Meraki MR36H-HW | MR36 Wi-Fi 6 In-Wall Access Point, 4x GbE PoE-Out

Q: What makes the MR36H different from standard access points?
A: The MR36H is an in-wall access point designed to replace traditional wall plates in hotel rooms, dorms, or offices. It combines Wi-Fi 6 wireless connectivity with four integrated Gigabit Ethernet ports, including PoE passthrough capability to power downstream devices like IP phones or IoT sensors. This dual-function design reduces cabling infrastructure and installation costs.

Q: Does the MR36H require a Meraki license?
A: Yes, the MR36H requires an active Meraki wireless license (Enterprise or Advanced) to function. Meraki access points are cloud-managed and the license provides access to the Dashboard, automatic firmware updates, advanced analytics, security features, and technical support. Licenses are available in 1, 3, 5, 7, and 10-year terms.

Q: Can the MR36H power other devices via PoE?
A: Yes, the MR36H supports 802.3at PoE+ passthrough on its integrated Ethernet ports, delivering up to 30W total to connected devices when the AP itself is powered by 802.3at PoE+. This enables you to power IP phones, cameras, or other PoE devices directly from the access point without additional injectors or switches.

Q: What is the purpose of the dedicated third and fourth radios?
A: The MR36H features four radios: two for client connectivity (2.4 GHz and 5 GHz), a third dedicated dual-band radio for 24/7 wireless security scanning (WIDS/WIPS) and RF spectrum analysis without impacting client throughput, and a fourth Bluetooth Low Energy radio for beacon services, asset tracking, and IoT device integration.

Q: Is the MR36H suitable for high-density deployments?
A: Yes, the MR36H is well-suited for medium to high-density environments. It supports 802.11ax features like OFDMA and MU-MIMO for efficient multi-client handling, automatic cloud-based RF optimization, and intelligent load balancing. The dedicated security radio continuously monitors the RF environment without sacrificing client-serving capacity, making it ideal for hotels, student housing, and enterprise office spaces.