Product: SoftwareDefined Radio Receiver (RTLSDR) Key benefits — why you need this Wide, singledevice coverage: receives 25 MHz to 1760 MHz so one unit handles most VHF/UHF scanning, ADS‑B, AIS, satellite and many amateur uses. Stable, accurate tuning: upgraded tuner with no frequency drift, initial offset accuracy of 1 ppm and temperature deviation of 0.5 ppm for reliable, repeatable reception. Lowcost, flexible platform: RTL2832 ADCbased RTL‑SDR design lets you use PC or embedded Linux software to scan, decode and record signals without proprietary hardware. Easy integration: MCX connector and increased component tolerance make the device straightforward to connect and robust in varied setups. What it does (functions and performance) Acts as a softwaredefined radio receiver for general wireless scanning and signal capture across the full 25–1760 MHz range. Digitizes RF with the RTL2832 ADC chip for use with SDR applications and decoders. Provides stable local oscillator performance (no drift, 1 ppm initial offset, 0.5 ppm temperature deviation) for precise signal identification and logging. Compatibility and use Works with Linux and embedded Linux systems, and functions as a radio scanner when paired with widely available SDR software on a computer. MCX connector ensures compatibility with commonly used antennas and cable assemblies. Practical scenarios (realworld examples) ADS‑B aircraft tracking: receive 1090 MHz transponder signals to monitor nearby air traffic with an ADS‑B decoder on a laptop or embedded board. NOAA APT and satellite reception: decode APT images from NOAA weather satellites and receive M2 satellite transmissions using standard SDR software and a suitable antenna. Amateur and emergency scanning: monitor local repeaters, MOTOTRBO digital voice, ACARS, APRS, POCSAG paging and other services for hobbyist or situational awareness use. Typical applications General wireless scanning and signal discovery Air traffic control monitoring and ADS‑B AIS radar reception ACARS and aircraft telemetry Repeater radio and MOTOTRBO digital voice monitoring POCSAG paging, APRS, weather balloon telemetry NOAA weather satellite APT and M2 satellite reception Radio astronomy, scatter monitoring and educational experiments Lowcost option for traditional amateur radio reception and experimentation Technical specifications (concise) Frequency range: 25 MHz – 1760 MHz ADC/tuner chipset: RTL2832 ADC (RTL‑SDR) Connector: MCX Tuner stability: no drift; initial offset accuracy 1 ppm; temperature deviation 0.5 ppm Design notes: upgraded RTL‑SDR generation with increased component tolerance Setup notes Use with standard SDR software on Linux or embedded Linux systems; many applications support RTL‑SDR devices. Connect an appropriate antenna to the MCX connector for the target frequency range. This receiver provides a stable, wideband, RTL‑SDRbased solution for scanning, decoding and experimentation across many radio applications while remaining compatible with common Linux and embedded systems.