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About
The ion4xi_WP is a sophisticated wall plate Access Point that combines aesthetics with high performance, delivering speeds up to 1.78 Gbps. Purpose-built for the hospitality industry, it features cloud management, integrated omnidirectional antennas, and four additional Ethernet ports. Its elegant design and enterprise-grade capabilities make it perfect for hotels, dormitories, and campus environments requiring seamless, secure connectivity.
Features
Benefits
Hospitality-Optimized Design
Sleek wall plate form factor with integrated antennas and multiple Ethernet ports provides both wireless and wired connectivity options for guest rooms
High-Speed Wi-Fi 6 Performance
Delivers combined speeds up to 1.78 Gbps with 2x2:2 MU-MIMO technology and advanced beamforming for superior coverage and client density
Multi-Port Connectivity
Features 4 additional Gigabit Ethernet LAN ports and one 2.5G uplink port, offering flexible connectivity options for wired devices
Intelligent Power Management
U-APSD and Target Wake Time features optimize device battery life while maintaining high performance for smartphones, laptops, and IoT devices
Enterprise-Grade Security
Comprehensive security suite including WPA3, integrated WIDS/WIPS engine, and hardware-based encryption ensures robust protection
Cloud-Managed Solution
Self-configuring system with automatic updates, dual firmware support, and remote management capabilities minimizes maintenance overhead
Key Specifications
Applications
- Hotels
- Resorts
- Student Housing
- University Dormitories
- Service Apartments
- Hospital Rooms
- Senior Living Facilities
- Boutique Hotels
- Extended Stay Properties
- Corporate Housing
- Guest Rooms
- Campus Accommodations
Variants
FAQs
A wall plate access point is a compact Wi-Fi AP designed to mount into a standard wall cavity so the radio sits flush with the room décor and cabling infrastructure. Wall-plate APs like the ion4xi_WP are popular in hospitality, student housing, and healthcare where each room needs a dedicated, discreet wireless signal and easy Ethernet/PoE connectivity. Because they sit at user-level height and integrate with room wiring, wall plate APs simplify per-room provisioning while offering enterprise features such as multiple SSIDs and secure onboarding. Wall plate APs deliver room-level coverage with a low visual profile, ideal for hotels, dorms, and clinical rooms.
Yes, many enterprise APs are designed for both wall and ceiling mounting, and wall installation is especially useful when you want targeted, directional coverage for a specific room or corridor. While ceiling mounting gives more even omni-directional coverage for open spaces, a wall-mounted AP is preferred in hallways, guest rooms, or small offices where you want the antenna pattern focused into the living/working area. ion4xi_WP supports standard wall mounting and integrates with PoE so installation remains neat and cable-free at the power outlet. Choose mounting (wall vs ceiling) based on coverage goals, wall for room-level focus, ceiling for broad open area coverage.
ion4xi_WP supports enterprise standards such as WPA3, captive portals for branded guest onboarding, and client isolation to prevent cross-guest access, critical for privacy compliance in hospitality. For IT teams, the AP can be centrally managed via cloud or on-premise controllers, enabling remote provisioning, firmware management, and role-based access controls to streamline operations across many rooms. Together these features lower operational overhead while maintaining strong user privacy and network segmentation.
Modern enterprise access points typically include dual/tri-band radios (2.4/5/6 GHz), PoE support, multiple SSIDs with VLAN tagging, MU-MIMO/OFDMA for multi-client efficiency, and options for mesh/self-healing topologies. APs also offer centralized management, guest captive portals, WPA3 security, and analytics for performance and client behavior-features that separate consumer routers from enterprise Wi-Fi access points. When specifying APs, check for capacity (maximum concurrent clients), QoS, and firmware lifecycle support to ensure long-term reliability.