be visible to AirGroup users connected to the same cluster.

Enhancements to Default Gateway for dedicated OOB Management

The ip default-gateway command is modified to configure the default gateway for dedicated OOB management Ethernet port on 7000 Series controllers.

Enhancements to Dump Collection

The AOS-8 WebUI is modified to allow users to regulate the core dump files sent to the managed device. The transfer-enable sub-parameter was added to the dump-collection-profile parameter to enable APs to transfer the core dump.

Enhancements to IPM 

Additional reduction steps are introduced in the ap-system profile <name>ipm-power-reduction-step-prio ipm-step command to reduce the power consumption and the operating temperature of the AP when IPM is enabled.

Exporting IDS Logs from WebUI

Starting with AOS-8.10.0.0, user has the option of exporting IDS logs as a CSV file from the WebUI for Detected Clients, Detected Radios, Events, and Denylist tables.

Enhancement to Multiversion Support

Multiversion is now supported for a Mobility Conductor that is running AOS-8.10.0.0 version and the managed devices are running either AOS-8.6.0.0, AOS-8.7.0.0, AOS-8.8.0.0, AOS-8.9.0.0, or AOS-8.10.0.0 version.

Enhancements to the show mon-serv-mesh-tbl-entry command

The 6G parameter has been added to the show mon-serv-mesh-tbl-entry command to display the entries of 6 GHz radio band.

Enhancements to RRE IM Profile configuration

The Import option in the Configuration > System > Profiles > All Profiles > RF Management > 6 GHz radio > RRM IE Settings for 6GHz page of the WebUI allows you to copy the configuration parameters of an existing WLAN RRM IE profile.

Enhancement to Tx Power Value for IoT BLE or Zigbee Radio Profile

The maximum configurable value of Tx power for BLE and Zigbee-based radio profiles is increased from -40 to 20.

Ghost Tunnel Attack Detection

AOS-8 allows detection of ghost tunnel attacks on both the server side and client side. A ghost tunnel attack is a backdoor transmission method that can be used in an isolated environment. A ghost tunnel attack does not use 802.11 probe request packets or beacon packets to communicate and does not need to establish a Wi-Fi connection.

Grouping Firewall Sessions for Managed Devices

AOS-8 allows grouping of policy enforcement firewall visibility sessions for managed devices based on the same BSSID.

Handling Over Current in AP’s USB Port

Starting from AOS-8.10.0.0, the AP’s USB port will now automatically shut down if the temperature of the port reaches 125°C. This helps to prevent short circuits on USB ports. This feature is available by default on all Aruba 500 Series, 500H Series, 510 Series, 530 Series, 550 Series, 630 Series , 650 Series access points.

Increase in the RADIUS server authentication timeout value

Starting from AOS-8.10.0.0, the maximum timeout value for RADIUS server authentication has been increased from 30 seconds to 120 seconds.

Increase in the Username and Password Character Limit for Management Authentication

Currently, the maximum character count for username and password in management authentication is 32. Starting from AOS-8.10.0.0. the character count has been increased to 128.

Long Supported Release

AOS-8.10.0.0 is now a Long Supported Release (LSR). The WebUI, CLI, and SNMP commands reflect this update. An LSR extends support for patches up to five years. A Short Supported Release (SSR) extends support for patches up to two years.

Postquantum Preshared Key (PPK)support for IKEv2

Postquantum Preshared Key (PPK) support is added to IKEv2. It is limited to site-to-site VPNs.

VIA Client Count in WebUI

Starting with AOS-8.10.0.0, count of VIA clients is displayed in the Dashboard > Overview page.

Revised Scaling Capacity of Aruba 7240 Controllers

Starting from AOS-8.10.0.0, the scaling capacity of Aruba 7240 controllers has been reduced to that of Aruba 7220 controllers. The scaling capacity of Aruba 7240XM controllers has not been revised.

Allow Search Based on Special Characters in Device Name

Starting from AOS-8.10.0.0, you will be able to search, sort, and filter APs, controllers, and client devices even when they have special characters such as +, *, &, %, $, #, etc.

Separate Band-Steer for 5 GHz and 6 GHz Radios

ClientMatch supports separate band-steer for 5 GHz and 6 GHz capable clients on Wi-Fi 6E APs. If band-steer to 5 GHz radio fails multiple times for a client that is both 5 GHz and 6 GHz capable, the client is marked as unsteerable for band-steer to 5 GHz radios only.

