APH6-AX3000 Wi-Fi 6 Outdoor AP, IP67, SFP Port

The APH6-AX3000 is a cloud-managed Wi-Fi 6 outdoor access point built on the Qualcomm IPQ5018 + QCN6102 + QCA8337 enterprise platform with 512MB DDR3L memory. An IP67 industrial-grade enclosure, wide -40°C to +70°C operating range, 15kV ESD and 4kV surge protection, and a Gigabit SFP fiber uplink make it a purpose-built radio for ISPs, campus networks, and industrial outdoor sites that cannot tolerate downtime.

Cloud-Managed From Day One

Every APH6-AX3000 ships cloud-ready. Plug in PoE, cable up, and the AP auto-registers with the MossLink cloud platform — no laptop on site, no manual IP configuration, no field engineer required. From the web dashboard, network operators push SSID or VLAN changes across one AP or a thousand, schedule OTA firmware upgrades during off-hours, monitor real-time per-client throughput, and receive alerts the moment a unit drops offline.

For operators running a mixed fleet or preferring on-premise control, the same firmware supports FIT AP mode under a MossLink AC controller and FAT AP mode with local web management. Mode switching is a web-UI toggle — no firmware reflash required. The cloud platform, AC controller, and standalone web GUI are interoperable, so customers can migrate management models as deployments scale without replacing hardware.

If you are weighing remote-management options for a distributed network, see our guide on how to manage all APs remotely from one place.

IP67 Industrial-Grade Enclosure

IP67 is the defining hardware specification of this product. Where most outdoor APs in the same price range stop at IP65 — dust-protected and splash-resistant — the APH6-AX3000 meets the stricter IP67 standard: fully dust-tight and sealed against temporary immersion up to 1 metre. That headroom matters on coastal installations, in industrial wash-down zones, on pole mounts exposed to driven rain, and in desert sites where dust ingress kills cheaper APs within a season.

The hardened enclosure is paired with matching environmental specs: -40°C to +70°C operating temperature, 15kV air / 8kV contact ESD, and 4kV common-mode / 2kV differential surge protection. These numbers are not there for a datasheet — they are there so the AP survives the electrical events (lightning-induced transients, ESD during maintenance, grid brownouts) that routinely kill outdoor radios.

For a broader overview of how to spec an outdoor AP for harsh environments, see our outdoor AP buying guide.

Qualcomm IPQ5018 Enterprise Platform

The APH6-AX3000 runs the Qualcomm IPQ5018 + QCN6102 Wi-Fi 6 radio SoC paired with the QCA8337 Gigabit switch — the same chipset family found in Tier-1 enterprise AP brands. With 512MB DDR3L (notably larger than the 256MB typical of this class) and 128MB NAND flash, the platform handles 128 concurrent clients comfortably while retaining headroom for advanced firmware features: deep packet inspection, per-client QoS, dynamic band steering, and cloud agents.

Real-world output figures match the silicon: 2402Mbps @ 5GHz (HE160, MCS11) and 574Mbps @ 2.4GHz (HE40, MCS11), with four external 6dBi dual-band omnidirectional antennas providing wide, even outdoor coverage. Receive sensitivity of -90dBm @ HE20 MCS0 on 5GHz keeps edge clients connected where lower-gain APs drop.

Optional 10dBi High-Gain Antenna

All four antennas are detachable N-type, so the stock 6dBi elements can be swapped for the ANT-O2458-10 dual-band MIMO omni without touching the AP hardware. It is a single 850mm radome (Φ75mm, 2.1kg) carrying four internal elements — two for 2.4GHz, two for 5GHz — wired to the AP’s four N-type ports with 0.5m N-male jumper cables supplied in the kit. Coverage spans 2400–2500MHz and 5150–5850MHz at 10dBi on both bands, with VSWR ≤1.5, 50Ω impedance, 100W power handling, 140km/h wind rating, and a -40°C to +65°C operating range that matches the AP’s own environmental class.

The upgrade suits single-mast coverage of large open areas: farms and ranches, marinas and docks, campsites and RV parks, logistics yards, construction sites, open-air parking, and outdoor events where one pole has to reach the whole site.

