New! SDRplay RSP1B 1 kHz - 2000 MHz Wideband SDR Receiver - Authorised Reseller. New! SDRplay RSP1B 1 kHz - 2000 MHz Wideband SDR Receiver Supplied by SDR-Kits - Authorised Distributor of SDRplay Radios since 2015 The RSP1B is an enhanced version of
the popular RSP1A powerful wideband full featured 14-bit SDR which
covers the RF spectrum from 1kHz to 2GHz. The RSP1B comes in a rugged
black painted steel case and has significantly improved noise
performance.
The RSP1B has the following additional benefits compared to SDRplay's lowest cost device, the RSP1A:
- It has improved signal handling at HF frequencies.
- It
has significantly improved noise performance below 1MHz (i.e. for MF,
LF and below), and in the 50-60 MH.There are also noticeable
noise improvements in the 3.5-5.5MHz and 250-320MHz spectrum.
- It is housed in a strong black painted steel case.
Like the other SDRplay receivers, all it needs is a computer and
an antenna to provide excellent communications receiver functionality.
It comes with a choice of SDRunoTM for Windows and multiplatform
SDRconnectTM SDR software for Windows, MacOS and Linux (supplied free of
charge by SDRplay). It allows users to monitor up to 10MHz of spectrum
at a time. A documented API allows developers to create new demodulators
or applications around the platform.
Key Features of the RSP1B
- New, enhanced version of the RSP1A in a rugged black painted steel case
- Improved noise performance below 1MHz and in the 3.5-5.5MHz, 50-60 MHz and 250-320MHz range
- Improved signal handling at HF frequencies.
- Covers all frequencies from 1kHz through VLF, LF, MW, HF, VHF, UHF and L-band to 2GHz, with no gaps
- Receive, monitor and record up to 10MHz of spectrum at a time
- 14-bit ADC silicon technology for excellent dynamic range
- Multiple high-performance preselect filters minimize phantom signal problems
- Software selectable AM/FM & DAB broadcast band notch filters minimise intermodulation problems from strong interferers
- Multiple individual receivers in any 10MHz slice of spectrum