It’s still not working, but I got closer. There’s a discrepancy between how we talk about pins in the TTN packet forwarder and forks off of Semtech’s. TTN’s reset pin refers to GPIO #, whereas Semtech and others refers to the reset pin by pin #. GPIO 7 = pin 26, so setting that to 26 in reset_lgw.sh got me closer to working.
The last few lines of my verbose output are now:
lgw_spi_rb:373: BURST READ: to trans 1024 # chunk 1024 # transferred 8192
Note: SPI burst read success
ERROR: Failed to load fw 1
Note: SPI read success
Note: SPI write success
Note: SPI write success
Note: SPI read success
Note: SPI write success
Note: SPI write success
Note: SPI write success
Note: SPI read success
ERROR: Version of calibration firmware not expected, actual:0 expected:2
21:18:55 ERROR: [main] failed to start the concentrator
As you can see i have the ‘ftdi’. Where can i find the instructions to fix this?
i’am having the same error:
“ERROR: [main] failed to start the concentrator”
@Jeff-UK Sorry Sir,
I am using RisingHF gateway “RHF2S025BH8-868” for my application to send data on iotsquare.xyz .
These are the steps I have followed:
Created application on cloud.iotsquare.xyz and got DevEUI, AppEUI, Application and Network Key.
Added gateway details and the Gateway ID onto cloud.iotsquare.xyz
Packet Forward is enabled.
After performing above steps, the gateway is still not showing status as online.
Firewall is disabled, checked IP and it is present in the DHCP client table.
Also the internet speed is sufficient. So, I am not understanding what exactly might be the issue here.
Please suggest a solution for this.
I’m having trouble setting up my LoRaWAN module (WM1302) with my BeagleBone. I’ve connected everything, but I keep getting these errors:
ERROR: sx1250 Image Calibration Error ERROR: radio calibration failed ERROR: radio calibration failed
ERROR: [main] failed to start the concentrator
Have you checked all signals are available? I vaguely recall I needed to solder a jumper on a BeagleBone to enable some signal. (Sorry, too long ago to recall the details. I suggest you check the BeagleBone schematic for solder jumpers)
debian@beaglebone:~/sx1302_hal/packet_forwarder$ ./lora_pkt_fwd -c global_conf.json.sx1250.EU868
*** Packet Forwarder ***
Version: 2.1.0
*** SX1302 HAL library version info ***
Version: 2.1.0;
INFO: Little endian host
INFO: found configuration file global_conf.json.sx1250.EU868, parsing it
INFO: global_conf.json.sx1250.EU868 does contain a JSON object named SX130x_conf, parsing SX1302 parameters
INFO: com_type SPI, com_path /dev/spidev0.0, lorawan_public 1, clksrc 0, full_duplex 0
INFO: antenna_gain 0 dBi
INFO: Configuring legacy timestamp
INFO: Configuring Tx Gain LUT for rf_chain 0 with 16 indexes for sx1250
INFO: radio 0 enabled (type SX1250), center frequency 867500000, RSSI offset -215.399994, tx enabled 1, single input mode 0
INFO: radio 1 enabled (type SX1250), center frequency 868500000, RSSI offset -215.399994, tx enabled 0, single input mode 0
INFO: Lora multi-SF channel 0> radio 1, IF -400000 Hz, 125 kHz bw, SF 5 to 12
INFO: Lora multi-SF channel 1> radio 1, IF -200000 Hz, 125 kHz bw, SF 5 to 12
INFO: Lora multi-SF channel 2> radio 1, IF 0 Hz, 125 kHz bw, SF 5 to 12
INFO: Lora multi-SF channel 3> radio 0, IF -400000 Hz, 125 kHz bw, SF 5 to 12
INFO: Lora multi-SF channel 4> radio 0, IF -200000 Hz, 125 kHz bw, SF 5 to 12
INFO: Lora multi-SF channel 5> radio 0, IF 0 Hz, 125 kHz bw, SF 5 to 12
INFO: Lora multi-SF channel 6> radio 0, IF 200000 Hz, 125 kHz bw, SF 5 to 12
INFO: Lora multi-SF channel 7> radio 0, IF 400000 Hz, 125 kHz bw, SF 5 to 12
INFO: Lora std channel> radio 1, IF -200000 Hz, 250000 Hz bw, SF 7, Explicit header
INFO: FSK channel> radio 1, IF 300000 Hz, 125000 Hz bw, 50000 bps datarate
INFO: global_conf.json.sx1250.EU868 does contain a JSON object named gateway_conf, parsing gateway parameters
INFO: gateway MAC address is configured to 1464464616316411
INFO: server hostname or IP address is configured to “eu1.cloud.thethings.network”
INFO: upstream port is configured to “1700”
INFO: downstream port is configured to “1700”
INFO: downstream keep-alive interval is configured to 10 seconds
INFO: statistics display interval is configured to 30 seconds
INFO: upstream PUSH_DATA time-out is configured to 100 ms
INFO: packets received with a valid CRC will be forwarded
INFO: packets received with a CRC error will NOT be forwarded
INFO: packets received with no CRC will NOT be forwarded
INFO: GPS serial port path is configured to “/dev/ttyS0”
INFO: Reference latitude is configured to 0.000000 deg
INFO: Reference longitude is configured to 0.000000 deg
INFO: Reference altitude is configured to 0 meters
INFO: Beaconing period is configured to 0 seconds
INFO: Beaconing signal will be emitted at 869525000 Hz
INFO: Beaconing datarate is set to SF9
INFO: Beaconing modulation bandwidth is set to 125000Hz
INFO: Beaconing TX power is set to 14dBm
INFO: Beaconing information descriptor is set to 0
INFO: global_conf.json.sx1250.EU868 does contain a JSON object named debug_conf, parsing debug parameters
INFO: got 2 debug reference payload
INFO: reference payload ID 0 is 0xCAFE1234
INFO: reference payload ID 1 is 0xCAFE2345
INFO: setting debug log file name to loragw_hal.log
WARNING: [main] impossible to open /dev/ttyS0 for GPS sync (check permissions)
CoreCell reset through GPIO11…
SX1261 reset through GPIO11…
CoreCell power enable through GPIO18…
CoreCell ADC reset through GPIO13…
Opening SPI communication interface
Note: chip version is 0xFF (v15.15)
ERROR: sx1250 Image Calibration Error
ERROR: radio calibration failed
ERROR: radio calibration failed
ERROR: [main] failed to start the concentrator
The page you are referring to has a different table and lists reset pins at pin 10 and 22. Pin 22 should be the right one. Also make sure to drive the pin to the correct level.