HPE Aruba AP-655 (US) - Campus - radio access point - Wi-Fi 6E - TAA Compliant

The HPE Aruba AP-655 (US) is a robust wireless access point designed to provide performance connectivity for campus environments. Featuring internal antennas and supporting multiple data link protocols, it ensures compatibility with various devices and networks. The device operates using Wi-Fi 6E technology, allowing for faster speeds and improved efficiency in crowded areas.

• Supports Wi-Fi 6E for enhanced performance
• Internal antenna design for versatile installation
• Compatible with multiple Wi-Fi standards including 802.11a/b/g/n/ac
• Designed for campus environments with reliable wireless coverage
• 4x4:4 streams for increased throughput

• Efficient Connectivity
  The HPE Aruba AP-655 (US) features a wireless access point type that delivers dependable connectivity, making it ideal for high-demand campus applications.
• Advanced Wireless Protocol Support
  This access point supports the wireless protocol 802.11a/b/g/n/ac/ax, ensuring broad compatibility and high performance across various devices.
• Multiple Data Link Protocols
  With support for IEEE 802.11b, IEEE 802.11a, IEEE 802.11g, IEEE 802.11n, IEEE 802.11ac, and IEEE 802.11ax standards, this device accommodates a wide range of networking needs.
• Optimized Design for Campus Use
  Specifically designed for campus environments, the HPE Aruba AP-655 provides reliable wireless connectivity, enhancing the user experience in educational and enterprise settings.
• Throughput Capabilities
  Featuring 4x4:4 streams, this access point maximizes data throughput, supporting numerous simultaneous users without compromising performance.

The HPE Aruba AP-655 (US) is a robust wireless access point designed to provide performance connectivity for campus environments. Featuring internal antennas and supporting multiple data link protocols, it ensures compatibility with various devices and networks. The device operates using Wi-Fi 6E technology, allowing for faster speeds and improved efficiency in crowded areas.