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RAK Wireless  |  SKU: 715242

RAKwireless RAK7590 | Handheld LoRaWAN Field Tester Pad with GPS & 7-Inch LCD

€433,00
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The RAKwireless RAK7590 is a handheld LoRaWAN field tester with GPS and a large display.

  • Real coverage insight: uplink/downlink RSSI, SNR, packet loss and LinkCheck
  • Map as you walk: GPS with offline maps, heatmaps and location labels
  • All-day field unit: 7-inch LCD, 20,000 mAh (11h+), all LoRaWAN bands

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Description

The RAKwireless RAK7590 Field Tester Pad is a professional handheld device for indoor and outdoor LoRaWAN network testing and deployment verification. It measures uplink and downlink signal quality — RSSI, SNR, and packet-loss rate — in real time, so you can evaluate coverage during installation and maintenance.

A large 7-inch LCD handles on-device configuration and result visualisation, while the built-in GPS ties every reading to a precise location and plots signal distribution on a map — complete with offline maps and heatmaps. Reports can be viewed and exported on the device, and it pairs with the Field Test Data Processor Extension on WisGateOS 2 for full backend analysis.

Core Capabilities

Real-Time Signal Testing Live uplink and downlink RSSI, SNR, packet-loss, and data-rate graphs for the last 20 packets, plus gateway count, EUI, and distance — with LinkCheck downlink measurement.
GPS Mapping & Heatmaps Built-in GPS plots signal distribution on a map with offline-map support and heatmap visualisation, plus manual location labelling to mark specific test points.
7-Inch On-Device Dashboard A 7-inch 1024 × 600 LCD handles configuration, a live test dashboard, and built-in report viewing and export — no laptop required in the field.
All-Day Battery & Flexible Power A built-in 20,000 mAh battery runs for over 11 hours per charge; power it from the internal battery in the field or directly over USB Type-C at the bench.

Typical Applications

Pre-Deployment Coverage Surveys: Walk a site and map LoRaWAN signal quality before installing sensors, identifying weak spots and optimal gateway placement.
Installation Verification: Confirm coverage and signal margin at each planned device location as you commission a network.
Maintenance & Troubleshooting: Diagnose dropped uplinks and coverage gaps on live networks using real-time RSSI/SNR and packet-loss readings.
Multi-Network Testing: Validate coverage against The Things Stack, ChirpStack, AWS IoT Core, or an offline WisGateOS 2 built-in network server.

Technical Integration

Key points for putting the RAK7590 to work:

LoRaWAN & bands: LoRaWAN 1.0.3 with OTAA activation and Class A; supports RU864, IN865, EU868, US915, AU915, KR920, and AS923-1/2/3/4 (specify the regional variant — this listing is EU868).
Network servers: Works with The Things Stack, ChirpStack, AWS IoT Core, or the WisGateOS 2 built-in network server (no internet); pairs with the Field Test Data Processor Extension.
Antennas & interfaces: External LoRa antenna (SMA), built-in GPS/Wi-Fi/BLE; Gigabit Ethernet (RJ45), USB Type-A, and a MicroSD slot holding the firmware.
Power: Built-in 20,000 mAh (3.7 V) battery — over 11 h runtime, ~10 h to charge via DC 5V/3A — or run from USB Type-C (5V/2A; does not charge the battery).
Display, platform & environment: 7-inch 1024 × 600 LCD on a Raspberry Pi CM4 platform; operates −20 °C to +40 °C (185 × 123 × 42.5 mm).
Setup help: For variant selection, network-server pairing, or survey workflows, contact the shopioT technical team.

What's in the Box

1×RAK7590 Field Tester Pad (firmware MicroSD pre-installed)

Note: charge the battery with a DC 5V/3A power adapter. The firmware MicroSD card must not be removed during normal use.

Frequently Asked Questions

What does the RAK7590 do?

It's a handheld LoRaWAN field tester that measures uplink and downlink RSSI, SNR, and packet-loss in real time, so you can verify coverage during installation and maintenance.

Does it need an internet connection?

No. It can run fully offline with the WisGateOS 2 built-in network server and offline maps, and it also works with The Things Stack, ChirpStack, and AWS IoT Core.

Which frequency bands does it support?

RU864, IN865, EU868, US915, AU915, KR920, and AS923-1/2/3/4. Choose the regional variant for your country — this listing is the EU868 version.

How long does the battery last?

The built-in 20,000 mAh battery runs for over 11 hours per charge (about 10 hours to fully recharge via a DC 5V/3A adapter). You can also power it directly over USB Type-C.

Can I see coverage on a map?

Yes — the built-in GPS plots signal distribution on a map with offline-map support and heatmaps, plus manual location labelling for specific test points.

How do I get the test reports?

View and export reports on the device, and pair it with the Field Test Data Processor Extension on WisGateOS 2 for backend parsing and analysis.

Planning a LoRaWAN Coverage Survey?

Talk to our IoT specialists, or explore the gateways and accessories to pair with it.

Specifications
  • Primary Communication Protocol
    LoRaWAN
  • Frequency/Region
    EU868
  • Antenna Type
    External (SMA)
  • Configuration Method
    On-device Touchscreen
  • Activation Method
    OTAA
  • Environment Rating
    Outdoor, Indoor
  • Operating Temperature
    -20°C to 50°C
  • Battery Type
    Li-Po
  • Power Consumption
    Max. 7.3W (continuous LoRa TX + GPS acquisition mode), Standby: ~0.6mA battery drain after shutdown
  • Measurement Technology
    • LoRaWAN RF signal quality measurement (RSSI / SNR / Packet Loss)
    • GPS-based location tagging (GPS / GNSS)
    • LinkCheck mode for downlink quality assessment
  • Measurement Range

    • RSSI: displayed in dBm (range not specified)
    • SNR: displayed in dB (range not specified)
    • Packet Loss Rate: 0–100%
    • Gateway Distance: measured in multiples of 250m minimum unit

  • Measurement Resolution

    • Gateway distance: minimum unit 250 metres
    • RSSI/SNR: per-packet real-time measurement (resolution not specified in datasheet)

  • Interfaces (I/O)
    SMA connector, Ethernet (RJ45), USB Type-C, USB Type-A, MicroSD Card Slot
  • Monitoring Parameters
    Backhaul Status, LoRa Traffic

Document Library

RAK7590 Datasheet

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