Introduction:for RSP1A is an entry-level SDR receiver, which is upgraded from the RSP1 model. This versatile broadband 14 bit SDR is an perfect receiver covering from 1kHz to 2GHz.Just connect the RSP1A to your computer and add an antenna, and you can have an excellent communication receiver that can monitor up to 10MHz of spectrum. It has a RF shielded black plastic housing. It makes the RSP1A both rugged and easy to carry.for RSP1a comes with "Getting Started" information, which contains links to all information for you to start GET and RUN.Continuous coverage from 1 kHz to 2 GHzRugged carrying caseRF shieldingSingle SMA antenna socketAPI for demodulator/application development via USB cableDimensions: 95 x 80 x 30 mmWhat's the use?for RSP1A has a wide coverage, which can provide flexibility in your application. The RSP2 frequency range covers all amateur, broadcast and industrial/scientific (ISM) frequency bands from experimental , HF, VHF to UHF. RSP1A is also an perfect tool for educational purposes.You can add up to 16 individual receivers (using sdruno software) in the 10MHz spectrum.Software:RSP1A uses powerful sdruno software (Windows based) to enable you to convert your computer into a general coverage receiver. RSP1A is a software that can be upgraded according to standards.RSP1A can accurately record RF and noise measurements for a period of time for recording and tabulation. The documented enable developers to create new debuggers or applications around the platform.In addition, there are other free software types, such as popular hsdr, sdr console and Linux based cubic sdr. For Linux projects and applications, SoapySDR is supported and applicable to the implementation based on for . Colour:blackMaterial:MetalPackage Contents:1 x SDR receiver1 x USB cable1 x AntennaOnly the above package content, other products are not included.Note: Light reflection and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm.