Glamos Walker Helium Testing Device -EU868 Frequency 

 

All data on your hand

With the integration of the Walker device on the Walk App server (HTTP POST integration), the user is able to view all the data about the sent message on the screen of the device, but also within the Walk App. This includes sending time, counter, frequency, spreading factor (SF), bandwidth, coding rate, GPS coordinates, name of all base stations that received the message along with the corresponding RSSI and SNR values. Device will calculate Packet error rate for you.

Real time monitoring

If the Walker has access to the Wi-Fi network (or smartphone hotspot) during operation, it will display the names of all gateways that received the message, together with the corresponding RSSI and SNR values. This feature is an ideal way for the user to see network quality in real time not only based on signal quality, but also based on the overlap of multiple gateways.

Example: You send a message on the desired SF, and on the screen you will get information about exactly which base stations received the message and with what signal strength.

Use cases

  • Optimisation of location for devices – Know where to set up device in advance
  • Optimisation of location for gateways – Learn about your gateway and location’s performance
  • Network coverage testing – Map your network – you can create map to know what area your hotspot, or some other, is covering with signal.
  • Signal quality (RSSI and SNR)
  • Indoor testing – Find out how buildings affect your network
  • Testing location for Helium hotspot placement (you are able to see how many hotspots you can see from some locations, or do you see any, before setting up your hotspot)- analytics for Proof of Coverage (PoC) (in app you can see if you have valid PoC from location)
  • Signal quality testing (RSSI and SNR) – You can see how good signal is because that is important for PoC and mining
  • Testing with different antennas to find best fit – 3 antennas included (every device and hotspot has a different antenna, so you can test them to get best signal for communication or to find golden point for mining)
  • Visualization of all data in app (all data is stored in Walk App so you can see them on map and analyse it later)
  • Get list of hotspots in range on screen of device or in app
  • LEARNING about LoRaWAN (using device you will learn how LoRaWAN and RF works. Best way to improve knowledge from theory is to make practical testing’s)

Configurable parameters

User can change all parameters directly on device, no need for reprogramming on computer. That includes:

Different modes for testing

To speed up testing there are many different modes of work:

Technical specifications

CommunicationLoRaWAN (can be integrated to any network), WiFi
Battery3000mAh, rechargeble
Autonomyup to 20h
Weight110g (without antenna)
Dimensions110x65x20mm
Conditions-10°C – 70°C
LoRa modeOTAA, ABP, class A
LoRa frequencyEU863-870 or US902-929

LoRaWAN serversTTN, Loriot, Actility, etc
RF connector on deviceSMA – female
SensorsGPS (precision <2.5m in outdoor)
Display1.3″, wideangle (170°), 65K
Package includes1x Glamos Walker
1x Antenna 2.15dBi, 21cm
1x Antenna 1dBi, 10cm
1x Antenna 0dBi, 5cm
*(antennas 868MHz or 915MHz)
1x USB cable for charging
1x Hard case bag
With the integration of the Walker device on the Walk App server (HTTP POST integration), the user is able to view all the data about the sent message on the screen of the device, but also within the Walk App. This includes sending time, counter, frequency, spreading factor (SF), bandwidth, coding rate, GPS coordinates, name of all base stations that received the message along with the corresponding RSSI and SNR values. Device will calculate Packet error rate for you. If the Walker has access to the Wi-Fi network (or smartphone hotspot) during operation, it will display the names of all gateways that received the message, together with the corresponding RSSI and SNR values. This feature is an ideal way for the user to see network quality in real time not only based on signal quality, but a