SDRplay

RSP1 Radio Spectrum Processor The SDRplay RSP1 is a powerful, wideband Radio Spectrum Processor (RSP). It is a fully assembled SDR module, covering all frequencies from 10 kHz to 2 GHz, with a huge 10 MHz bandwidth. A black plastic housing makes the SDRplay robust and portable. With its wide coverage, the SDRplay RSP1 provides flexibility in your application of choice. SDRplay covers all amateur, broadcast and professional bands from experimental LF through HF, VHF and UHF. Connect the SDRplay to a PC and add an antenna to create a communications receiver. The RSP1 is designed for use either with SDRuno, or other freely available 3rd party SDR software packages ( for example HDSDR, SDR-Console and CubicSDR. This software, alongside the RSP1, enables you to transform your PC into a general coverage receiver for virtually all radio and TV signals. SDRplay RSP1 comes with “Getting Started” information which contains all the information for you to get up and running. This guide includes details of the free SDR software required for your SDRplay. Here at RS we have 3 versions of the Radio Spectrum Processor: RSP1 - Original SDR receiver with one antenna port (RS 922-9607 ) RSP2 - SDR receiver with multiple antenna ports and external clocking feature (RS 124-9619 ) RSP2pro - RSP2 receiver in a rugged metal case (RS 125-7958 ) Robust black plastic housing Coverage: 10 kHz to 2 GHz Up to 10 MHz bandwidth 12-bit ADC USB interface Normal polarity female SMA connector Compatible with existing open source radio software Compatible with Mirics Radio & TV software Supported platforms: Windows, Linux, Mac, Android and Raspberry Pi 2/3 Note The SDRplay is not supplied with the antenna or USB-A to USB-B cable. Radio Modules SDRplay

SDRplay RSP2 Radio Spectrum Processor The SDRplay RSP2 is a powerful, wideband SDR receiver. It is a fully assembled SDR module, covering all frequencies from 1 kHz to 2 GHz, with a huge 10 MHz of spectrum bandwidth visibility and capture capability. An RF shielded black plastic housing makes the RSP2 robust and portable. With its wide coverage, the SDRplay RSP2 provides flexibility in your application of choice. The RSP2 frequency range covers all amateur, broadcast and industrial/scientific/medical (ISM) bands from experimental LF through HF, VHF and UHF. The SDRplay RSP2 provides three software selectable antenna inputs, and clocking features ideally suited to industrial, scientific and educational applications. By using SDRplay’s own powerful SDRuno software, this versatile receiver can monitor up to 10 MHz of spectrum. It can accurately record RF power and noise measurements over time for logging and charting purposes. A documented API allows developers to create new demodulators or applications around the platform. The RSP2 is housed in an RF shielded robust plastic case. The RSP2 is designed for use either with SDRplay’s own included Windows-based SDRuno SDR software, or other freely available alternatives (for example the popular HDSDR, SDR-Console and Linux-based Cubic SDR). This software, alongside the RSP2pro, enables you to transform your computer into a general coverage receiver or inexpensive spectrum monitoring device for the RF lab. For Linux projects and applications, SoapySDR is supported and useful for Raspberry Pi-based implementations. The SDRplay RSP2 comes with “Getting Started” information which contains links to all the information for you to get up and running. Here at RS we have 3 versions of the Radio Spectrum Processor: RSP1A – An enhanced version of the original RSP1 SDR receiver with one antenna port (RS 150-3954 ) RSP2 — SDR receiver with multiple antenna ports and external clocking feature (RS 124-961...

The SDRplay RSPdx is a major upgrade to the popular RSP2 and RSP2pro multi-antenna receiver design. It’s a wideband full-featured 14-bit SDR which covers the entire RF spectrum from 1kHz to 2GHz. Combined with the power of readily available SDR receiver software (including ’SDRuno’ supplied by SDRplay) you can monitor up to 10MHz spectrum at a time. The RSPdx provides three software selectable antenna inputs, and an external clock input. All it needs is a computer and an antenna to provide excellent communications receiver functionality. A documented API allows developers to create new demodulators or applications around the platform.

