Unlock the power of seamless LoRa troubleshooting and development with the CatWAN USB Stick! This compact device transforms into your go-to debugging companion, offering a unique blend of versatility and non-intrusiveness.
With the CatWAN USB Stick, you gain the ability to effortlessly monitor LoRaWAN data packages and analyze traffic between multiple LoRa radio nodes. It’s not just a tool; it’s your hardware-level probe, logic analyzer, oscilloscope, and JTAG, all packed into one sleek package.
Experience the convenience of non-intrusive debugging, allowing your software/hardware system to operate seamlessly as if the CatWAN USB Stick isn’t even there. No need to alter your communication software – simply plug in and gain unparalleled insights into your LoRa devices’ communications.
Elevate your LoRa technology development with the CatWAN USB Stick – your essential companion for streamlined debugging and problem-solving!
We have 4 variants of CatWAN USB Stick:
- SAMD21 915MHz
- SAMD21 868MHz
- RP2040 915MHz
- RP2040 868MHz
Select the appropriate one for your application, the most important thing is to select the frequency band based on that accepted in your region. For more information about which band frequency you should use, visit Understanding LoRaWAN Frequencies.
NOTE: Basic firmware is flashing (blinking), for LoRa Sniffer upload firmware via Arduino
Main characteristics
- Works with any PC, Raspberry Pi or BeagleBone, even a smartphone or tablet
- Supports packet mode LoRa® (package mode) or LoRaWAN ™ Class A, B and C
- Compatible with The Things Network and other LoRaWAN networks
- Based on the RFM95
- RX LED as reception indicator, programmable by the user
- Easy reprogramming compatible with Arduino and Circuit Python
- Compatible with the App LoRa Sniffer
- Open Source
Specifications
- Connectivity: USB 2.1
- Power Consumption: 140 ma typical TX, 20 ma idle (with power LED)
- Receiver Sensitivity: down to -146 dBm
- TX Power: adjustable up to +18.5 dBm
- Range: up to 15 km coverage in suburban and up to 5 km coverage in urban areas
