Nooelec NESDR Mini 2 Plus RTL SDR Receiver Kit with Antenna
Best price now
49% under what the other stores charge
Compared across 4 stores. Prices are checked against each store and labelled with when. Store links may earn us a commission.
49% under what the other stores charge
Compared across 4 stores. Prices are checked against each store and labelled with when. Store links may earn us a commission.
It checks today's price at every store, compares the alternatives and answers in about a minute.
The Nooelec NESDR Mini 2+ is a USB RTL-SDR receiver built around the R820T2 tuner, covering roughly 25 MHz to 1750 MHz on Windows, Mac and Linux. Its 0.5 PPM TCXO keeps tuning stable, and a redesigned power supply is meant to lower noise and raise sensitivity versus older RTL dongles. It suits hobbyists starting with ADS-B, scanner listening and general signal monitoring. Against pricier SDRs it gives up HF coverage out of the box and needs an upconverter for low bands, but it is a common first step for software-defined radio.
In stockSold by nooelec
In stock
In stockSold by ElectroVille
Availability unknown
Store links may earn us a commission.
Lowest price we've seen: $47.95 on Nov 13 at Nooelec; highest $99.99 on Nov 6. Tracked across 4 stores since Nov 6.
Owners treat the NESDR Mini 2+ as a reliable entry-level SDR, praising its stable tuning and low noise for the class. Complaints center on the small included antenna and the MCX connector.
The Nooelec NESDR Mini 2 Plus is an RTL SDR USB receiver kit that turns a Windows, Mac or Linux computer into a wideband radio receiver. It can be used for ADS-B airplane tracking and for general scanning, including police, fire and trunking signals.
It uses an R820T2 tuner covering 25MHz to 1750MHz. A 0.5 PPM TCXO crystal keeps the frequency accurate and stable. The power supply has been redesigned to reduce noise and improve sensitivity.
The kit includes an antenna, a magnetic antenna mount for outdoor setups and a female SMA adapter. With upconverters, it can also cover lower HF frequencies.