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MR36-HW
Cisco Meraki MR36 Cloud Managed Wi-Fi 6 Access Point, 2x2:2,...
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MR36-HW is a Cisco Meraki MR36 cloud-managed Wi-Fi 6 indoor access point built around internal antennas and dual-band client access. It belongs to the MR36 family, runs concurrent 2.4 GHz and 5 GHz client radios, and adds separate dual-band WIDS/WIPS plus 2.4 GHz Bluetooth Low Energy radios for scanning and beaconing. The AP is managed through Meraki Dashboard rather than a local wireless LAN controller, so deployment identity, firmware, monitoring, and policy are tied to cloud licensing. Its indoor hardware supports desktop, ceiling, and wall installation with standard mounting hardware for common office and branch layouts. Compared with MR44-HW, this SKU uses a 1 Gbps RJ-45 Ethernet uplink while MR44-HW uses a 2.5G-capable RJ-45 uplink, which keeps this model aligned to simpler access-switch designs. The ordering identity separates it from licenses, injectors, and mount-only accessories in the same Meraki catalog.
1.5 Gbps maximum aggregate frame rate spans 1,201 Mbps on 5 GHz and 286 Mbps on 2.4 GHz, using the radio chipset maximum rather than a guaranteed client throughput figure. 2x2:2SS per client radio pairs IEEE 802.11ax operation with SU-MIMO, UL MU-MIMO, DL MU-MIMO, DL-OFDMA, UL-OFDMA, target wake time, BSS coloring, maximal ratio combining, and beamforming. 1 x 10/100/1000 BASE-T RJ-45 carries wired backhaul, while 37-57 V IEEE 802.3af PoE or 12 V DC input powers the unit at 15W maximum. MR36-HW includes a dedicated dual-band WIDS/WIPS, spectrum analysis, and location analytics radio alongside the 2.4 GHz Bluetooth Low Energy radio. Internal antennas provide 5.4 dBi gain at 2.4 GHz and 6 dBi gain at 5 GHz, and the security stack includes WPA, WPA2, WPA3, Enhanced Open, and 802.1X.
MR36-HW fits office ceiling grids, wall positions, desktop placements, and branch indoor WLAN zones where a cloud-managed Wi-Fi 6 access layer serves employee, guest, voice, and video traffic. Operation requires a Meraki access point license and Dashboard claim process before production use. Cisco announced an end-of-sale date of December 31, 2026 for the MR36 family, so lifecycle buyers can align new orders, certified refurbished spares, and migration planning before later support milestones. ORM Systems supplies this access point in new and certified refurbished condition for refresh, spare pool, and lifecycle replacement programs. Refurbished units receive radio and Ethernet interface testing, prior configuration wiping, and PID verification before dispatch. Request a quote with quantity, condition, license term, mounting requirements, and delivery timing. Volume buyers receive support for multi-AP rollouts, matched indoor hardware standards, and mixed new or refurbished fleet planning across distributed sites. That process keeps procurement, staging, and field teams aligned on one verified Meraki access point SKU.
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MR36-HW operates at the indoor wireless access layer where Meraki Dashboard applies SSIDs, security policy, firmware, and monitoring across office or branch networks. Engineers mount the AP on a ceiling, wall, or desktop location, connect the 1G RJ-45 uplink to the access switch, and power it through 802.3af PoE or 12 V DC. The 2x2:2 Wi-Fi 6 radio profile serves standard client density while Dashboard keeps configuration records centralized. The network gains repeatable indoor WLAN deployment with controlled cloud operations.
MR36-HW supports distributed site operations where multiple indoor locations follow one Meraki hardware standard. Infrastructure teams claim each AP in Dashboard, assign the correct network profile, validate 1G Ethernet backhaul, and document the required AP license before field installation. Internal antennas reduce accessory variation across meeting rooms, office zones, and small branch coverage cells. New or certified refurbished sourcing through ORM Systems aligns spare units with the same part number. The estate gains cleaner replacements, consistent policy rollout, and lower staging friction.
