New AP Firmware Release Features

The following software features are introduced in these AP firmware releases.

Note: The new features for AP firmware release 7.2.0.610.1360 do not apply to R370.

Table 1. New AP Firmware Features - 7.2.0.610.1360
Feature	Description
Enhanced 6 GHz Channel Selection Using AFC Data	Enhanced ChannelFly® to enable smart channel selection on the 6 GHz radio using Automated Frequency Coordination (AFC) response data. APs now select channels that allow higher permitted Equivalent Isotropically Radiated Power (EIRP), preferring channels with greater power allowances instead of defaulting to lower-numbered channels, thereby improving performance and alignment with AFC-granted limits.
Enhanced Mesh Uplink Selection Reliability	Enhanced the mesh uplink selection algorithm to avoid selecting mesh links with low Signal-to-Noise Ratio (SNR). This prevents unnecessary switching to 6 GHz mesh links when bandwidth-based throughput estimates temporarily outweigh signal quality, resulting in more stable mesh operation and improved overall link reliability.
Regulatory Compliance and Regional Support Updates	Added regulatory support and updates across multiple AP models and regions: Enabled T670 and T670sn SKUs for Japan (no 6 GHz) and South Korea (6 GHz Low Power Indoor (LPI) only). ZoneFlex™ Z2 SKUs support to Japan, South Korea, and Hong Kong. Enabled R350, R550, R650, R750, H350, H550, and T350 for Maldives. Also resolved compliance with Canada Radio Standards Specification RSS-247 Issue 4 for Wi-Fi 6 and Wi-Fi 7.
AeroScout Wi-Fi Tag Support	Introduced support for AeroScout Wi‑Fi tags, enabling Access Points to detect tag transmissions and forward the captured data to an external AeroScout location engine for RTLS-based asset and personnel tracking.
Wi-Fi Client Connection Experience Monitoring	Introduced support for measuring Wi‑Fi client connection experience, enabling Access Points to collect and report metrics that provide visibility into client connection quality and performance.
R575 Wi-Fi 7 Access Point Support	Introduced support for the R575 Wi‑Fi 7 tri‑band indoor Access Point (2.4/5/6 GHz), enabling deployment of next-generation wireless connectivity with expanded spectrum and improved performance.
AP Group-Level IoT Controller Configuration	Introduced support for configuring the RUCKUS One IoT controller at the AP group level. This enhancement enables you to override venue-level settings for an entire AP group and supports the use of multiple IoT controllers within a single venue without requiring per-AP manual overrides.
AP Group Name Support in RADIUS NAS-ID	Introduced support for including the AP group name in the RADIUS NAS-ID configuration. This enhancement enables more granular identification by RADIUS servers and allows application of authentication policies based on AP groupings.
RADIUS-Based Access Control and URL Redirection	Introduced support for enforcing network access policies using RADIUS-defined ACLs and URL redirection through Ruckus‑External‑Url. This enhancement enables dynamic restriction of users or redirection to compliance or remediation portals before granting full network access.
Enhanced DPSK3 Client Visibility and Troubleshooting	RUCKUS One now provides improved visibility and consistency for DPSK3 networks by aligning client statistics across both service and onboarding WLANs. Additionally, troubleshooting views include new color-coded encryption indicators, enabling faster identification of client encryption status and improved operational diagnostics.
Docker Container Deployment on Wi-Fi 7 Access Points	RUCKUS One now supports running Docker containers on supported Wi‑Fi 7 access points (starting with AP firmware version 7.2.0). This capability enables advanced IoT use cases by allowing access points to dynamically download, deploy, and manage containerized applications directly from the cloud.

Table 2. New AP Firmware Features - 7.1.1.531.6213
Feature	Description
RUCKUS AP H670	Key features introduced in the release: BeamFlex+® Adaptive Antennas: The RUCKUS H670 uses BeamFlex+® adaptive antennas to dynamically select from over 4,000 antenna patterns, optimizing signal paths for each client to deliver stronger connections, improved coverage, and reduced radio frequency interference. Wi-Fi 7 Performance: Tri-band concurrent AP with 6 spatial streams and up to 9.34 Gbps aggregate data rate. Advanced Wi-Fi Features: Supports: Multi-Link Operation (MLO) for simultaneous multi-band transmission. Preamble Puncturing to improve spectrum efficiency in congested environments. 4K QAM for higher data throughput. 320 MHz channels to maximize capacity and performance. Wall-mounted Design: Ideal for hospitality, MDUs, student housing, and in-room enterprise deployments. Converged Wired and Wireless Access: Features a 5 GbE uplink for high-speed backhaul and four 2.5 GbE Ethernet ports, including two PoE-enabled ports, to power and connect in-room devices such as VoIP phones, cameras, and IoT endpoints. Integrated IoT Connectivity: Includes dual concurrent BLE and Zigbee radios to seamlessly connect smart locks, sensors, and building automation systems, enabling scalable and cost-effective IoT deployments. Enterprise-grade Security: Built with TPM 2.0 and Secure Boot to protect device integrity, secure credentials, and prevent unauthorized firmware or software modifications at the network edge. AI-driven Operations: Powered by RUCKUS One with AI-driven analytics and IntentAI™ automation to proactively detect issues, optimize performance, and simplify day-to-day network operations. Advanced RF Optimization: Uses BeamFlex+, SmartMesh™, SmartRoam™, and ChannelFly® to dynamically optimize coverage, reduce interference, and deliver consistent performance in high-density environments.
RUCKUS AP R676sn	Key features introduced in the release: Deployment Flexibility: Software-defined sector coverage allows the AP to adapt to different environments by dynamically adjusting beam width for high-density or wide-area coverage. Optimized Performance: Precise antenna control minimizes interference and maximizes signal strength, delivering improved connectivity and higher data rates. Simplified Network Planning: Programmable sector antennas reduce the need for multiple APs with fixed patterns, lowering hardware costs and simplifying design. Dynamic Adaptation: Antenna patterns can be remotely reconfigured to meet changing network demands without physical adjustments. Enhanced Spectral Efficiency: Targeted radio frequency energy improves spectrum utilization, reduces co-channel interference, and increases overall network capacity.

