IP67-rated outdoor Wi-Fi 7 access point with external N-type antenna connectors, tri-band 2x2:2 radios, 33W 802.3bt PoE++, integrated GNSS, and -40°C to +65°C operating range.
The Arista O-435E is the external-antenna variant of the O-435 outdoor Wi-Fi 7 access point, sharing the same -40°C to +65°C operating range, IP67 port ratings, 802.3bt PoE++ power input, and tri-band 2×2:2 radio configuration, but replacing the O-435's integrated PIFA antennas with N-type external antenna connectors. N-type connectors are the industry-standard RF interface for outdoor wireless systems, supporting directional sector antennas, high-gain yagi antennas, and dish-focus antennas that extend Wi-Fi 7 coverage beyond the several-hundred-metre range achievable with integrated omnidirectional antennas. This makes the O-435E the correct choice for point-to-multipoint campus links, stadium sector coverage, rural broadband distribution, and any outdoor deployment where the coverage cell geometry cannot be achieved with an omnidirectional radiation pattern.
The radio, memory, power, and management specifications are identical to the O-435: three concurrent 2×2:2 access radios, one dedicated multi-function radio for WIPS and client testing, 5.75 Gbps peak 6GHz data rate, 3 GB RAM, 512 MB flash, and 33W power draw. The LAN1 port provides the upstream PoE++ connection and the LAN2 port provides a downstream 802.3af PSE output, both carrying IP67 weatherproof ratings. Integrated GNSS operates alongside the external antenna configuration (the GNSS antenna is internal to the chassis regardless of whether external RF antennas are connected), providing position data to CloudVision CV-CUE for topology mapping and to location-aware applications running on connected IoT devices. Automated Frequency Coordination (AFC) is supported on the 6GHz radio for regulatory compliance in outdoor standard-power deployments.
N-type RF connectors accept the full range of outdoor-rated directional and omnidirectional antennas available from third-party antenna manufacturers: sector antennas with 90° or 120° beamwidths for cell-splitting in dense outdoor deployments, high-gain yagi antennas for point-to-multipoint distribution over hundreds of metres, and low-profile patch antennas for mounting positions where the antenna profile must be minimised. The selection of antenna type and gain is made at installation time based on the coverage geometry required, rather than being fixed by the integrated antenna design of the AP chassis.
IP67 waterproof ratings on both Ethernet ports are maintained on the O-435E despite its external antenna ports, meaning the RF connectors are the only externally exposed interfaces that require additional weatherproofing at installation. Standard practice of applying self-amalgamating tape to N-type antenna connections seals those junctions against water ingress, and the Ethernet ports use standard sealed connectors compatible with outdoor-rated Cat6A patch leads, making field deployment straightforward with standard outdoor networking tooling and materials.
Fanless passive thermal management across the full -40°C to +65°C range means that the O-435E's rated operating envelope is enforced without cooling components that would fail or require maintenance in sustained outdoor exposure. The chassis dissipates heat through its external surface, and the MTBF of 263,780 hours at 65°C (the rated upper limit) demonstrates that the platform's component selection and thermal margins are sized for continuous operation at the extremes of its rated range, not just within a comfortable nominal-temperature band.
The internal GNSS receiver provides position data independent of the external antenna connections, enabling the O-435E to report accurate coordinates to CloudVision and to assist any GNSS-capable downstream IoT devices powered through LAN2. Automated Frequency Coordination (AFC) on the 6GHz radio ensures that standard-power outdoor 6GHz operation complies with regulatory requirements in each jurisdiction, a mandatory capability for outdoor Wi-Fi 7 6GHz deployment at standard power levels, where AFC queries a regulatory database to determine permissible channel, bandwidth, and transmit power combinations based on the AP's GPS-reported location.
Full specifications for Arista O-435E Wi-Fi 7 Outdoor Access Point (External Antenna)
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