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The UBIQUITI e7-campus is an enterprise-grade indoor/outdoor WiFi 7 access point engineered for high-density deployments that demand reliable wireless coverage and throughput. It delivers 10 spatial streams across the 2.4 GHz, 5 GHz, and 6 GHz bands using WiFi 7 technology, and incorporates PRISM active RF filtering to minimize co-channel interference through high-selectivity hardware filtering at the radio level. A dedicated spectral analyzer radio performs real-time spectral analysis to support intelligent channel selection. Licensed HVAC, electrical, and low-voltage networking professionals install this unit in demanding indoor and outdoor environments.
The e7-campus is designed for enterprise campuses, commercial facilities, stadiums, warehouses, and large residential complexes requiring blanket coverage and device density. Its integrated directional high-gain antenna array delivers long-range 6 GHz performance and is rated for up to 465 square meters (approximately 5,000 square feet) of coverage with support for 1,000 or more simultaneously connected devices. The 6 GHz AFC feature is available in FCC/IC regulated regions. A single unit provides both high-throughput uplink via a 10 GbE RJ45 port and a secondary GbE RJ45 port for power and data redundancy. The versatile articulating wall and pole mount is included, and the unit is also VESA 100x100 compatible for flexible positioning.
Designed as an enterprise-grade indoor/outdoor WiFi 7 access point suitable for deployment in PoE++ capable network infrastructure. 6 GHz AFC operation is available in FCC/IC regions only.
Installation should be performed by a qualified low-voltage or network technician familiar with structured cabling standards and local codes. Power down or disconnect the PoE++ injector or switch port before making or breaking cabling connections. Ensure the upstream switch or injector meets PoE++ power delivery requirements before connecting the unit. For outdoor installations, verify that all cable penetrations and enclosures meet applicable weatherproofing and local electrical code requirements.
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