SES-Imagotag and Wi-Fi Co-Existence Support for Wi-Fi 6 and Wi-Fi 6E Access Points

AOS-8 now supports SES-Imagotag and Wi-Fi Co-existence for Wi-Fi 6 and Wi-Fi 6E access points.

Support for 802.11mc Fine Timing Measurement on Wi-Fi 6E APs

AOS-8 supports 802.11mc Fine Timing Measurement feature on Wi-Fi 6E APs (630 Series and 650 Series access points).

Support for AirMatch Mode Aware

AOS-8 supports AirMatch mode aware to optimize the use of 2.4 GHz radios in dense RF environment. In a high-density RF environment, multiple 2.4 GHz radios may cause interference. With the mode aware feature, AirMatch converts some of the 2.4 GHz radios to monitoring mode keeping coverage for all the bands at priority. The mode aware feature allows dynamic optimization of the RF environment.

Support for BSC Computer Version of the EnOcean USB Dongle

Instant now supports the BSC computer version of the EnOcean USB dongle.

Support for Aruba Certification

A new parameter Aruba Certified is introduced in the output of the show interface gigabitethernet <slot/module/port> transceiver command. This parameter shows if the Small Form-factor Pluggable (SFP) transceiver is certified by Aruba.

Support for DigiCert Global G2 root CA certifications

AOS-8 now supports DigiCert Global G2 root CA certifications for Azure IoTHub and DPS connection.

Support for EN302502 and EN301893 in UNI3 Bands

The AP-374 outdoor access point supports EN302502 and EN301893 for DFS in UNI3 bands. Support for EN302502 allows the usage of higher power in the UNI3 band in ETSI and support for EN301893 allows radar detection.

Support for Flash EIRP Limit on 6 GHz bands

AOS-8 supports the Flash EIRP limit for U-NII channels of 6 GHz bands on Wi-Fi 6E APs.

Support for Higher Cipher for SSH

Starting with AOS-8.10.0.0, support for rsa-sha2-256 and higher ciphers is added for the SSH protocol.

Support for Hypervisor Version 7.0

AOS-8 can now be installed using VMware ESXi version 7.0.

Support for Jumbo Lite Frames

Starting from AOS-8.10.0.0, the Jumbo Lite frames are now supported in IPv4 and IPv6 networks. IPsec site-to-site tunnels for the virtual mobility controllers (VMC)s now support the Jumbo Lite frames that allow the VMCs to forward data frames over IPsec site-to-site tunnels that are larger than 1500 bytes without fragmentation. In IPv6 site-to-site tunnels, the minimum MTU size is 1280 bytes. When a user configures the MTU size with a value less than 1280 bytes, the IPv6 tunnels will use an MTU size of 1280 bytes. For non-VMC platforms, the maximum MTU size is limited to 2500 bytes.

Support for Wi-Fi Uplink on Wi-Fi 6E APs

AOS-8 supports the Wi-Fi uplink feature on Wi-Fi 6E APs (630 Series and 650 Series access points) for 2.4 GHz, 5 GHz, and 6 GHz radio bands.

Support Sort and Filter Capabilities in Detected Radios

AOS-8 supports sorting and filtering capabilities on the following columns in the Dashboard > Security > Detected Radios page.

• Bandwidth
• Secondary Channel
• Confidence Level
• Encryption
• Discovered Time
• Match Time
• Match AP/Rule

Telemetry Manager Process

Starting from AOS-8.10.0.0, a new process named Telemetry Manager(TM) has been introduced to offload the management interfaces, AMON and MON from the station management process(STM).

VLAN support for Wireless Clients

A new parameter VLAN is introduced in the Customize Column for the Wireless Clients on Dashboard > Overview page.

ZBOSS Database

The ZigBee Open Source Stack (ZBOSS) database in AOS-8 is upgraded to version 3.5.1.0.

Removal of ssh-rsa Signature Scheme from SSH Cryptographic Settings

The ssh-rsa parameter has been removed to eliminate any security concerns with the SHA-1 hash algorithm and RSA public key algorithm.