RSP1A 14-bit Radio Spectrum Processor The SDRplay RSP1A is a powerful, wideband Radio Spectrum Processor (RSP). It is a fully assembled 14-bit SDR module, covering all frequencies from 1 kHz to 2 GHz, with a huge 10 MHz of spectrum bandwidth visibility and capture capability. An RF shielded black plastic housing makes the SDRplay robust and portable. With its wide coverage, the SDRplay RSP1A provides flexibility in your application of choice. The RSP1A frequency range covers all amateur, broadcast and industrial/scientific bands from experimental LF through HF, VHF and UHF. Connect the SDRplay to a PC and add an antenna to create a communications receiver. The RSP1A is designed for use either with SDRplay’s own included Windows-based SDRuno SDR software, or other freely available alternatives (for example the popular HDSDR, SDR-Console and Linux-based Cubic SDR). This software, alongside the RSP1A, enables you to transform your PC into a general coverage receiver for virtually all radio and TV signals. For Linux projects and applications, SoapySDR is supported and useful for Raspberry Pi-based implementations. SDRplay RSP1A comes with “Getting Started” information which contains links to all the information for you to get up and running. At RS, we have 3 versions of the Radio Spectrum Processor: RSP1A – An enhanced version of the original SDR receiver with one antenna port (RS 150-3954 ) RSP2 - SDR receiver with multiple antenna ports and external clocking feature (RS 124-9619 ) RSP2pro - RSP2 receiver in a rugged metal case (RS 125-7958 ) Key Features: •Continuous coverage from 1 kHz to 2 GHz •Up to 10 MHz visible bandwidth •Powers over the USB cable with a simple type B socket •14-bit ADC silicon technology •11 high-selectivity, built in front-end preselection filters •Software selectable AM/FM and DAB broadcast band notch filters •Software selectable multi-level Low Noise Preamplifier •Bias -T power...

The SDRplay RSPduo is a dual-tuner wideband full featured 14-bit SDR which covers the entire RF spectrum from 1kHz to 2GHz giving 10MHz of spectrum visibility. Combined with the power of readily available SDR receiver software you can simultaneously monitor two completely separate 2MHz bands of spectrum anywhere between 1kHz and 2GHz. The RSPduo provides three software selectable antenna inputs, and clocking features ideally suited to industrial, scientific and educational applications. Simultaneously receive on two totally independent 2MHz spectrum windows anywhere between 1kHz and 2GHz Simultaneous processing from 2 antennas enables direction-finding, diversity and noise reduction applications Ideal for cross band full-duplex reception Covers all frequencies from 1kHz through to 2GHz External clock input and output for synchronisation purposes, or connection to GPS reference clock Excellent dynamic range for challenging reception conditions

RSP1 Radio Spectrum Processor The SDRplay RSP1 is a powerful, wideband Radio Spectrum Processor (RSP). It is a fully assembled SDR module, covering all frequencies from 10 kHz to 2 GHz, with a huge 10 MHz bandwidth. A black plastic housing makes the SDRplay robust and portable. With its wide coverage, the SDRplay RSP1 provides flexibility in your application of choice. SDRplay covers all amateur, broadcast and professional bands from experimental LF through HF, VHF and UHF. Connect the SDRplay to a PC and add an antenna to create a communications receiver. The RSP1 is designed for use either with SDRuno, or other freely available 3rd party SDR software packages ( for example HDSDR, SDR-Console and CubicSDR. This software, alongside the RSP1, enables you to transform your PC into a general coverage receiver for virtually all radio and TV signals. SDRplay RSP1 comes with “Getting Started” information which contains all the information for you to get up and running. This guide includes details of the free SDR software required for your SDRplay. Here at RS we have 3 versions of the Radio Spectrum Processor: RSP1 - Original SDR receiver with one antenna port (RS 922-9607 ) RSP2 - SDR receiver with multiple antenna ports and external clocking feature (RS 124-9619 ) RSP2pro - RSP2 receiver in a rugged metal case (RS 125-7958 ) Robust black plastic housing Coverage: 10 kHz to 2 GHz Up to 10 MHz bandwidth 12-bit ADC USB interface Normal polarity female SMA connector Compatible with existing open source radio software Compatible with Mirics Radio & TV software Supported platforms: Windows, Linux, Mac, Android and Raspberry Pi 2/3 Note The SDRplay is not supplied with the antenna or USB-A to USB-B cable. Radio Modules SDRplay

