Realtek Rtl2832U Driver

The default driver assumes you'll just be using the RTL-SDR for watching TV or radio but we want to be able to control it to do much more. Plug in the stick, Windows should automatically install the REALTEK 2832U driver Now from inside the SDR# directory, run Zadig which will do the driver swapping for us. Mar 06, 2020 pyrtlsdr. A Python wrapper for librtlsdr (a driver for Realtek RTL2832U based SDR's) Description. Pyrtlsdr is a simple Python interface to devices supported by the RTL-SDR project, which turns certain USB DVB-T dongles employing the Realtek RTL2832U chipset into low-cost, general purpose software-defined radio receivers.

  • RTL2832U DAB Player. DAB Player is software for listening to DAB radio. It requires use of the official manufacturer RTL2832U drivers. Welle.io (Windows/Linux) (Free) (Related Post) Welle.io DAB/DAB+ decoder for the RTL-SDR and Airspy. Another DAB/DAB+ decoder, but one with a very nice and professional looking interface.
  • This driver could be used by third party applications to implement Software Defined Radio (like SDR Touch) Keep in mind that this application on its own may not be very useful as it is just a driver. It is able to stream rtltcp over the network. Supported rtl-sdr dongles: - Any Generic RTL2832U - DigitalNow Quad DVB-T PCI-E card.
  • DVB-T dongles based on the Realtek RTL2832U can be used as a cheap SDR, since the chip allows transferring the raw I/Q samples to the host, which is officially used for DAB/DAB+/FM demodulation. The possibility of this has been discovered by Eric Fry (History and Discovery of RTLSDR). Antti Palosaari has not been involved in development of rtl-sdr.
  • Table of contents
  • rtl-sdr
    • Software
      • Binary Builds
      • Building the software
      • Usage

DVB-T dongles based on the Realtek RTL2832U can be used as a cheap SDR, since the chip allows transferring the raw I/Q samples to the host, which is officially used for DAB/DAB+/FM demodulation. The possibility of this has been discovered by Eric Fry (History and Discovery of RTLSDR). Antti Palosaari has not been involved in development of rtl-sdr.

Specifications¶

The RTL2832U outputs 8-bit I/Q-samples, and the highest theoretically possible sample-rate is 3.2 MS/s, however, the highest sample-rate without lost samples that has been tested wit regular USB controllers so far is 2.4 MS/s. A stable sample-rate of 3.2 MS/s without lost samples is only possible with the Etron EJ168/EJ188/EJ198 series of host controllers due to their specific maximum latency. The frequency range is highly dependent of the used tuner, dongles that use the Elonics E4000 offer the widest possible range (see table below).

TunerFrequency range
Elonics E400052 - 2200 MHz with a gap from 1100 MHz to 1250 MHz (varies)
Rafael Micro R820T24 - 1766 MHz
Rafael Micro R828D24 - 1766 MHz
Fitipower FC001322 - 1100 MHz (FC0013B/C, FC0013G has a separate L-band input, which is unconnected on most sticks)
Fitipower FC001222 - 948.6 MHz
FCI FC2580146 - 308 MHz and 438 - 924 MHz (gap in between)

Supported Hardware¶

Note: Many devices with EEPROM have 0x2838 as PID and RTL2838 as product name, but in fact all of them have an RTL2832U inside.br
Realtek never released a chip marked as RTL2838 so far.
The following devices are known to work fine with RTLSDR software:

