HPE JW170A

Aruba AP-215 Indoor Wireless Access Point

The HPE JW170A Aruba AP-215 Wireless Access Point is a dual-radio, high-performance indoor access point designed or enterprise-grade wireless networking. Powered by 802.11ac technology, it delivers robust and reliable Wi-Fi performance ideal for offices, classrooms, healthcare, and retail environments. With advanced features like beamforming, ClientMatch™, and adaptive radio management, the AP-215 optimizes signal strength and device experience across dynamic user environments.Supporting concurrent dual-band operation with 3x3 MIMO on both 2.4GHz and 5GHz bands, this access point ensures maximum throughput and seamless connectivity for high-density environments. Aruba proven software and security stack also make it a solid solution for organizations prioritizing network stability, security, and scalability.

Features

The Aruba AP-215 integrates easily into any existing Aruba WLAN architecture and supports centralized management via Aruba Mobility Controllers. Featuring three spatial streams per radio, it delivers up to 1.3 Gbps of total throughput, making it ideal for data-heavy applications like HD video streaming, VoIP, and cloud access.This access point supports ClientMatch™ technology, which intelligently manages mobile client connections by steering them to the best-performing AP, improving performance in mixed-device environments. Its integrated adaptive radio management (ARM) helps reduce channel interference and improve overall network performance. The unit includes support for secure enterprise authentication (WPA2-Enterprise) and integrated firewall capabilities when used in controller-based deployments.

Advanced Options

Designed for business-critical wireless deployments, the Aruba AP-215 offers consistent high-speed wireless performance and reliability across dense environments. Its 3x3 MIMO radios and dual-band operation allow it to maintain optimal throughput even with multiple devices connected. The adaptive radio management ensures optimal channel selection and power settings, reducing interference and maximizing performance.