Dynamic Events and PCAPs Files Protocol Update

Starting from AOS-8.10.0.6, dynamic events and PCAPs files can be transmitted in SCP or TFTP depending in the configuration defined as Transfer Mode in dump collection profile. For more information, check Configuring the Dump Collection Profile.

This section includes the known limitations in 8.10.x.x releases.

Title	Description
Port-Channel Limitation in 7280 Controllers	The 7280 hardware architecture consists of two Network Acceleration Engines (NAEs). The ethernet ports are split between the NAEs according to this mapping: NAE 0: Ports 0/0/4 to 0/0/7 and 0/0/12 to 0/0/15 NAE 1: Ports 0/0/0 to 0/0/3 and 0/0/8 to 0/0/11 When configuring a port-channel, it is recommended that member ports are distributed between the two different NAEs (e.g., 0/0/0 and 0/0/4) . This is to ensure hitless operation if one of the member ports experiences a link flap either due to a network event or a user-driven action. If member ports are on the same NAE, a link flap will be observed for less than a second. It is not recommended to form a 10 Gbe based port-channel larger than 2x 10 Gbe due to this hardware limitation.
No Support for Airtime Fairness Mode	Airtime Fairness Mode is not supported in 802.11ax access points.
6 GHz Channel Information in Regulatory Domain Profile	AOS-8 does not display the 6 GHz channel information in the existing regulatory domain profile of Wi-Fi 6E APs by default. To include 6 GHz channel information, ensure that you change the country code to a different country code, apply the change, and then revert it to the original country code. Another option is to create a new regulatory domain profile that includes the 6 GHz channel information by default, or copy the existing regulatory domain profile into a new regulatory domain profile to save the configuration. The following example configures a regulatory domain profile and specifies a valid 6 GHz band. (host) [mynode](config) #ap regulatory-domain-profile reg-635 (host) [mynode] (Regulatory Domain profile "reg-635") #country-code US (host) [mynode] (Regulatory Domain profile "reg-635") #valid-6ghz-channel 165
Limitations in 650 Series and 630 Series Access Points	No spectrum analysis on any radio No Zero-Wait DFS No Hotspot and Air Slice support on the 6 GHz radio No 802.11mc responder and initiator functionality on any radio Only 4 VAPs on the 6 GHz radio instead of 16 Maximum of 512 associated clients on any radio, instead of 1024
Air Slice is partially enabled on some 500 Series APs	Air Slice is partially enabled on 500 Series access points and 510 Series access points. However, WMM boost will be functional even if Air Slice high-priority queuing is disabled.
cpboot command in 7000 Series and 7200 SeriesControllers	The cpboot command does not upgrade the AOS-8 software version of 7000 Series and 7200 Series controllers.

Supported Platforms in AOS-8.x

This section displays the supported platforms in AOS-8.x. The minimum version supported column displays the minimum AOS-8.x version that can be run on a platform. The latest version supported column displays the newest AOS-8.x version that can be run on a certain device. Patch releases do not affect platform support. For example, a device which latest supported version is 8.10.0.x can run on any 8.10.0.x version, such as 8.10.0.2 or 8.10.0.10.

Mobility Conductor Platforms

Mobility Conductors		AOS-8.x Versions Supported
Conductor Family	Conductor Model	Minimum	Latest
Hardware Mobility Conductor	MCR-HW-1K, MCR-HW-5K, MCR-HW-10K	8.1.0.x	8.12.0.x
Virtual Mobility Conductor	MCR-VA-500, MCR-VA-1K, MCR-VA-5K, MCR-VA-10K	8.0.0.x	8.12.0.x
	MCR-VA-50	8.1.0.x	8.12.0.x

Mobility Controller Platforms

Mobility Controllers		AOS-8.x Versions Supported
Controller Family	Controller Model	Minimum	Latest
9200 Series	9240	8.10.0.x	8.12.0.x
9000 Series	9012	8.7.0.x	8.12.0.x
	9004	8.5.0.x	8.12.0.x
7200 Series	7280	8.3.0.x	8.12.0.x
	7205, 7210, 7220, 7240, 7240XM	8.0.0.x	8.12.0.x
7000 Series	7005, 7008, 7010, 7024, 7030	8.0.0.x	8.12.0.x
Virtual Mobility Controllers	MC-VA-50, MC-VA-250, MC-VA-1K	8.0.0.x	8.12.0.x
	MC-VA-10	8.4.0.x	8.12.0.x