VIDPIDtunerdevice name
0x0bda0x2832all of themGeneric RTL2832U (e.g. hama nano)
0x0bda0x2838E4000ezcap USB 2.0 DVB-T/DAB/FM dongle
0x0ccd0x00a9FC0012Terratec Cinergy T Stick Black (rev 1)
0x0ccd0x00b3FC0013Terratec NOXON DAB/DAB+ USB dongle (rev 1)
0x0ccd0x00d3E4000Terratec Cinergy T Stick RC (Rev.3)
0x0ccd0x00e0E4000Terratec NOXON DAB/DAB+ USB dongle (rev 2)
0x185b0x0620E4000Compro Videomate U620F
0x185b0x0650E4000Compro Videomate U650F
0x1f4d0xb803FC0012GTek T803
0x1f4d0xc803FC0012Lifeview LV5TDeluxe
0x1b800xd3a4FC0013Twintech UT-40
0x1d190x1101FC2580Dexatek DK DVB-T Dongle (Logilink VG0002A)
0x1d190x1102?Dexatek DK DVB-T Dongle (MSI DigiVox mini II V3.0)
0x1d190x1103FC2580Dexatek Technology Ltd. DK 5217 DVB-T Dongle
0x04580x707f?Genius TVGo DVB-T03 USB dongle (Ver. B)
0x1b800xd393FC0012GIGABYTE GT-U7300
0x1b800xd394?DIKOM USB-DVBT HD
0x1b800xd395FC0012Peak 102569AGPK
0x1b800xd39dFC0012SVEON STV20 DVB-T USB & FM

People over at reddit are collecting a list of other devices that are compatible.

If you find a device that is not yet in the device list but should be supported, please send the VID/PID and additional info (used tuner, device name) to our mailing list.

This is the PCB of the ezcap-stick:
More pictures can be found here.

Software¶

Much software is available for the RTL2832. Most of the user-level packages rely on the librtlsdr library which comes as part of the rtl-sdr codebase. This codebase contains both the library itself and also a number of command line tools such as rtl_test, rtl_sdr, rtl_tcp, and rtl_fm. These command line tools use the library to test for the existence of RTL2832 devices and to perform basic data transfer functions to and from the device.

Because most of the RTL2832 devices are connected using USB, the librtlsdr library depends on the libusb library to communicate with the device.

At the user level, there are several options for interacting with the hardware. The rtl-sdr codebase contains a basic FM receiver program that operates from the command line. The rtl_fm program is a command line tool that can initialize the RTL2832, tune to a given frequency, and output the received audio to a file or pipe the output to command line audio players such as the alsa aplay or the sox play commands. There is also the rtl_sdr program that will output the raw I-Q data to a file for more basic analysis.

Dvb-t Rtl-sdr Realtek Rtl2832u Driver

For example, the following command will do reception of commercial wide-band FM signals:

On a Mac, a similar command that works is as follows. This assumes that the sox package is installed, 'port install sox': Free macbook pro for students.

If you want to do more advanced experiments, the GNU Radio collection of tools can be used to build custom radio devices. GNU Radio can be used both from a GUI perspective in which you can drag-and-drop radio components to build a radio and also programmatically where software programs written in C or Python are created that directly reference the internal GNU Radio functions.

The use of GNU Radio is attractive because of the large number of pre-built functions that can easily be connected together. However, be aware that this is a large body of software with dependencies on many libraries. Thankfully there is a simple script that will perform the installation but still, the time required can be on the order of hours. When starting out, it might be good to try the command line programs that come with the rtl-sdr package first and then install the GNU Radio system later.

Binary Builds¶

Windows¶

While Osmocom in general is a very much Linux-centric development community, we are now finally publishing automatic weekly Windows binary builds for the most widely used Osmocom SDR related projects: rtl-sdr and osmo-fl2k.

You can find the binaries at The actual builds are done by roox who is building them using MinGW on OBS, see
  • https://build.opensuse.org/project/show/network:osmocom:mingw:mingw32 and

The status of the osmocom binary publish job, executed once per week from now on, can be found at https://jenkins.osmocom.org/jenkins/view/All%20no%20Gerrit/job/Osmocom-OBS_MinGW_weekly_publish/

Source Code¶

The rtl-sdr code can be checked out with:

It can also be browsed via cgit, and there's an official mirror on github that also provides packaged releases.