Understand the trade-off before specifying it. Omni gain is produced by compressing the vertical radiation pattern — the 10dBi antenna radiates 360° horizontally but only 6° vertically, so signal is pushed outward in a flat disc instead of spreading in a sphere. Clients far from the mast on roughly the same plane gain significantly; clients directly below a tall mast, on upper floors of adjacent buildings, or across sharply sloping terrain can end up in a weaker zone than they were with the stock 6dBi antennas. For multi-storey coverage or short-radius, high-density areas, keep the standard antennas. Also note that raising antenna gain raises effective radiated power: installers are responsible for staying within the EIRP limits set by local regulations (CE, FCC, or the equivalent in the target market), which may require reducing the AP’s transmit power to compensate.

The ANT-O2458-10 is supplied as a configured option with APH6 access points — ordered with the AP or as a service part for an existing MossLink installation — rather than as a standalone retail item. Tell us the site dimensions, mast height, and target market and we will confirm whether the high-gain option is the right call and quote it with the AP.

SFP Fiber Uplink + Dual-Gigabit Ports

Three Ethernet interfaces give integrators flexibility that single-port outdoor APs cannot match:

• 1× Gigabit SFP — accepts standard 1G SFP modules (single-mode, multi-mode, or DAC copper). Ideal when the AP sits beyond the 100m copper limit from the IDF, or when the site’s backhaul is already on fiber.
• 1× Gigabit WAN with 802.3at PoE input — a single PoE cable carries power and data up to 100m.
• 1× Gigabit LAN — useful for daisy-chaining a second device (IP camera, second AP, IoT gateway) from a single pole run.

This port layout makes the APH6-AX3000 a natural fit for ISP access layers and campus edges where fiber and copper coexist. For long-range backhaul beyond 30km between sites, pair the AP with a MossLink wireless bridge — fiber to the PoP, wireless to the far pole, APH6-AX3000 at the edge.

Deployment Scenarios

The APH6-AX3000 is sized for enterprise, ISP, and industrial customers rather than consumer or home use:

• Enterprise campuses — outdoor courtyards, parking garages, rooftop cafés with campus Wi-Fi solution uniformity
• ISP outdoor hotspots — pole-mounted coverage for public Wi-Fi, vouchered hotspots, and last-mile distribution via the ISP CPE solution
• Industrial parks and factory yards — gate houses, logistics yards, perimeter surveillance Wi-Fi via the factory & warehouse Wi-Fi solution
• Universities and schools — stadium edges, pedestrian malls, outdoor classrooms and resident halls
• Large parks, resorts, and scenic areas — weatherproof coverage across distributed outdoor zones

For broader outdoor design patterns and topology diagrams, see the outdoor AP solution overview. Integrators planning harsh-climate rural sites can also use the wireless bridge deployment guide for Africa to separate long-range backhaul from local AP coverage.

Sits Between the APM6 and APH6-AX5400

In the MossLink outdoor Wi-Fi 6 lineup, the APH6-AX3000 sits between two complementary models. The APM6-AX3000 targets long-range coverage with 5× 8dBi antennas and 300–500m line-of-sight reach — a strong fit for Starlink sharing and rural WISP work. The APH6-AX5400 steps up to higher throughput with the same enclosure class. The APH6-AX3000 is the balanced middle: enterprise-grade Qualcomm silicon, IP67 industrial sealing, SFP fiber uplink, and cloud management — chosen by integrators who prioritise reliability and manageability over raw antenna gain.

Teams planning multi-SSID and VLAN segmentation across the fleet will find the multi-SSID VLAN traffic separation guide a useful reference for configuration.

OEM / ODM Ready

MossLink offers OEM and ODM customization for the APH6-AX3000, including custom firmware defaults, SSID and login-page branding, enclosure colour and silkscreen variants, antenna changes, and private-label packaging. Web management page branding starts at MOQ 200. A fully white-labeled cloud platform is available only as a separately scoped OEM program on selected models, with a one-time deployment setup fee and committed-volume MOQ; it is not a default feature of every order. Contact us with your target quantity, market, and management requirements to confirm the eligible program.