HPE Aruba Networking AP-725 Tri Radio 2x2 Wi-Fi 7 Access Point 2.4GHz 5GHz 6GHz

Wi-Fi 7 With AI-powered Management

The HPE Aruba Networking 720 Series Campus Access Points take advantage of the 6 GHz band to more than double the available capacity and offer AI-powered management that provides exceptional deployment flexibility — in the cloud, on-premises, or as-a-Service — for Wi‑Fi that is easier to manage.
These mid-range Wi‑Fi 7 access points, based on the IEEE 802.11be standard, deliver up to 4.7 Gbps maximum tri‑band aggregate data rate using three 2x2 MIMO radios (2.4 GHz, 5 GHz, and 6 GHz). They support 20 MHz, 80 MHz, and 160 MHz wide channels.
Intelligent automation, AI insights, and unified infrastructure management provided by HPE Aruba Networking Central enhance wireless performance and help drive efficient IT operations wherever you deploy your network management — in the cloud, on‑premises, or as‑a‑Service.
Improved roaming and connectivity are enabled by HPE Aruba Networking ClientMatch technology, which helps eliminate sticky client issues and improves performance for mobile clients.
Dynamic bandwidth adjustments support changing device density, enhanced roaming, and real‑time channel assignments to mitigate co‑channel interference, and built‑in filtering automatically minimizes the impact of interference for better Wi‑Fi experiences.

Comprehensive Network Security

The HPE Aruba Networking 720 Series Campus Access Points offer enhanced security with dynamic segmentation to eliminate the time-consuming and error-prone task of managing complex and static VLANs, ACLs, and subnets by dynamically assigning policies and keeping traffic secure and separated.
Network protection includes stronger encryption and authentication with WPA3, secure storage of credentials/keys for guest access with Enhanced Open, and enforcement of user and IoT access policies via firewalls.
AI-powered classification of all Wi‑Fi clients and IoT devices through HPE Aruba Networking Central uses deep packet inspection to provide behavioral context that helps ensure devices receive proper policy enforcement and continuous monitoring.
To simplify policy enforcement, the 720 Series uses the Policy Enforcement Firewall (PEF) to encapsulate all traffic from the access point to the gateway (or mobility controller) for end-to-end encryption and inspection.
For enhanced device assurance, HPE Aruba Networking access points include an installed TPM for secure storage of credentials, keys, and boot code.

Expanded IoT Support

The HPE Aruba Networking 720 Series Campus Access Points can serve as flexible IoT platforms that bolster network security and provide coverage for a broad range of IoT devices without the need for network overlays.
Configure a flexible integrated IoT radio for BLE or 802.15.4/Zigbee operation to simplify deployment and management of IoT-based location services, asset tracking, security solutions, and sensors. A USB port extension provides connectivity to a range of IoT devices.
HPE Aruba Networking Central IoT Operations unifies visibility of IT and OT infrastructure within the network health dashboard by extending monitoring and insights to BLE, Zigbee, and other non‑IP IoT devices. It helps streamline non‑Wi‑Fi device onboarding and data collection.

Location Services and Energy Saving

The HPE Aruba Networking 720 Series Campus Access Points help organizations deliver precision indoor location services by supporting FTM 802.11az for sub‑1 meter accuracy.
An AI‑powered dynamic power save mode enables the 720 Series to sleep and automatically wake when connectivity demand arises, reducing power consumption and lowering the energy footprint.
Target Wake Time establishes a schedule for when IoT clients need to communicate with an access point to improve client power savings and reduce airtime contention.
Intelligent Power Monitoring provides energy consumption insights as the access points continuously monitor and report hardware energy usage.
HPE Aruba Networking access points can also be configured to enable or disable capabilities based on available PoE power — ideal when wired switches have exhausted their PoE power budget.