SDRplay RSP2 Radio Spectrum Processor The SDRplay RSP2 is a powerful, wideband SDR receiver. It is a fully assembled SDR module, covering all frequencies from 1 kHz to 2 GHz, with a huge 10 MHz of spectrum bandwidth visibility and capture capability. An RF shielded black plastic housing makes the RSP2 robust and portable. With its wide coverage, the SDRplay RSP2 provides flexibility in your application of choice. The RSP2 frequency range covers all amateur, broadcast and industrial/scientific/medical (ISM) bands from experimental LF through HF, VHF and UHF. The SDRplay RSP2 provides three software selectable antenna inputs, and clocking features ideally suited to industrial, scientific and educational applications. By using SDRplay’s own powerful SDRuno software, this versatile receiver can monitor up to 10 MHz of spectrum. It can accurately record RF power and noise measurements over time for logging and charting purposes. A documented API allows developers to create new demodulators or applications around the platform. The RSP2 is housed in an RF shielded robust plastic case. The RSP2 is designed for use either with SDRplay’s own included Windows-based SDRuno SDR software, or other freely available alternatives (for example the popular HDSDR, SDR-Console and Linux-based Cubic SDR). This software, alongside the RSP2pro, enables you to transform your computer into a general coverage receiver or inexpensive spectrum monitoring device for the RF lab. For Linux projects and applications, SoapySDR is supported and useful for Raspberry Pi-based implementations. The SDRplay RSP2 comes with “Getting Started” information which contains links to all the information for you to get up and running. Here at RS we have 3 versions of the Radio Spectrum Processor: RSP1A – An enhanced version of the original RSP1 SDR receiver with one antenna port (RS 150-3954 ) RSP2 — SDR receiver with multiple antenna ports and external clocking feature (RS 124-961...

The SDRplay RSPdx is a major upgrade to the popular RSP2 and RSP2pro multi-antenna receiver design. It’s a wideband full-featured 14-bit SDR which covers the entire RF spectrum from 1kHz to 2GHz. Combined with the power of readily available SDR receiver software (including ’SDRuno’ supplied by SDRplay) you can monitor up to 10MHz spectrum at a time. The RSPdx provides three software selectable antenna inputs, and an external clock input. All it needs is a computer and an antenna to provide excellent communications receiver functionality. A documented API allows developers to create new demodulators or applications around the platform.

RSP1A 14-bit Radio Spectrum Processor The SDRplay RSP1A is a powerful, wideband Radio Spectrum Processor (RSP). It is a fully assembled 14-bit SDR module, covering all frequencies from 1 kHz to 2 GHz, with a huge 10 MHz of spectrum bandwidth visibility and capture capability. An RF shielded black plastic housing makes the SDRplay robust and portable. With its wide coverage, the SDRplay RSP1A provides flexibility in your application of choice. The RSP1A frequency range covers all amateur, broadcast and industrial/scientific bands from experimental LF through HF, VHF and UHF. Connect the SDRplay to a PC and add an antenna to create a communications receiver. The RSP1A is designed for use either with SDRplay’s own included Windows-based SDRuno SDR software, or other freely available alternatives (for example the popular HDSDR, SDR-Console and Linux-based Cubic SDR). This software, alongside the RSP1A, enables you to transform your PC into a general coverage receiver for virtually all radio and TV signals. For Linux projects and applications, SoapySDR is supported and useful for Raspberry Pi-based implementations. SDRplay RSP1A comes with “Getting Started” information which contains links to all the information for you to get up and running. At RS, we have 3 versions of the Radio Spectrum Processor: RSP1A – An enhanced version of the original SDR receiver with one antenna port (RS 150-3954 ) RSP2 - SDR receiver with multiple antenna ports and external clocking feature (RS 124-9619 ) RSP2pro - RSP2 receiver in a rugged metal case (RS 125-7958 ) Key Features: •Continuous coverage from 1 kHz to 2 GHz •Up to 10 MHz visible bandwidth •Powers over the USB cable with a simple type B socket •14-bit ADC silicon technology •11 high-selectivity, built in front-end preselection filters •Software selectable AM/FM and DAB broadcast band notch filters •Software selectable multi-level Low Noise Preamplifier •Bias -T power...

The SDRplay RSPduo is a dual-tuner wideband full featured 14-bit SDR which covers the entire RF spectrum from 1kHz to 2GHz giving 10MHz of spectrum visibility. Combined with the power of readily available SDR receiver software you can simultaneously monitor two completely separate 2MHz bands of spectrum anywhere between 1kHz and 2GHz. The RSPduo provides three software selectable antenna inputs, and clocking features ideally suited to industrial, scientific and educational applications. Simultaneously receive on two totally independent 2MHz spectrum windows anywhere between 1kHz and 2GHz Simultaneous processing from 2 antennas enables direction-finding, diversity and noise reduction applications Ideal for cross band full-duplex reception Covers all frequencies from 1kHz through to 2GHz External clock input and output for synchronisation purposes, or connection to GPS reference clock Excellent dynamic range for challenging reception conditions