Best SDR Radio receiver Scanner Frequency range 10K-2GHz with driver software Android / Windows, Mac OS,Linux / Raspberry PI
Description
This device can be compatible with SDRPlay RSP1 RSP1 - Radio Spectrum Processor 14 Bit SDR Receiver/Includes SDRUNO Software
Equally with SDRplay RSP1 Radio Spectrum Processor 1 12 bit SDR
Similar with SDRplay RSP1 is a the popular and powerful wideband full featured 14-bit SDR which covers the RF spectrum from 1 kHz to 2 GHz.
Due to its exceptional combination of performance and price, the RSP1 has proved to be a very popular choice as an “entry level” SDR receiver. Since launching the RSP1, we have learned a great deal about what people are looking for in SDR receivers.
The RSP1 therefore delivers a significant number of additional features which result in benefits to amateur radio enthusiasts as well as significant benefits for the scientific, educational and industrial SDR community.


Same as SDRplay has also worked with developers of the popular HDSDR, SDR-Console and Cubic SDR software packages to ensure compatibility. As with the RSP1, the same as SDRplay provides multiplatform driver and API support which includes Windows, Linux, Mac, Android and Raspberry Pi 3. There is even a downloadable SD card image available for Raspberry Pi3 which includes Cubic SDR.
All it needs is a PC and an antenna to provide excellent communications receiver functionality. Combined with the power of readily available SDR receiver software (including ‘SDRuno’ supplied by SDRplay) you can monitor up to 10 MHz of spectrum at a time. Documented API allows developers to create new demodulators or applications around the platform.

Specifications:
Chips: MSI 001 + MSI 2500 chips
Model Number: FSP1A-Pro
Frequency Range: 10KHz-2GHz
Antenna connector: SMA
Antenna Impedance: 50 Ohms
Current Consumption (Typical): 185mA
Case Size: 80mm X 50mm X 20mm
Case Weight: 60 grams, 162 grams (with accessories)
USB Connector: USB type C
Reference: 0.5PPm 24Mhz TCXO
Sales content: Portable POP MSI SDR Pro receiver X1 pc;
high speed USB 3.0 Type C with shielding layer inside X1 pc;
Indoor FM telescopic antenna X 1 pc



KEY BENEFITS
- ldeal for portable operation
- No need for an up-converter
- ldeal for monitoring of ISM/ loT/ Telemetry bands <2 GHz
- Covers all frequencies from experimental LF through HF,VHF and UHF
- Works with all the popular SDR software (including SDRplay SDRuno API, gnu radio,HDsdr,cubicsdr,sdr #,sdr console)
- Compatible with existing open source radio software
- ExtlO based plugin available
- Compatible with Mirics Radio & TV software
- Software upgradeable for future standards
- Strong and growing software support network
- API provided to allow demodulator or application development
- Multiplatform support including Windows,Linux,Mac, Android and Raspberry Pi 2/3




Key Features
Continuous coverage from 10 kHz to 2 GHz
Up to 10 MHz visible bandwidth
Powers over the USB cable with a simple type C socket
Typical 12-bit ADC silicon technology (not another 8 bit dongle!), can be updated to 14bit by software upgrade.
8 built in front-end pre-selection filters
Software selectable (On/Off) LNA (Low Noise Preamplifier)
Compatible with SDRuno—World Class SDR software
Open API for new apps development
Rugged metal case with best RF shielding case/enclosure
Single 50Ohm RF connector (SMA)
USB 3.0 (high speed) Type C socket
Sales content
Equal with SDRplay device RSP1 PCBA board without enclosure
-high USB 3.0 cable with type C
- Download link with driver and software- This item is not the copy of SDRplay company.
FAQ
Q: Which is better for me RTL SDR or SDRplay
A: It depends on your applications. here are the comparative facts for you.
Price: RTL SDR is the cheapest one, if it can meet your requirements, we prefer RTL SDR;
But if you need better SDR, such as higher sampling rate 10MHz, you need SDRPLAY;
As for wide band to 2G, SDRplay is good, instead of 1.8G from RTL SDR.
Here are the advantages from SDRplay device:
- You can watch almost 5x wider waterfall than RTLv3'
- 'Watch 2MHz to 2GHz, without direct conversion'( RTLv3 below 24MHz is poor. cuz direct conversion )
-You (probably) can program internal DSP'
- You can use SDRPlay API;
These advantages are from our friend as buyer from Japan.