Lifecycle teams use MR36-HW for MR36 refresh continuity, spare replacement, and controlled migration planning while the platform moves through Cisco's announced end-of-sale timeline. The AP preserves 2x2:2 Wi-Fi 6 behavior, Meraki Dashboard management, 802.3af PoE, and standard indoor mounting for sites already built around the MR36 profile. Procurement records condition, quantity, license term, accessory requirements, and migration timing before quote approval. Operations gain a managed path for replacements and phased upgrades without mixing unrelated wireless hardware across existing indoor WLAN sites.
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| MR36-HW |  MR86-HW |  MR46E-HW |  MR57-HW |  MR44-HW | |
|---|---|---|---|---|---|
| Product Type | Wireless Access Point / Indoor Access Point | Wireless Access Point / Outdoor Access Point / Mesh Access Point | Wireless Access Point / Indoor Access Point / Mesh Access Point | Wireless Access Point / Indoor Access Point / Mesh Access Point | Wireless Access Point / Indoor Access Point |
| Wireless Type | Access Point | Access Point | Access Point | Access Point | Access Point |
| Wi-Fi Standard | Wi-Fi 6 | Wi-Fi 6 | Wi-Fi 6 | Wi-Fi 6E | Wi-Fi 6 |
| Frequency Bands | Dual-Band | Dual-Band | Dual-Band | Tri-Band | Dual-Band |
| Data Rate | 1.5 Gbps aggregate; 1,201 Mbps 5 GHz; 286 Mbps 2.4 GHz | 3.0 Gbps aggregate; 3.5 Gbps chipset PHY | 2.98 Gbps aggregate; 2,402 Mbps 5 GHz; 574 Mbps 2.4 GHz | 7.78 Gbps; 4804 6GHz; 2402 5GHz; 574 2.4GHz Mbps | 2.7 Gbps aggregate; 3.0 Gbps chipset |
| Connector Type | RJ-45 | RJ-45 / N-Type | RJ-45 / RP-TNC | RJ-45 | RJ-45 |
| Antenna Type | Internal / Omnidirectional | External / Omnidirectional / Directional / Patch / Sector | External / Omnidirectional / Directional / Patch / Dipole | Internal / Omnidirectional | Internal / Omnidirectional |
| MIMO Technology | MU-MIMO | MU-MIMO | MU-MIMO | MU-MIMO | MU-MIMO |
| Beamforming | Beamforming Supported | Beamforming Supported | Beamforming Supported | Beamforming Supported | Beamforming Supported |
| Mounting Options | Ceiling Mount / Wall Mount / Desk Mount | Wall Mount / Pole Mount | Ceiling Mount / Wall Mount / Desk Mount | Ceiling Mount / Wall Mount / Desk Mount | Ceiling Mount / Wall Mount / Desk Mount |
| Power Supply | PoE / DC | PoE Plus | PoE Plus / DC | PoE Plus / 802.3bt PoE / DC | PoE Plus / PoE / DC |
| Ethernet Port | 1 x 10/100/1000 BASE-T RJ-45 | 1 x 100M/1G/2.5G BASE-T RJ-45 | 1 x 100M-2.5G RJ-45 | 2 x 100/1000/2.5G/5G BASE-T RJ-45 | 1 x 100/1000/2.5G BASE-T RJ-45 |
| Management Features | Cloud Dashboard | Cloud Dashboard | Cloud Dashboard | Cloud Dashboard | Cloud Dashboard |
| Security Features | WPA / WPA2 / WPA3 / 802.1X / Enhanced Open | WPA / WPA2 / WPA3 / 802.1X / Enhanced Open | WPA / WPA2 / WPA3 / 802.1X / Enhanced Open | WPA / WPA2 / WPA3 / 802.1X / Enhanced Open | WPA / WPA2 / WPA3 / 802.1X / Enhanced Open |
| Compliance | Safety: UL 2043; CSA/CB 60950/62368 / EMC: FCC 15B; ICES-003 / Radio: FCC 15C; FCC 15E / Environmental: RoHS | Safety: CSA CB 60950 62368; UL 2043 / EMC: FCC Part 15B / Radio: FCC Part 15C 15E | Safety: CSA CB 60950 62368; UL 2043 / EMC: EN 61000 / Radio: EN 300 328; EN 301 893 | Safety: CB, UL 2043; Radio: FCC, CE, IC; RoHS; Wi-Fi Alliance | Safety: CSA/CB 60950 and 62368; UL 2043 / EMC: FCC 15B; ICES-003 / Radio: FCC 15C; FCC 15E / Environmental: RoHS |
| Product Name | Meraki MR36 Cloud Managed 802.11ax AP | Meraki MR86 Cloud Managed 802.11ax AP | Meraki MR46E Cloud Managed 802.11ax AP | Meraki MR57 Cloud Managed 802.11ax AP | Meraki MR44 Cloud Managed 802.11ax AP |
| Height | 1.42 in | 2.16 in | 1.39 in | 2.20 in | 1.74 in |
| Width | 4.72 in | 6.02 in | 6.15 in | 10.23 in | 5.06 in |
| Depth | 9.84 in | 11.81 in | 12.05 in | 10.23 in | 12.05 in |
| Weight | 0.49 kg (492 g) | 1.5 kg (3.31 lb) | 0.85 kg | 1.7 kg | 0.739 kg (739 g) |
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MR36-HW matched our Meraki standard and arrived ready for Dashboard staging.