Access Point Platforms

Access Points			AOS-8.x Versions Supported
AP Family	AP Series	AP Model	Minimum	Latest
6xx	670 Series	AP-675, AP-675EX, AP-677, AP-677EX, AP-679, AP-679EX	8.12.0.x	8.12.0.x
	650 Series	AP-655	8.10.0.x	8.12.0.x
		AP-654	8.11.2.x	8.12.0.x
	630 Series	AP-635	8.9.0.x	8.12.0.x
		AP-634	8.11.2.x	8.12.0.x
	610 Series	AP-615	8.11.0.x	8.12.0.x
	600 Series	AP-605H	8.12.0.x	8.12.0.x
5xx	580 Series	AP-584, AP-585, AP-585EX, AP-587, AP-587EX	8.10.0.x	8.12.0.x
	570 Series	AP-574, AP-575, AP-577. AP-575EX, AP-577EX	8.7.0.x	8.12.0.x
	560 Series	AP-565, AP-567, AP-565EX, AP-567EX	8.7.1.x	8.12.0.x
	550 Series	AP-555	8.5.0.x	8.12.0.x
	530 Series	AP-534, AP-535	8.5.0.x	8.12.0.x
	510 Series	AP-518	8.7.0.x	8.12.0.x
		AP-514, AP-515	8.4.0.x	8.12.0.x
	500 Series	AP-504, AP-505	8.6.0.x	8.12.0.x
		AP-505H, AP-505HR	8.7.0.x	8.12.0.x
		AP-503H, AP-503HR	8.7.1.x	8.12.0.x
		AP-503	8.11.1.x	8.12.0.x
3xx	380 Series	AP-387	8.4.0.x	8.10.0.x
	370 Series	AP-374, AP-375, AP-377, AP-375EX, AP-377EX, AP-375ATEX	8.3.0.x	8.12.0.x
	360 Series	AP-365, AP-367	8.3.0.x	8.12.0.x
	340 Series	AP-344, AP-345	8.3.0.x	8.10.0.x
	330 Series	AP-334, AP-335	8.1.0.x	8.10.0.x
	320 Series	AP-324, AP-325	8.0.0.x	8.10.0.x
	310 Series	AP-318	8.3.0.x	8.12.0.x
		AP-314, AP-315	8.1.0.x	8.12.0.x
	300 Series	AP-304, AP-305	8.1.0.x	8.12.0.x
		AP-303H, AP-303HR	8.2.0.x	8.12.0.x
		AP-303P	8.4.0.x	8.12.0.x
		AP-303	8.3.0.x	8.12.0.x
2xx	270 Series	AP-274, AP-275, AP-277	8.0.0.x	8.10.0.x
	220 Series	AP-224, AP-225, AP-228	8.0.0.x	8.10.0.x
	210 Series	AP-214, AP-215	8.0.0.x	8.10.0.x
	200 Series	AP-207	8.1.0.x	8.10.0.x
		AP-204, AP-205, AP-205H	8.0.0.x	8.10.0.x
		AP-203H, AP-203R, AP-203RP	8.2.0.x	8.10.0.x
1xx	170 Series	AP-175AC, AP-175AC-F1, AP-175DC, AP-175DC-F1, AP-175P, AP-175P-F1	8.0.0.x	8.6.0.x
	130 Series	AP‑134, AP-135	8.0.0.x	8.6.0.x
	110 Series	AP-114, AP-115	8.0.0.x	8.6.0.x
	100 Series	AP-103, AP‑104, AP‑105	8.0.0.x	8.6.0.x
		AP-103H	8.0.0.x	8.3.0.x
9x	90 Series	AP‑92, AP‑93, AP-93H	8.0.0.x	8.2.0.x

The following browsers are officially supported for use with AOS-8 WebUI:

Web Browser	Operating System
Microsoft Edge (Microsoft Edge 92.0.902.62 and Microsoft EdgeHTML 18.19041) or later	Windows 10 or later macOS
Firefox 107.0.1 or later	Windows 10 or later macOS
Apple Safari 15.4 (17613.1.17.1.13) or later	macOS
Google Chrome 108.0.5359.71 or later	Windows 10 or later macOS