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Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul
Outdoor Gateway Mesh with Sub-G Backhaul

Outdoor Gateway Mesh with Sub-G Backhaul

SKU:816124
Regular price $619.00 $0.00
Variant prices start at $619.00 to $1,889.00.
The shipping fee is calculated at checkout.
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Note: The LoRa antennas for the RAK7289V2 are not included. They need to be bought separately. Ensure to select a subGhz frequency band antenna for each gateway (relay if required and border gateway) in the check to include.

Used for outdoor networks with Sub-G LoRa Backhaul for gateway-to-gateway communication.

The Gateway Mesh is an open-source protocol co-developed by ChirpStack and RAKwireless. It enables a multi-hop LoRaWAN mesh network, significantly extending coverage beyond standard single-hop gateways. Designed for outdoor scenarios, this solution uses Sub-G LoRa for gateway-to-gateway communication. You can choose either 8xx MHz or 9xx MHz LoRa based on your country’s LoRaWAN frequency requirements.

This option uses the sub-GHz band for relaying, providing long-distance coverage between gateways. It is a cost-effective solution as it requires only one concentrator, making it ideal for large areas like agricultural fields, remote monitoring sites, and expansive industrial facilities. However, the sub-GHz band is shared with end devices, which may lead to lower network capacity. Additionally, duty cycle limitations can vary depending on the region. Sub-G Relays are best suited for deployments where extending range is the primary goal and the message count remains in the low thousands per day.

Please select a LoRaWAN region according to this table:

800 MHz

EU868/IN865/RU864

900 MHz

US915/AU915/KR920/AS923

Solution characteristics (for sub-GHz relay)

Devices per network

Typically 1000 sensors, depending on topology and messages/day

Distance between gateways

Between 2 and 10 km, depending on locations

Radio channels

8 RX +  1 TX

Relay configuration

Selectable SF, BW and TX power
Channel hopping

Maximum hops

8, recommended 3-4

Network monitoring

Heartbeat messages
Info page on LNS

Network flooding management

Per-gateway message ID cache

Per-gateway max hop count

Network security

Standard LoRaWAN security for messages to/from end-devices
Shared key for MIC checking for messages between gateways

Gateway power

Power adapter
Battery Plus compatible (battery+solar)

Gateway installation

Pole mount

The solution includes:

  • One or more relay gateways
    • RAK7267 for a cost-effective option with a built-in antenna
    • RAK7289V2 for users preferring an external antenna
  • RAK7289CV2 (with LTE) as the border gateway

You can purchase multiple relay gateways depending on the range you plan to cover for testing and deployment.

Reference:

All gateways use the latest SX1303 LoRa core, providing enhanced sensitivity and performance. The concentrator is shared for both end-device communication and mesh networking, which might impact overall network capacity.

Product Features

Border Gateway: RAK7289CV2 (with LTE)

  • Multi-Backhaul Support: Ethernet, Wi-Fi, and Cellular (RAK7289CV2)
  • Power Options: Compatible with RAK Battery Plus off-grid system
  • Enclosure Design: IP67-rated enclosure with internal LTE, Wi-Fi, and GPS antennas
  • Pre-Flashed Software: ChirpStack Gateway OS with Gateway Mesh protocol
  • Connectivity: LoRa Sub-GHz and LTE

Relay Gateway Options

Option 1: RAK7267 (Built-in Antenna)

  • Compact Design: Industrial IP67-rated enclosure for weather resistance
  • 8-Channel LoRaWAN Support: Sub-GHz LoRa concentrator
  • Built-In Antennas: For LoRa, Wi-Fi, and GPS
  • Power Input: DC 9-36V compatible
  • Cat-1 LTE: GPS included for location tracking

Compatibility: Supports RAK Solar Battery Kits

Option 2: RAK7289V2 (External Antenna)

  • Enclosure: IP67/NEMA-6 industrial-grade enclosure with cable glands
  • 8-Channel LoRaWAN Support: Sub-GHz LoRa concentrator (RAK5146)
  • Multi-Backhaul Support: Wi-Fi, Ethernet (RAK7289V2)
  • External Antennas: External LoRa antenna; internal for Wi-Fi, GPS
  • Power Options: PoE (802.3af) with Surge Protection, or DC 12V
  • Dying Gasp: Power failure protection with advanced "dying gasp" function

Compatibility: Supports RAK Solar Battery Kits

Software Features (for Both Border and Relay Gateways)

  • ChirpStack Gateway OS Pre-Flashed
  • LoRaWAN Versions Supported: 1.0.0 to 1.0.4, 1.1.0
  • Mesh Whitelisting and Filtering Capabilities

Product Inclusions

  • For the Border gateway (RAK7289CV2)
    • 1pc Gateway (As per option selected)
    • 1pc Ethernet Cable Gland (As per option selected)
    • 1pc POE Injector (As per option selected)
    • 1pc Mounting Brackets (As per option selected)
    • 1 Screw set (As per option selected)
  • For Extenal Antenna Relay gateway (RAK7289V2)
    • 1pc Gateway (As per option selected)
    • 1pc Ethernet Cable Gland (As per option selected)
    • 1pc POE Injector (As per option selected)
    • 1pc Mounting Brackets (As per option selected)
    • 1 Screw set (As per option selected)
  • For Built-in Antenna Relay gateway (RAK7267)
    • 1 pc RAK7267 WisGate Soho Pro (As per option selected)
    • 2 pc Vertical Mounting Kit (As per option selected)
    • 2 pc Pole Mounting Brackets (As per option selected)
    • 1 pc 1.5 meter DC cable and power adapter (As per option selected)
    • 1 pc 1.5 meter Battery Plus cable (As per option selected)

Note:The LoRa antennas for the RAK7289V2 are not included.   They need to be bought separately. Ensure to select a subGhz frequency band antenna for each gateway (relay if required and border gateway) in the check to include.

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