Stable indoor Wi-Fi 6 performance with straightforward 802.3af power planning.
The quote separated hardware, license needs, and mounting details clearly.
Good refurbished AP option for keeping our MR36 spare pool consistent.
Radio and interface checks helped reduce staging risk before branch deployment.
Lead time needed confirmation, but the APs fit our Meraki rollout plan.
Useful SKU validation and condition options for a Wi-Fi 6 refresh.
MR36-HW is a Cisco Meraki MR36 cloud-managed Wi-Fi 6 indoor access point. It provides 2x2:2 IEEE 802.11ax client radios, 1.5 Gbps aggregate frame rate, internal antennas, and Meraki Dashboard management. Buyers use this SKU for indoor WLAN refreshes, branch access layers, and spare inventory that must match the approved MR36 hardware standard.
The MR36-HW model number identifies the Meraki MR36 hardware access point, not a license-only item or mounting accessory. The ordering entry describes it as a Meraki MR36 Cloud Managed 802.11ax AP. The SKU should stay unchanged in quotes, asset records, and product rows because suffixes and hardware identifiers control the exact item.
MR36-HW is an indoor access point. The datasheet lists it under indoor access point warranty coverage and gives indoor operating conditions of 0 C to 40 C with 5 to 95 percent non-condensing humidity. It is not an outdoor or industrial AP, so buyers should not use it for exposed pole, weatherproof, or cabinet deployments.
MR36-HW sits in the Meraki Wi-Fi 6 indoor MR family as a 2x2:2 cloud-managed AP. The same comparison table lists MR44-HW, MR46-HW, and MR56-HW as higher-capacity siblings with larger radio or Ethernet profiles. MR36-HW fits designs that need standard dual-band Wi-Fi 6 service without moving to those larger AP tiers.
MR36-HW supports IEEE 802.11ax, marketed as Wi-Fi 6, with backward support for 802.11a, 802.11b, 802.11g, 802.11n, and 802.11ac clients. The datasheet also lists 802.11e, 802.11h, 802.11i, 802.11k, 802.11r, and 802.11u standards for related WLAN behavior, roaming, and client operation in managed enterprise networks and branch deployments.
MR36-HW uses concurrent 2.4 GHz and 5 GHz client access radios, a dual-band WIDS/WIPS, spectrum analysis, and location analytics radio, and a 2.4 GHz Bluetooth Low Energy radio. The client radios cover 2.412 to 2.484 GHz plus several 5 GHz UNII ranges, with country-specific restrictions controlled by regulatory settings.
MR36-HW provides a maximum 1.5 Gbps aggregate frame rate across its dual client radios. The 5 GHz radio reaches 1,201 Mbps, while the 2.4 GHz radio reaches 286 Mbps. These values describe maximum over-the-air radio chipset capability, so real client throughput depends on channel width, client mix, RF conditions, and policy settings.
MR36-HW uses 37 to 57 V Power over Ethernet with 802.3af compatibility, or an alternative 12 V DC input. The datasheet lists 15W maximum power consumption on 802.3af. The PoE injector and DC adapter are sold separately, so procurement should confirm the access switch budget or add the required power accessory.