If you are going to 'fork it on github' and enhance it, please contribute back and submit your patches to: osmocom-sdr at lists.osmocom.org

A gr-osmosdr GNU Radio source block for OsmoSDRand rtl-sdr is available. Please install a recent gnuradio (>= v3.6.4) in order to be able to use it.

Building the software¶

rtlsdr library & capture tool¶

You have to install development packages for libusb1.0 and can either use cmake or autotools to build the software.

Driver

Please note: prior pulling a new version from git and compiling it, please do a 'make uninstall' first to properly remove the previous version.

Building with cmake:

In order to be able to use the dongle as a non-root user, you may install the appropriate udev rules file by calling cmake with -DINSTALL_UDEV_RULES=ON argument in the above build steps.

Building with autotools:

The built executables (rtl_sdr, rtl_tcp and rtl_test) can be found in rtl-sdr/src/.

In order to be able to use the dongle as a non-root user, you may install the appropriate udev rules file by calling

[RelWithDebInfo.zip pre-built Windows version':http://lists.osmocom.org/mailman/listinfo/osmocom-sdr]

Gnuradio Source¶

The Gnu Radio source requires a recent gnuradio (>= v3.7 if building master branch or 3.6.5 when building gr3.6 branch) to be installed.

The source supports direct device operation as well as a tcp client mode when using the rtl_tcp utility as a spectrum server.

Please note: prior pulling a new version from git and compiling it, please do a 'make uninstall' first to properly remove the previous version.

Please note: you always should build & install the latest version of the dependencies (librtlsdr in this case) before trying to build the gr source. The build system of gr-osmosdr will recognize them and enable specific source/sink components thereafter.

Building with cmake (as described in the gr-osmosdr wiki page):

If you are building for gnuradio 3.6 series, you have to switch to the gr3.6 branch as follows

then continue with

Now cmake should print out a summary of enabled/disabled components. You may disable certain components by following guidelines shown by cmake. Make sure the device of your interest is listed here. Check your dependencies and retry otherwise.

Now build & install

NOTE: The osmocom source block (osmocom/RTL-SDR Source) will appear under 'Sources' category in GRC menu.

For initial tests we recommend the multimode receiver gnuradio companion flowgraph (see 'Known Apps' table below).

You may find more detailed installation instructions in this recent tutorial.

Automated installation¶

Marcus D. Leech has kindly integrated the forementioned build steps into his gnuradio installation script at 'This is the most user-friendly option so far.
h2. Mailing List

We discuss both OsmoSDR as well as rtl-sdr on the following mailing list: [mailto:[email protected]].

You can subscribe and/or unsubscribe via the following link: https://lists.osmocom.org/mailman/listinfo/osmocom-sdr

Please make sure to read the MailingListRules before posting.

Usage¶

rtl-sdr¶

Example: To tune to 392.0 MHz, and set the sample-rate to 1.8 MS/s, use:

to record samples to a file or to forward the data to a fifo.

If the device can't be opened, make sure you have the appropriate rights to access the device (install udev-rules from the repository, or run it as root).

rtl_tcp¶

Example:

use the rtl_tcp=.. device argument in gr-osmosdr source to receive the samples in GRC and control the rtl settings remotely.

This application has been successfully crosscompiled for ARM and MIPS devices and is providing IQ data in a networked ADS-B setup at a rate of 2.4MSps. The gr-osmosdr source is being used together with an optimized gr-air-modes version (see Known Apps below).
It is also available as a package in OpenWRT.

A use case is described here.

rtl_test¶

To check the possible tuning range (may heavily vary by some MHz depending on device and temperature), call

To check the maximum samplerate possible on your machine, type (change the rate down until no sample loss occurs):
A samplerate of 2.4e6 is known to work even over tcp connections (see rtl_tcp above). A sample rate of 2.88e6 may work without lost samples but this may depend on your PC/Laptop's host interface.

