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About
The ion4x is an IP67-certified, cloud-managed outdoor Wi-Fi 6 Access Point built for tough environments. Featuring 2x2 MU-MIMO, dual-radio architecture, and integrated directional antennas with 8 dBi gain, it delivers peak data rates up to 1.78 Gbps and supports up to 1,024 concurrent clients. Ideal for large campuses, smart cities, and outdoor high-density scenarios, this Wi-Fi Access Point ensures reliable, high-speed connectivity with LTE band rejection and robust weatherproof design.
Features
Benefits
Unmatched Outdoor Performance
Dual-band radio with peak data rates up to 1.78 Gbps, supporting extreme outdoor and high-traffic environments
Advanced MU-MIMO Technology
Bi-directional, multi-user MIMO enables simultaneous data transmission to multiple clients, dramatically improving network efficiency
Extensive Coverage Options
Available with integrated antenna gains of 8 dBi, 14 dBi, and 13 dBi to suit diverse deployment requirements
Extreme Weather Resilience
IP67 certified design withstands harsh environmental conditions, operating from -15°C to 60°C (extended models to -40°C)
Enterprise-Grade Security
Comprehensive security features including WPA3, hidden SSID, and advanced encryption to protect against cyber threats
EasyMesh Networking
Automatically forms wireless mesh networks with self-healing and self-optimization capabilities, eliminating expensive cabling
Key Specifications
Applications
- Outdoor Stadiums
- Industrial Belts
- Public Venues
- High Foot Traffic Areas
- Transportation Hubs
- Outdoor Resorts
- Smart Cities
- Transit Stations
Variants
- ion4x_2
IO Wi-Fi 6 Dual Band 2x2:2 Outdoor Access Point with 60⁰H/ 15⁰V beamwidth and 14 dBi gain - ion4x_3
IO Wi-Fi 6 Dual Band 2x2:2 Outdoor Access Point with 45⁰H/ 27⁰V beamwidth and 13 dBi gain - ion4x_ext
IO Wi-Fi 6 Dual Band 2x2:2 Outdoor Access Point with 70⁰H/ 70⁰V beamwidth and 8 dBi gain [ Extended Temperature] - ion4x2_ext
IO Wi-Fi 6 Dual Band 2x2:2 Outdoor Access Point with 60⁰H/ 15⁰V beamwidth and 14 dBi gain [ Extended Temperature] - ion4x3_ext
IO Wi-Fi 6 Dual Band 2x2:2 Outdoor Access Point with 45⁰H/ 27⁰V beamwidth and 13 dBi gain [ Extended Temperature]
FAQs
Yes, ion4x supports 802.3at PoE+ and passive PoE options so both power and data can be delivered over a single Ethernet cable, simplifying outdoor installation where AC power may be unavailable. PoE reduces the need for separate power outlets and allows centralized UPS/protection at the switch, improving resiliency and ease of maintenance. Always verify cable length and PoE budget for longer runs or power-hungry accessories.
Outdoor Wi-Fi 6 APs use OFDMA, MU-MIMO, and advanced scheduling to serve many concurrent clients efficiently, minimizing contention and improving average throughput. In practice this means better service for dense outdoor scenarios, stadium concourses, markets, or transit plazas, where many users connect with smartphones and tablets simultaneously. Combined with careful channel planning and capacity-driven AP placement, Wi-Fi 6 outdoor APs maintain stable performance under heavy load.
Place outdoor APs with a clear line-of-sight to target coverage areas, mount them above common obstructions (typically 4–6 meters), and avoid sources of RF reflection such as large metal structures or dense foliage. Use weatherproof conduit and surge protection, ensure a robust PoE feed or backup power, and align AP antennas/patterns to match the coverage wedge required. Finally, perform a site survey to verify predicted coverage and adjust AP density for capacity rather than just coverage.
Choose an omnidirectional antenna when you need 360° coverage around a central mounting point, good for plazas and general-purpose outdoor coverage. Choose a directional antenna (panel or sector) when you need to focus signal power along a corridor, long driveway, or to connect to a remote cluster of clients, this yields greater range and less wasted sideways energy. Many outdoor AP platforms support both external directional antennas and integrated omnidirectional patterns so you can match the antenna to the use case