SDRangel

Nice software SDR

Support for:

Airspy, Airspy HF, Airspy Discovery, BladeRF, Fun Cube, HackRF, Kiwi SDR, LimeSDR, LimeSDR Mini, Lime RFE, Perseus, PlutoSDR, RTL SDR, SDRplay RSP1, RSP2, RSPduo, RSPdx, USRP B210, XTRX

Decoder:

• ADS-B
• NOAA APT
• DVB-S
• AIS

AOR AR-DV10

Digital receiver AR-DV10
The world's first handy wideband receiver that supports more than 9 types of digital modes
Waterproof performance equivalent to IPX5

Specifications:

TM 2 Console SDR Radio

Elad TM-2

TMate 2 is the most awaited accessory by many users of SDR radio that cannot or will not stay without usual knobs and display. With knobs and buttons, multifunctions color display and USB HID interface, TMate 2 allows the control of main functions of SDR software as FDM-SW2, PowerSDR and Perseus. Intended mainly to allow the use of SDR software without the need to watch the screen of the computer, or when the screen of the computer is crowded by various programs of log or software for digital or contest operations.

Technical Specifications

FUNcube

 

FUNcube Dongle Pro
FUNcube Dongle Pro+

 

FUNcube Dongle Pro

In practice, the coverage of the FCD is typically from around 51.5MHz to over 2,000MHz, and there is a gap in coverage between about 1,100MHz and 1,270MHz., sampling rate 96kHz

FUNcube Dongle Pro+

Specifications:

• Guaranteed frequency range: 150kHz to 240MHz and 420MHz to 1.9GHz
• Typical frequency coverage: 150kHz to 260MHz and 410MHz to 2.05GHz
• TCXO specified at 0.5ppm (in practice about 1.5ppm)
• 192kHz sampling rate
• Extremely simple hardware setup, just two connections, an “in” and an “out”:
• Standard SMA female antenna port
• USB 1.x type A male connection
• Eleven discrete hardware front end filters including:
• 6MHz 3dB bandwidth (10MHz at -40dB) SAW filter for the 2m band.
• 20MHz 3dB bandwidth (42MHz at -40dB) SAW filter for the 70cm band
• Third- and fifth-order LC bandpass filters for other bands
• Front end LNA OIP3 30dB
• Typical noise figures:
• 50MHz 2.5dB
• 145MHz 3.5dB
• 435MHz 3.5dB
• 1296MHz 5.5dB
• Typical NFM 12dB SINAD measurements:
• 145MHz 0.15uV
• 435MHz 0.15uV
• No additional drivers required for Linux, OSX or Windows
• Integrated 5V bias T switchable from software
  

Front End Limiter

A front end limiter (FEL) is a device that protects the receiver from a strong signal due to excess RF. It is installed between the antenna and the receiver, if we have a transceiver, in the same radio room.

The receiver must always be protected if we transmit in the same or in other bands, having the receiver turned off does not protect it from RF, to be sure not to damage the receiver, we must disconnect the antennas if we do not have any protection or switch from the equipment or with manual or automatic switches.

RX-FEL
1,8-30MHz
Insertion Lost < 0,43dB

SDR-Radio

SDR-Radio.com

https://www.sdr-radio.com/download

HDSDR

 

High Definition Software Defined Radio

HDSDR is a freeware Software Defined Radio (SDR) program for Microsoft Windows 2000/XP/Vista/7/8/8.1/10.
Typical applications are Radio listening, Ham Radio, SWL, Radio Astronomy, NDB-hunting and Spectrum analysis.

http://www.hdsdr.de/index.html

SDRSharp

 

Software Defined Radio Package

SDRSharp software for Airspy and RTL-SDR dongles!

Airspy
HackRF
USRP
RTL-SDR
FunCube

https://airspy.com/download/

RTL-SDR Receivers

RTL-SDR.COM

 

RTL-SDR

WiNRADiO Receivers

 

General Coverage Receivers

WR-G305i   
WR-G305e
WR-G315i
WR-G315e
WR-G39DDCi
WR-G39DDCe

Shortwave Receivers

WR-G31DDC (Excalibur)
WR-G33DDC (Excalibur Pro)
WR-G35DDCi Receiver (Excalibur Ultra)
WR-G65DDCe Receiver
WR-G65DDCe (Excalibur Sigma)
WR-G313i Receiver
WR-G313e Receiver

SDRplay Receivers

 

SDRplay RSP1
SDRplay RSP2
SDRplay RSP2pro
SDRplay RSP1A
SDRplay RSPdx
SDRplay RSPduo

RSP

Radio Spectrum Processor 

https://www.sdrplay.com/

Airspy Receivers

Airspy HF+ Discovery
Airspy HF+ Dual Port
Airspy R2
Airspy Mini

https://airspy.com/

SDR++

Features:

• Multi VFO
• Wide hardware support 
• SIMD accelerated DSP
• Cross-platform (Windows, Linux, OSX and BSD)
• Full waterfall update when possible
• Makes browsing signals easier and more pleasant
• Modular design (easily write your own plugins)

SDR++ https://www.sdrpp.org/

Github AlexandreRouma/SDRPlusPlus

Signal Identification Guide

A very interesting page to discover the format of the signal that we are listening to in our receiver.

It is ordered by frequencies and bands but also by categories, in the description we will find the data related to the signal, the range of frequencies, bandwidth, mode, a sound file and an image of the spectrum that it produces in the waterfall.

Link: SIGIDWIKI