Using the data¶

To convert the data to a standard cfile, following GNU Radio Block can be used:br
The GNU Radio Companion flowgraph is available as rtl2832-cfile.grc. It is based on the FM demodulation flowgraph posted by Alistair Buxton on this thread.

Please note: for realtime operation you may use fifos (mkfifo) to forward the iq data from the capture utility to the GRC flowgraph.

You may use any of the the following gnuradio sources (they are equivalent):

Realtek Rtl2832u Windows Driver

What has been successfully tested so far is the reception of Broadcast FM and air traffic AM radio, TETRA, GMR, GSM, ADS-B and POCSAG.

Tell us your success story with other wireless protocols in ##rtlsdr channel on freenode IRC network.

Realtek Rtl2832u Sdr Software

Known Apps¶

The following 3rd party applications and libraries are successfully using either librtlsdr directly or the corresponding gnuradio source (gr-osmosdr):

NameTypeAuthorURL
gr-pocsagGRC FlowgraphMarcus Leechhttps://www.cgran.org/browser/projects/gr-pocsag/trunk
multimode RX (try first!)GRC FlowgraphMarcus Leechhttps://www.cgran.org/browser/projects/multimode/trunk
simple_fm_rvcGRC FlowgraphMarcus Leechhttps://www.cgran.org/browser/projects/simple_fm_rcv/trunk
python-librtlsdrPython WrapperDavid Basdenhttps://github.com/dbasden/python-librtlsdr
pyrtlsdrPython WrapperRogerhttps://github.com/roger-/pyrtlsdr
rtlsdr-waterfallPython FFT GUIKyle Keenhttps://github.com/keenerd/rtlsdr-waterfall
Wireless Temp. Sensor RXGnuradio AppKevin Mehallhttps://github.com/kevinmehall/rtlsdr-433m-sensor
QtRadioSDR GUIAndrea Montefusco et al.http://napan.ca/ghpsdr3/index.php/RTL-SDR
gqrxSDR GUIAlexandru Csetehttps://github.com/csete/gqrx
rtl_fmSDR CLIKyle Keenmerged in librtlsdr master
SDR#SDR GUIYoussef Touilhttp://sdrsharp.com/ and Windows Guide or Linux Guide
tetra_demod_fftTrunking RXosmocom teamosmosdr-tetra_demod_fft.py and the HOWTO
airprobeGSM snifferosmocom team et alhttp://git.gnumonks.org/cgi-bin/gitweb.cgi?p=airprobe.git
gr-smartnet (WIP)Trunking RXNick Foster
gr-air-modesADS-B RXNick Fosterhttps://www.cgran.org/wiki/gr-air-modes call with --rtlsdr option
LinradSDR GUILeif Asbrink (SM5BSZ)http://www.nitehawk.com/sm5bsz/linuxdsp/hware/rtlsdr/rtlsdr.htm' DAGC changes were applied to librtlsdr master
gr-ais (fork)AIS RXNick Foster, Antoine Sirinelli, Christian Gagneraudhttps://github.com/chgans/gr-ais
GNSS-SDRGPS RX (Realtime!)Centre Tecnològic de elecomunicacions de CatalunyaDocumentation and http://www.gnss-sdr.org/
LTE-Cell-ScannerLTE Scanner / TrackerJames Peroulas, Evrytania LLChttp://www.evrytania.com/lte-toolshttps://github.com/Evrytania/LTE-Cell-Scanner]
LTE-Cell-Scanner OpenCL accelerated (new)LTE Scanner / TrackerJiao Xianjunhttps://github.com/JiaoXianjun/LTE-Cell-Scanner
Simulink-RTL-SDRMATLAB/Simulink wrapperMichael Schwall, Sebastian Koslowski, Communication Engineering Lab (CEL), Karlsruhe Institute of Technology (KIT)http://www.cel.kit.edu/simulink_rtl_sdr.php
gr-scanScannertechmeologyhttp://www.techmeology.co.uk/gr-scan/
kalibrate-rtlcalibration toolJoshua Lackey, Alexander Chemeris, Steve Markgraf
pocsag-mrtMultichannel Realtime ]DecoderiZshhttps://github.com/iZsh/pocsag-mrt
adsb#ADS-B RXYoussef Touil, Ian Gilmourhttp://sdrsharp.com/index.php/a-simple-and-cheap-ads-b-receiver-using-rtl-sdr
osmo-gmr-rtlGMR1 RXDimitri Stolnikovhttp://gmr.osmocom.org/trac/wiki/GettingStarted#RTLSDRdongles
rtl_adsbADS-B RXKyle Keencomes with the library
dump1090ADS-B RXSalvatore Sanfilippohttps://github.com/antirez/dump1090
rtl_433Temperature Sensor ReceiverBenjamin Larssonhttps://github.com/merbanan/rtl_433
randioRandom number generatorMichel Pelletierhttps://github.com/michelp/randio
gr-wmbusm-bus (EN 13757-4) RXoWCTejLVlFyNztcBnOohhttps://github.com/oWCTejLVlFyNztcBnOoh/gr-wmbus
ec3kEnergyCount 3000 RXTomaž Šolchttps://github.com/avian2/ec3k
RTLSDR-ScannerRadio ScannerEarToEarOakhttps://github.com/EarToEarOak/RTLSDR-Scanner
simple_raRadio Astronomy AppMarcus Leechhttps://cgran.org/wiki/simple_ra
rtlizerSpectrum analyzerAlexandru Csetehttps://github.com/csete/rtlizer
FS20_decodeFS20 DecoderThomas Frischhttps://github.com/eT0M/rtl_sdr_FS20_decoder
OpenLTELTE ToolkitBen Wojtowiczhttp://sourceforge.net/p/openlte/home/Home/
rtltcpaccessDAB compatibility layerSteve Markgrafhttps://github.com/steve-m/rtltcpaccess
SDR-J'Analog' SDR & DABJan van Katwijkhttp://www.sdr-j.tk
RTLTcpSourcesource for redhawk SDR frameworkMichael Ihde
gortlsdrGolang wrapperJoseph Poirierhttps://github.com/jpoirier/gortlsdr
gr-rds (fork)RDS + WBFM receiverDimitrios Symeonidis et alhttps://github.com/bastibl/gr-rds
NRF24-BTLE-DecoderDecoder for 2.4 GHz NRF24 & Bluetooh LEOmri Iluz
acarsdecACARS decoderThierry Lecontehttp://sourceforge.net/projects/acarsdec/
rtl-sdr-airbandair band reiceiver/ATISWong Man Hanghttps://github.com/microtony/RTLSDR-Airband

