RFspace NetSDR+ Previous Model:
The RFspace NetSDR+ follows on the success of the NetSDR, adding new capabilities and dramatically expanded spectrum coverage. This receivers tunes 9 kHz to 32 MHz (and 40 to 700 MHz with Down Converter option). This high performance networked SDR features a 2.0 MHz output sample rate. It utilizes 4th generation technology using a high performance 80 MHz, 16 bit ADC with both dithering and randomization for superior performance. The output I/Q bandwidth is configurable via software. PC communications are handled over a 100 base-T port using 24 or 16 bit I/Q words. The NetSDR+ packets are fully routable. This means that the receiver can be placed at remote locations. Multiple receivers can also be combined and itís data transported over a higher data rate ethernet pipe using simple switches and routers. In this application, each NetSDR+ can be set to a different IP address or port.
The NetSDR+ is compatible with the SpectraVue, SDR-Radio, SDR#, GNURadio and other software that will have you up and running in minutes. The software includes analog and digital mode demodulation and I/Q capture of spectrum at up to a 1.60 MHz BW. RFSPACE now includes a low bandwidth Windows server application to remote the NetSDR+ from a Windows, Mac or Android client. The waterfall and demodulation audio can be transported via a low bandwidth internet link. For those interested in writing their own applications, RFSPACE supplies a fully documented protocol for communicating with the hardware. There is no need to calculate the downconverter DSP parameters. The NetSDR+ just needs the center frequency, attenuator and preselector filter settings, output sample rate and mode to begin streaming data. Other solutions require complicated USB interfacing that is platform specific. The NetSDR+ utilizes straight TCP/IP and ethernet for all communications. This offers the highest possible performance due to the highly optimized ethernet drivers on PC, Mac and Linux systems.
The NetSDR+ is a complete plug and play solution. As opposed to other SDRs in the market, there is no need for additional preamplifiers, preselectors or code development.
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