
Outdoor Wi-Fi connectivity and PoE power for hard-to-wire Verkada devices
The Verkada GW31-E connects up to two downstream devices through an outdoor, cloud-managed Wi-Fi gateway with a built-in PoE switch.
Availability, lead time, licensing, and configuration are confirmed during the quote.

Models
1 of 1 models

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Compatibility and references
Source review date: 2026-08-27
Official documentation
The GW31-E-HW Wi-Fi Gateway is intended for perimeter and detached locations that have power and usable Wi-Fi but no practical Ethernet run. The reviewed Verkada datasheet describes an outdoor gateway that joins an existing Wi-Fi network and supplies network connectivity and PoE to downstream Verkada devices. Typical candidates include parking areas, fence lines, gates, and detached structures where trenching cable would be disproportionate. It is not a substitute for confirming wireless coverage, capacity, interference, or the security policy of the customer's network.
The manufacturer documents two PoE outputs with 60 watts of total output power and an IP66 enclosure. It also describes support for multiple input-power approaches, including AC, solar or battery systems, and streetlight power. Those examples do not make every supply compatible. HTS will size the input source, validate voltage and power accessories, total the downstream PoE load, and account for temperature, enclosure, surge protection, grounding, mounting, and local electrical requirements. The quote will identify any power tap, adapter, cable, mount, or separate license rather than implying those items are included with GW31-E-HW.
Command provides remote management, diagnostics, connectivity alerts, and downstream-device power cycling. The datasheet also describes automatic self-recovery behavior after an extended offline condition. These management features do not guarantee that an obstructed or congested Wi-Fi path will meet the required service level. Before quoting, HTS will complete or request a wireless survey, confirm the SSID and authentication method, measure signal at the proposed mount, review VLAN and firewall policy, identify the exact downstream devices, and confirm their combined power requirement. Pricing, availability, Wi-Fi compatibility, achievable throughput, solar autonomy, and suitability for a specific pole or streetlight remain quote-validated.
How to choose
- Existing Wi-Fi coverage versus the cost and reliability of a new wired path
- AC, engineered solar or battery, or approved streetlight power design
- One or two downstream devices within the shared 60W PoE budget
- Wall or pole placement based on signal, weather, power, and service access