Cisco Meraki does not publish a fixed client-count figure in the MR36 datasheet. MR36-HW should be sized through WLAN design practice around 2x2:2 Wi-Fi 6 capacity, 1.5 Gbps aggregate radio capability, channel width, RF plan, application mix, and roaming requirements. That avoids treating a general client-density claim as a guaranteed limit.
MR36-HW is managed through the Meraki cloud and Meraki Dashboard. The AP connects to the cloud, downloads configuration, joins the assigned network, and receives firmware from that management plane. A Meraki access point license is required, so quotes and renewals should include the correct license term alongside the hardware SKU.
MR36-HW suits indoor Wi-Fi 6 access layers in offices, branch sites, shared work areas, meeting zones, and controlled rack-adjacent spaces where a ceiling, wall, or desktop AP is appropriate. Its 2x2:2 radios, internal antennas, and Meraki Dashboard management match distributed WLAN designs that need standardized cloud operations rather than local controller administration.
MR36-HW suits many busy indoor areas when the WLAN design fits a 2x2:2 Wi-Fi 6 AP and a 1 Gbps uplink. The datasheet positions the MR36 for high-density and performance-intensive uses, but capacity should still be validated with survey data, SSID design, channel planning, and client behavior before large rollouts.
MR36-HW fits indoor WLANs that carry voice and video when the RF design, QoS profile, and client requirements are planned correctly. The datasheet lists Wireless Multimedia access categories, 802.1p, DSCP support, U-APSD, and 802.11ax target wake time features. Those controls help engineers align policy with latency-sensitive wireless traffic.
MR36-HW is useful for remote branch networks that standardize on Meraki Dashboard. Once claimed and connected, the AP receives its configuration through the cloud management plane and reports status centrally. That model reduces the need for local wireless controller infrastructure while keeping access point identity, firmware, monitoring, and policy tied to one managed network.
MR36-HW is compatible with Meraki Dashboard cloud management. The hardware is designed for Meraki cloud onboarding, monitoring, firmware delivery, troubleshooting, and policy control. It is not a Catalyst controller-based AP, so buyers should plan for Meraki organization access, a valid AP license, and Dashboard-based configuration workflows.
MR36-HW requires a Meraki access point license for operation. The ordering information states that a Meraki AP license is required, and the access point depends on Dashboard management. Procurement should align hardware quantity, license duration, renewal timing, and organization ownership before installation teams schedule staging or production activation.
MR36-HW integrates with Meraki security features, Cisco ISE for guest access and BYOD posturing, and Meraki Systems Manager for MDM-linked policy. The datasheet lists WPA, WPA2-PSK, WPA2-Enterprise with 802.1X, WPA3 Personal, WPA3 Enterprise, Enhanced Open, EAP methods, TKIP, AES encryption, guest isolation, and Air Marshal WIDS/WIPS functions.
MR36-HW includes standard mounting hardware and security screw options. Cisco Meraki lists MA-PWR-30W-XX as the MR Series AC adapter, MA-INJ-4 as the 802.3at PoE injector, and MA-INJ-6 as the multi-gigabit 802.3bt injector. Power accessories are sold separately, so quotes should identify the required site power method.
MR36-HW uses 2x2:2 MIMO and one 10/100/1000 BASE-T RJ-45 uplink. MR44-HW keeps 2x2:2 on 2.4 GHz, increases the 5 GHz radio to 4x4:4SS, and uses a 100/1000/2.5G BASE-T RJ-45 uplink. MR36-HW fits simpler 1G access designs, while MR44-HW targets higher 5 GHz capacity.
MR36-HW is the smaller 2x2:2 MR36 model with a 1G RJ-45 uplink and 15W maximum 802.3af power profile. MR46-HW moves to 4x4:4SS MIMO with a 100/1000/2.5G BASE-T RJ-45 uplink and 30W maximum 802.3at requirement. Choose between them around radio capacity, switch port speed, and power budget.
MR36-HW provides 2x2:2 Wi-Fi 6 service through a 1G Ethernet uplink. MR56-HW increases the platform to eight spatial streams on 5 GHz, eight spatial streams on 2.4 GHz, a 5G-capable RJ-45 uplink, and 30W maximum 802.3at power. MR36-HW fits smaller cells where those MR56 resources are not required.