Table 3. New AP Firmware Features - 7.1.1.530.5225
Feature	Description
Support for 6 GHz Indoor Bands in Korea and Japan for Wi-Fi 6E Compliance	Introduced support for 6 GHz indoor frequency bands: 5925–7125 MHz for Korea and 5925–6425 MHz for Japan, enabling enhanced Wi-Fi 6E connectivity in compliance with regional regulations.
CVE Patches & AP Enhancements for Security and Performance	Implemented CVE-related security patches and integrated critical AP feature enhancements to strengthen system security and improve overall AP performance.
Multi-Link Operation (MLO) Support for R370	For R370, Wi-Fi 7 clients can now connect across multiple radio bands and dynamically switch between them, delivering higher throughput and lower latency in compliance with the IEEE 802.11be (Wi-Fi 7) standard. Note: The Wi-Fi 7 Multi-Link Operation (MLO) feature is available but requires client OS and driver support. WPA3 encryption is mandatory when using MLO to ensure network security.
Wi-Fi Calling Enhancements on R370 for Superior Voice Quality	The RUCKUS Wi-Fi Calling feature on R370 improves voice call quality by reducing latency, jitter, and roaming delays across Wi-Fi networks.

Table 4. New AP Firmware Features - 7.1.1.520.830
Feature	Description
ANQP Metrics	Access Network Query Protocol (ANQP) success, failure, and attempt counts are now available in RUCKUS One and RUCKUS AI.
Improved Roaming with 802.11r Over-the-DS Fast Transition	Roaming performance has been improved with support for IEEE 802.11r Over-the-DS Fast Transition, enabling faster and smoother client handoffs between access points.
Tri-Band APs Show Mesh Channel in Table for Better Backhaul Visibility	Tri-band APs now display the current Mesh operating channel directly in the Mesh table, enhancing visibility into backhaul link selection across the 5 GHz and 6 GHz bands.
RUCKUS One PreEngine API Now Supports 6 GHz for Full LBS Coverage	Extended RUCKUS One PreEngine API support to include the 6 GHz (third radio) band on APs, enabling comprehensive LBS data collection across all bands.
Wi-Fi 7 MLO Boosts Performance	IEEE 802.11be (Wi-Fi 7) introduces Multi-Link Operation (MLO), enabling seamless traffic steering and enhanced performance across multiple frequency bands. Current access points support Enhanced Multi-Link Single-Radio (eMLSR) mode, allowing client devices to monitor multiple links while transmitting on one, thereby reducing latency and improving efficiency.
Improved TX Power & 6 GHz Support	Enhancements to TX power and 6 GHz support have been implemented across Venue, Wi-Fi, and AP configurations, improving visibility, compliance, and performance in multi-band deployments.
AFC Enables 6 GHz in Canada	Added Automated Frequency Coordination (AFC) support for 6 GHz operation in Canada, enabling compliant dynamic spectrum access for Wi-Fi 6E and Wi-Fi 7 access points.
Seychelles Support Added to RUCKUS One	Support for Seychelles (country code SC) has been added to RUCKUS One, enabling compliant access point deployments with region-specific power limits and certified model support.
Redundancy Support for SoftGRE Gateway in RUCKUS One	Added redundancy support allowing access points to automatically fallback to the primary wireless access gateway (WAG), otherwise known as the SoftGRE gateway, once it becomes reachable, ensuring optimal tunnel routing and service continuity.
Enhanced AP Properties: PoE Visibility in RUCKUS One	AP Properties now display PoE port speed, class, and allocated power—when supported by LLDP and PoE-powered access points—enhancing visibility into power negotiation and usage.
Embedded IoT Controller UI Integration in RUCKUS One	RUCKUS One now supports embedded access to the IoT Controller UI, enabling seamless management of IoT functions directly within the platform. This integration includes secure redirection, controller summary dashboards, and licensing support.

Table 5. New AP Firmware Features - 7.1.0.512.1080
Feature	Description
New AP Model: T670 Omni with USB	The T670 Omni with USB is a newly introduced AP model that includes a USB port. This port can be used to power peripheral devices, load firmware, and serve as an alternative AP access method for AP configuration and recovery.

Table 6. New AP Firmware Features - 7.1.0.511.1070
Feature	Description
SoftGRE IPsec Tunnel Support	RUCKUS One now supports SoftGRE IPsec tunnels with Pre-Shared Key (PSK) authentication.
Support for AP Model T670SN	AP model T670SN is now fully supported by RUCKUS One. You can seamlessly add, manage, and operate this new AP model.

Table 7. New AP Firmware Features - 7.1.0.510.1041
Feature	Description
Seamless IoT Integration with MQTT Messaging in AP Configuration	RUCKUS One now allows AP configuration to communicate with an IoT controller using MQTT messaging, while still being managed within RUCKUS One for seamless integration with IoT deployments.
Enhanced Flexibility with OWE Transition Mode on 6 GHz Radio	RUCKUS One now supports OWE Transition Mode on the 6 GHz radio, providing greater flexibility for open networks and ensuring a seamless experience across all bands. With this feature, a 6 GHz OWE network will be automatically created alongside the existing 2.4/5 GHz networks, all using the same ESSID.