Also take a look at the applications which use rtl-sdr through gr-osmosdr.

Using our lib? Tell us! Don't? Tell us why! :)


Multiple GMR-carriers can be seen in a spectrum view with the full 3.2 MHz bandwidth (at 3.2 MS/s).

Rtl2838uhidir Driver Windows 10

Credits¶

rtl-sdr is developed by Steve Markgraf, Dimitri Stolnikov, and Hoernchen, with contributions by Kyle Keen, Christian Vogel and Harald Welte.

Realtek Rtl2832u Tv Usb Dongle Driver

Files (9)

Realtek Rtl2832 Driver

rtl2832-cfile.png23.8 KB
ezcap_top.jpg178 KBtop view of the ezcap PCB
rtl2832-cfile.grcrtl2832-cfile.grc8.56 KBGRC flowgraph for the RTL2832 file format
rtl-sdr-gmr.png42.4 KBspectrum view of GMR carriers
EZTV666.JPG163 KBSimilar but smaller EZTV 666 receiver
rtl-sdr.2.pdf1.78 MBPresentation given at FreedomHEC 2012 Taipei
osmosource.png24.5 KBgr-osmosdr sources
RelWithDebInfo.zipRelWithDebInfo.zip416 KB-
Histo_DATA_Packets.png21.8 KB