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The Airspy software is much easier to use than GNU radio (in my opinion).

The FM transmitter took a while to figure out which frequency it transmitting on. Ultimately mine
was transmitting at about 96Mhz (I found the transmission frequency using Airspy).

Assembled and got the first Pro Micro working a couple of days ago. Can upload the Blink program
and functions fine. However when trying to upload the CC1101_RX or TX program, I get a compile
error indicating WProgram,
from C:\Program Files (x86)\Arduino\libraries\CC1101/ELECHOUSE_CC1101.h:13, then
C:\Program Files (x86)\Arduino\libraries\CC1101/ELECHOUSE_CC1101.h:14:22: fatal error:
WProgram.h: No such file or directory

#include <WProgram.h>

Try replacing "WProgram.h" with "Arduino.h"

Had to replace WProgram.h in both programs (.h and .cpp) . They compile and upload after fixing
the BYTE command in the receiver. Now that they are both uploaded, it just sits and increments a
counter in the receiver from the xmitter. interesting.

what did you do to "fix the BYTE command in the receiver"?

yeah but make sure you do it in both the /ELECHOUSE_CC1101.h and the
/ELECHOUSE_CC1101.cpp files.

I had an awesome time soldering the HEX3653 FM Receiver Kit. After it was done I popped in the
batteries and then fired it up using the jumper to set the headphones as the antenna and at once I
was listening to the local FM stations around here. But as I walked around the house I somehow
managed to cause a short due to exposed batter wires and then after that all that my little Receiver
receives is static and once I press the seek button it receives nothing. I will start troubleshooting
soon but work to the wise be careful with this unit once you add power because you can short it out
any number of ways using the header pins or the power terminals. And this little guy will not hold
up well to shorts!

I'm up and running with the RTL-SDR using SDRSharp. The quick-start quide is spot on. I'm
listening to an old familiar freind on NFM 162.390. If you are in HackerBoxes territory you know
who that is! ;) Now on to GNURadio... Soldering tommorow...

Tim, what machine are you running SDR# on, and where did you get the driver? I tried to install it
on a raspberry pi 3, and a windows vista machine and can't seem to get the proper driver.
Thanks

Joe, after going back and reading it again myself, I see right at the beginning in bold lettering that
XP and Vista are not compatible. :(

I am using Windows 10. I followed the instruction in the guide here ->
https://www.rtl-sdr.com/rtl-sdr-quick-start-guide/
Pay very close attention to steps 7 thru 11 regarding the driver.
Further down below those steps are some additional troubleshooting steps.

HackerBox 0034: SubGHz: Page 14

Summary of Contents for HackerBox 0034

Page 1: ...rBox like this right in your mailbox each month please subscribe at HackerBoxes com and join the revolution Topics and Learning Objectives for HackerBox 0034 Con guration and Use of SDR Radio Receiver...

Page 2: ...tware tools Most importantly you will need a sense of adventure DIY spirit and hacker curiosity Hardcore DIY electronics is not a trivial pursuit and HackerBoxes are not watered down The goal is progr...

Page 3: ...ZigBee Some interesting frequencies to explore include 88 108 MHz FM Broadcast NOAA Weather Radio Air Tra c Control 315 MHz Keyless Entry Fob most American Cars 2m Ham Calling SSB 144 200 MHz FM 146...

Page 4: ...iate Frequency 36 125MHz low IF 4 57MHz or Zero IF output using a 28 8MHz crystal and includes FM DAB DAB Radio Support Embedded with an advanced ADC Analog to Digital Converter the RTL2832U features...

Page 5: ...artment and emergency stations taxi tra c airplane communications audio of analogue TV broadcasts HAM radio amateurs digital broadcasts and many more An on the go OTG USB cable or adapter is required...

Page 6: ...pF Ceramic Capacitor 10 Antenna Wire 9V Battery Clip Header Pins break to 2 and 3 pins Note that the three transistors the microphone and the one electrolytic capacitor must be oriented as shown on th...

Page 7: ...scillator Changing the values of C5 and or L1 will change the transmit frequency After initial assembly the default transmit frequency will be about 83MHz Gently spreading the turns of coil L1 a tiny...

Page 8: ...3 33pF D1 D2 1N4148 Diodes Yellow LED Audio Phone Jack 3 5mm Four Pin Header with Jumper Five Momentary Pushbuttons Dual AA Battery Holder The HEX3653 receiver chip operates over the 76MHz 108MHz freq...

Page 9: ...F signal rst goes through L1 and C4 which act as a lter Then two clipping diodes are used to limit excessive input voltage The ve pin header labeled B allows the receiver module to be integrated into...

Page 10: ...ost sub GHz transceiver designed for very low power wireless applications The circuit is mainly intended for the Industrial Scienti c and Medical ISM and Short Range Device SRD frequency bands at 315...

Page 11: ...y Sparkfun has a great Pro Micro Hookup Guide The Hookup Guide has a detailed overview of the Pro Micro board and then a section for Installing Windows and a section for Installing Mac Linux Follow th...

Page 12: ...umber of other interesting resources and projects for the CC1101 transceiver including the following example TomXue Arduino CC1101 Arduino Library SmartRF Studio Electrodragon CC1101 Project CUL Proje...

Page 13: ...ronics and computer tech projects descend upon your mailbox each month please join the revolution by sur ng over to HackerBoxes com and subscribing to receive our monthly surprise box Reach out and sh...

Page 14: ...it up using the jumper to set the headphones as the antenna and at once I was listening to the local FM stations around here But as I walked around the house I somehow managed to cause a short due to...

Page 15: ...it It DOES work but touching it or moving it I could interfere with the entire FM spectrum Now you can speak from experience as to why we use crystal oscillators My first box of my first annual subscr...

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