524WiFi Pulse R6-D2-IN Pro Plus – Industrial Wi-Fi 6 Mesh Roaming Client Router, Dual-Band

524WiFi™ professional wireless systems

Industrial Wi-Fi 6 Mesh Roaming Client Router, Dual-Band

Connect moving machines to your industrial wireless mesh infrastructure. This dual-band Wi-Fi 6 roaming client router travels on an AGV, AMR, automated cart, mobile robot or other Ethernet-equipped platform and links its onboard controller, computer or camera to the fixed site network. Plan access-point coverage and roaming transitions across the working route through production halls, warehouses and logistics areas. Pro Plus configuration and Signal Plus™ antenna-system planning support the complete deployment.

Wi-Fi 6802.11ax wireless platform

2.4 + 5 GHzConcurrent radio bands

Industrial mobilityAGV / AMR networking

Gigabit Ethernet with PoEWired integration and power

Pro Plus — build the complete wireless solution

Pro Plus brings our tuned product configuration, model-specific firmware selection and integration support into one professional wireless solution. For a moving client, the focus is the vehicle connection and transitions along its route; for a fixed access point, the focus is useful coverage and the mesh infrastructure that serves the working area. The hardware, antennas and software are selected as one deployment rather than treated as unrelated parts.

Start with the right radio architecture, plan power and Ethernet, and commission the supplied firmware for the actual network. Our support helps you match the configuration to the application and review the working route or mesh topology.

Signal Plus™ — tuned signal performance for your deployment

Signal Plus™ is the signal optimization part of our tuned 524WiFi™ system. It brings antenna placement, polarization, feed losses, radio roles and channel planning together so the supplied RF hardware can serve the intended route or coverage area effectively. On a moving vehicle, orientation and nearby metalwork change along the route; on a fixed mesh node, antenna direction and link visibility define the useful RF path.

Choose the model-specific antenna layout and validate the complete installation under real traffic. Link coverage and application throughput depend on the site, operating channels, permitted RF power, client capabilities and the final configuration.

Designed for AGVs, AMRs and equipment in motion

Install the router on a vehicle or mobile platform and connect the onboard controller, industrial computer or camera through Ethernet. The industrial Wi-Fi infrastructure supplies coverage along the route; the onboard roaming configuration manages movement between cells. This separates vehicle connectivity from the placement of the fixed access points and makes the network easier to plan around aisles, loading points and working areas.

Dual-band connectivity for an indoor route

The 2.4 and 5 GHz radios serve the bands commonly used in industrial Wi-Fi. Select the appropriate operating band and roaming settings for the access-point network you are deploying. Check the full route under motion, including corners, doorways and temporary obstructions, to select antenna placement and cell overlap that fit the application.

Your Pulse Industrial Mesh system

The same 524WiFi™ Pulse identity connects the fixed Mesh Nodes with the moving Mesh Clients. Choose the model by its network role, radio architecture and installation environment.

Technical specification

Radio performance and route design

The platform documentation specifies up to 573 Mb/s theoretical PHY for the 2.4 GHz radio and up to 2,402 Mb/s theoretical PHY for each supported 5 GHz radio configuration. Select the firmware channel width and client configuration appropriate to the supplied assembly. These are theoretical signaling rates, not a guarantee of vehicle application speed or roaming interruption time.

Radio architecture and theoretical PHY

Two concurrent 2×2 radios provide four active RF paths at 2.4 and 5 GHz.

How the network fits together

The diagram explains equipment roles and connection paths. It is a planning illustration, not a tested deployment or a scale drawing. Fixed access points provide route coverage; the onboard router connects the vehicle Ethernet equipment to that infrastructure.

Firmware and OpenWrt integration

The IPQ5018 platform has an OpenWrt-based mesh development project. The delivered roaming software and the public development source serve different purposes: use the firmware specified for the supplied hardware and feature set. Record the hardware revision, flash layout, antenna mapping, Ethernet assignment and current firmware version before planning an update.

Ask our technical support for the appropriate configuration instructions or a revision-matched firmware package. Keep an export of the working configuration and a recovery plan before flashing. Feature availability, including management interfaces and any separately licensed firmware tools, must be checked against the ordered software configuration. Product downloads and configuration guidance are supplied through 524WiFi.com™.

Installation and commissioning

1. Define the role. Document whether the device is a fixed mesh node or an onboard roaming unit, the intended traffic, the country of operation and the required radio bands.
2. Plan power and Ethernet. Check the supplied assembly label and power documentation. Use the specified compatible PoE injector/switch or DC supply; active and passive PoE require the correct equipment and wiring.
3. Install the RF system. Connect each band to its intended antenna path, allow mechanical clearance, secure the feeds and check polarization and line of sight for directional links.
4. Configure the network. Set management addresses, network segmentation, credentials, radio channels and the mesh or roaming profile. Keep a record of the final configuration for each node.
5. Validate under real load. Test traffic in both directions, record link rates and packet loss and measure performance where the application operates. For mobile systems, repeat the checks during movement along the complete route.

Antenna placement and regional operation

2×2 antenna paths for each fitted radio; indoor dipole antenna assembly. Confirm mounting clearances and the final RF connection layout for your project.

Use antennas and feeds rated for the operating band and the installation environment. Cable loss, obstructions, reflections and device orientation influence the useful link budget. For a directional link, align both ends and verify the result using link statistics and traffic tests rather than assuming that a clear visual path is sufficient.

Useful diagnostics

FAQ

What is this model designed for?

Ethernet connectivity on AGVs, AMRs and other indoor mobile platforms using an appropriately configured Wi-Fi roaming network.

What stays fixed, and what moves?

Mesh connects network nodes to build coverage or backhaul paths. Roaming concerns a moving client changing its connection between access points. Plan the fixed infrastructure and the mobile client as complementary parts of the network.

Which radio bands does this model use?

Check the bands in the specification. This model uses 2.4 and 5 GHz; its two radios form a dual-band configuration.

Does the product include a PoE injector?

The standard description covers the router platform, enclosure and specified antenna assembly. Select a compatible power option and include an injector or power supply in the order when it is required for your installation.

Can I use a public OpenWrt image?

Match the image, hardware revision, flash layout and feature set before an update. Contact our support with the model and current firmware version to review the correct path for your assembly.

What should I measure before deployment?

Test application traffic, latency, packet loss and link stability under the expected load and RF conditions. For AGVs and AMRs, include the complete route, real vehicle orientation and the access-point transitions.

Model code and ordering