MR36-HW is the standard indoor MR36 AP for ceiling, wall, or desktop placement. MR36H-HW is a related in-room Wi-Fi 6 AP with an integrated three-port gigabit switch, PoE passthrough, and a 1.7 Gbps aggregate dual-band frame rate. MR36-HW fits general indoor WLAN cells, while MR36H-HW targets room-based Ethernet and AP consolidation.
MR36-HW pricing depends on requested condition, quantity, license needs, accessories, and current sourcing channel. ORM Systems quotes the access point after checking new and certified refurbished availability, warranty expectations, and delivery timing. Buyers should provide the target quantity, destination, license term, mounting needs, and required arrival date for accurate commercial response.
New MR36-HW units are handled by quotation when channel supply supports the request. Cisco announced an end-of-sale date of December 31, 2026 for the MR36 family, so new-hardware buyers should confirm lead time and order timing early. ORM Systems verifies part identity, required accessories, license needs, and warranty terms before quoting.
Refurbished MR36-HW is a practical quote option for lifecycle spares, replacements, and budget-managed WLAN refreshes. ORM Systems checks certified refurbished availability, confirms the exact PID, wipes prior configuration, and validates radio and Ethernet interfaces before dispatch. Refurbished supply helps teams maintain MR36 standards as the platform moves through its announced EOL timeline.
Lead time for MR36-HW depends on market availability, requested condition, quantity, licensing, accessories, and shipping destination. ORM Systems confirms timing during quotation rather than assuming same-day supply. For urgent replacement needs, buyers should share the deployment site, required delivery date, AP license status, and whether new or refurbished condition is acceptable.
ORM Systems supports bulk MR36-HW quoting for multi-AP rollouts, branch refreshes, spare pools, and lifecycle replacement plans. Volume pricing depends on quantity, condition mix, license term, accessories, and delivery schedule. A clear bill of materials helps align hardware, licenses, mounting expectations, and shipment phasing before purchase order approval.
Warranty coverage for MR36-HW depends on the quoted condition and commercial package. Cisco Meraki lists lifetime hardware warranty with advanced replacement for indoor access points, while ORM Systems states the warranty terms on each quote. Buyers should confirm whether the order uses new, certified refurbished, or mixed-condition supply before approval.
ORM Systems validates refurbished MR36-HW units through wireless-specific checks before dispatch. The process focuses on exact PID verification, factory reset with previous configuration removed, Ethernet interface testing, radio function checks, and accessory review where included. These checks help procurement and engineering teams receive APs that match the intended Meraki Dashboard deployment record.
MR36-HW aligns with multiple IEEE WLAN standards, including 802.11ax, 802.11ac, 802.11n, 802.11r, and 802.11u. The datasheet lists safety approvals including CSA and CB 60950 and 62368 plus UL 2043 plenum conformance. It also lists radio, EMC, exposure, and RoHS references for supported regions and regulatory review.
MR36-HW setup starts by claiming the device in Meraki Dashboard, assigning it to the correct network, connecting Ethernet and power, and applying the intended SSID and policy configuration. The AP then connects to the Meraki cloud and downloads its configuration. Installers should verify mounting, LED status, firmware, and client service before handover.
MR36-HW operation requires Meraki Dashboard management and a Meraki access point license. The hardware does not operate as a standalone unmanaged AP, and it is not managed by a Catalyst wireless LAN controller. Buyers should match the license duration and Dashboard organization plan to the expected service period.
Before installing MR36-HW, teams should confirm Dashboard claim status, AP license availability, 802.3af PoE budget or 12 V DC power, 1G RJ-45 switch connectivity, mounting surface, ceiling rail or wall hardware, and RF design. These checks reduce staging delays and keep the physical installation aligned with the planned WLAN cell.
Buyers in the UK can request MR36-HW pricing from ORM Systems for new or certified refurbished supply. ORM Systems reviews the exact Cisco Meraki SKU, condition preference, license needs, accessories, warranty expectations, and delivery address before quoting. That process helps teams align commercial approval with the technical bill of materials.
ORM Systems handles international MR36-HW enquiries by checking destination, available condition, export requirements, delivery timing, and commercial terms during quotation. Buyers should provide quantity, country, required date, license needs, and any accessory requirements. The sales team can then align sourcing and logistics with the deployment schedule.
United States
