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SD-Access Wireless
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Software- Defined Access (SD‑Access) is Cisco’s next-generation architecture for the enterprise network, aligned with Cisco DNA.
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Key benefits of SD-Access Wireless include simplified provisioning of your wired and wireless network, group-based policy for users and connected devices, and Layer 2 roaming across the network for distributed traffic. Learn more here.
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Cisco DNA Center: Automation and Assurance
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Cisco DNA Center offers centralized, intuitive management that makes it fast and easy to design, provision, and apply policy across your entire network environment.
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Cisco DNA Automation simplifies network deployment by automating Cisco wireless and wired network design, policy, and provisioning.
AireOS 8.5 is Cisco DNA Center Assurance ready, enabling controllers (3504, 5520, 8540) to stream telemetry data to Cisco DNA Center for proactive monitoring and troubleshooting.
Additionally, AireOS 8.5 includes Apple Phase Analytics, where Apple device profiles, insights into the client’s view of the network, and disconnect activities are reported.
Cisco DNA Assurance benefits: Please refer to the Cisco DNA Center Analytics and Assurance page and At-a-Glance.
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Cisco 3504 Wireless Controller
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The 3504 wireless controller enables next-generation wireless networks for small to medium-sized enterprises and branch office deployments.
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The 3504 wireless controller with Cisco Multigigabit Ethernet technology is a compact, highly scalable, service-rich, resilient, and flexible platform. It is optimized for 802.11ac Wave 2 performance, high scale, and enhanced system uptime. As a component of the Cisco DNA ready infrastructure, the 3504 controller fully supports SD-Access Wireless and Assurance capabilities. These controllers support all the same features as the existing 5520 and 8540 controllers.
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APeX Extender Module Hardware Development Kit
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The Access Point Extensions (APeX) Extender Module Hardware Development Kit (HDK) enables developers to quickly prototype applications based on standard off-the-shelf development platforms. APeX HDK connectivity is currently supported on the Cisco Aironet 3800 Series access points.
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The APeX HDK is a Printed Circuit Board Assembly (PCBA), with an interface for connecting to supported Cisco Aironet access points. The board has mounting holes to accommodate several standard development platforms that work within the power budget of the board. The HDK can also be used as a standalone device without the resources of a host access point.
Browse the contents of this guide for detailed specifications of the board.
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Identity Pre-Shared Key (iPSK)
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iPSK delivers per-client pre-shared keys for a given SSID.
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The advent of Internet of Things (IoT) devices increases the threat surface exponentially. iPSK delivers per-client PSK for a given SSID and identity-based security without the overhead of 802.1X security, making it simple to onboard IoT devices on Cisco wireless networks with no security compromise.
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CNAME support for pre-auth DNS access control lists (ACLs) (IPV4 and IPV6)
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Support for domain ACLs to redirect pre-auth guest traffic for both IPv4 and IPv6 traffic.
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This enhancement adds support for DNS responses with nested CNAME as well as responses where the CNAME to IP address resolution is across multiple responses.
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Monitor mode support for Cisco Aironet 1800 and 1560 Series Access Points
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Cisco Aironet 1800 and 1560 Series support for the Monitor operating mode.
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Brings support for Monitor mode to the Aironet 1800 and 1560 Series access points. Monitor mode listens to all channels on the 2.4- and 5-GHz bands. Depending on the vendor’s solution, the information gleaned from listening is used to analyze the state of wireless connectivity (typically signal strength), as well as to identify potential security threats.
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Cisco FlexConnect®support for VLAN-based central switching on Wave 2 access points
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VLAN-based central switching support for Aironet 802.11ac Wave 2 access points.
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When an access point is operating in Cisco FlexConnect mode, VLAN-based central switching allows VLANs to switch between local and central termination based on authentication, authorization, and accounting (AAA) attributes. This applies to all Cisco 802.11ac Wave 2 access points.
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Passpoint support on all 802.11ac Wave 2 access points
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Passpoint support on all Cisco 802.11ac Wave 2 access points.
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Brings Wi-Fi Alliance “Wi-Fi CERTIFIED Passpoint” support to all Cisco 802.11ac Wave 2 access points.
For Passpoint details
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Mobility Express user interface
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The Mobility Express user interface adds support for Apple Fast Lane, Passpoint, TACACS+, access point conversion, and external antenna configuration.
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Mobility Express solution brings additional features into its GUI, with a focus on user workflows.
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Mobility Express support for Network Address Translation (NAT)
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Support for central NAT on a per-WLAN basis.
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Mobility Express allows WLANs in which the master access point acts as a gateway to the traffic coming from the clients connected to the specific WLAN and do NAT/PAT translation to the northbound traffic.
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Cisco Aironet 1540 Series support
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Cisco Aironet 1540 Series outdoor access points are high-performance radios in an extremely compact yet rugged outdoor package.
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The Cisco Aironet 1540 Series outdoor access points are compact, lightweight outdoor access points ideal for enterprises and service providers.
With support for 802.11ac Wave 2 wireless standards and Gigabit Ethernet wired connectivity in a rugged outdoor package, the 1540 Series can be powered by standard 802.3af Power over Ethernet (PoE) supplied by the switch. The 1540 is a 2x2 multiple-input multiple-output (MIMO) dual-radio access point with internal antennas and provides best-in-class performance in an easy-to-deploy package. The 1540 Series supports local, Cisco FlexConnect, Mobility Express, and mesh operational modes.
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Client-aware Flexible Radio Assignment (FRA)
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Aironet 3800 and 2800 Series FRA enhancements for increasing client density.
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Client-aware FRA allows 3800 and 2800 Series access points to dynamically adjust the wireless network to match the density of the clients.
For example, as a large auditorium fills up with meeting attendees, the access point detects the increased density and automatically adjusts the radios for high density. When the meeting ends, the access point returns each radio back to its initial role.
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