GNU Radio + RTL2832 DVB-T USB stick = $20 ultra-cheap Software Defined Radio

GNU Radio + RTL2832 DVB-T USB stick = $20 ultra-cheap Software Defined RadioSource code: wiki.spench.net Also for Windows: wiki.spench.net twitter.com HDSDR with Wine on Linux & Mac OS X: wiki.spench.net For discussion, head to new Google Group: groups.google.com This video features the same device used with Winrad/HDSDR/WRplus: Compatible devices should be: ezcap, Hama nano & Terratec NOXON (get the first two as it has a better tuner – the Elonics 4000, same as FUNcube Dongle, broadest frequency range: 64-1700 MHz). This all started here (info & code): sdr.osmocom.org Source

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Brazil pirates on SATCOM 255 MHz

Brazil pirates on SATCOM 255 MHzUsing gqrx with my newsky dvb-t dongle (rtlsdr) to listen to the geostationary SATCOM which is frequently utilized by brazil radio pirates. Source

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$20 ultra-cheap Software Defined Radio with RTL2832 DVB-T USB stick

$20 ultra-cheap Software Defined Radio with RTL2832 DVB-T USB stickDownload it here: spench.net Also: Source block for GNU Radio: wiki.spench.net twitter.com Do the same on Linux & Mac OS X: wiki.spench.net For discussion, head to new Google Group: groups.google.com Compatible devices should be: ezcap, Hama nano & Terratec NOXON (get the first two as it has a better tuner – the Elonics 4000, same as FUNcube Dongle, broadest frequency range: 64-1700 MHz). This all started here (info & code): sdr.osmocom.org My ExtIO plugin also supports all USRPs, the FUNcube Dongle and network streaming using BorIP (see it here: You can also send the received baseband data over the network to GNU Radio using the UDP Source block. Source

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Testy taniego odbiornika SDR

Testy taniego odbiornika SDRTest taniego odbiornika SDR opartego o RTL2832U Model LV5TDLX DVB-T USB Source

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RTL2832U SDR vs Funcube

RTL2832U SDR vs Funcubetwo dongles on same strong local narrow FM signal, sound is send to left an right channel. Its needed to correct ppm to have it work on same signal. Source

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GEDOMIS testbed (part 2)

GEDOMIS testbed (part 2)GEDOMISĀ® (GEneric hardware DemOnstrator for MIMO Systems) is a multi-antenna wireless communication testbed that enables the prototyping and evaluation of physical layer algorithms featuring MIMO techniques. This is feasible thanks to its heterogeneous and reconfigurable structure comprising mixed FPGA and DSP baseband signal processing components, which can be used for the implementation and real-time validation of broadband wireless communication systems. GEDOMISĀ® is currently hosting an IEEE 802.16e-2005 system (mobile WiMAX) featuring a 2×2 MIMO configuration with a high channel bandwidth of 20 MHz. The physical layer algorithms of the receiver were modeled in Matlab, designed in VHDL and implemented in a real-time FPGA platform from Lyrtech Inc. For more information visit our webpag Source

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Ricezione radio DRM (Radio digitale in HF) con Softrock II e Dream radio by IZ5RZR

Ricezione radio DRM (Radio digitale in HF) con Softrock II e Dream radio by IZ5RZRDRM (Radio digitale in HF) con Softrock II e Dream radio by IZ5RZR Source

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