SDR Receiver 100KHz-1.7GHz Full Band UV RTL-SDR USB Receiver Short 6375\n\n100KHz-1.7GHz Full Band...SDR Receiver 100KHz-1.7GHz Full Band UV RTL-SDR USB Receiver Short 6375\n\n100KHz-1.7GHz Full Band RTL-SDR Receiver, can be connected to PC, Android mobile phones and other devices using SDR software to receive electromagnetic waves from 100KHz-1.7GHz Support AM, FM (NFM, WFM), CW, LSB, USB demodulation. It can listen to medium wave, short wave, FM radio, short wave single sideband communication, intercom call.\n\n(New mute detection function: CTCSS, DCS; frequency sweeper, auto scan, etc.).\nAdvantages: Short and medium wave directly input the signal received by the antenna to the digital-to-analogue converter chip, solving the use of frequency converters brought about by the signal loss, noise, waveform clutter, partial frequency, and other problems. So that the sensitivity has been improved, and the waveform display is clear and complete, high resolution, showing the actual frequency. Includes receiver, UV antenna, data cable, software and technical support. FM radio:a
The TAUOH 6375 SDR Receiver is designed for radio enthusiasts and hobbyists looking to explore the radio spectrum from 100KHz to 1.7GHz. Its primary benefit is direct signal input to the ADC, which improves sensitivity and signal clarity by bypassing frequency converters. A caveat is that it requires connection to a PC or Android device with SDR software to function. Key features include full band reception, support for multiple demodulation modes, and advanced functions like mute detection and frequency sweeping.
All features
Model Part Number
6375
Brand
TAUOH
Extended Product Information
FAQs
What is SDR?
SDR stands for Software Defined Radio. It uses software to process radio signals, allowing for flexibility in tuning, demodulation, and signal analysis, unlike traditional hardware-based radios.
Do I need a license to use this SDR receiver?
In most regions, listening to radio signals (receiving) does not require a license. However, transmitting on any radio frequency does. Always check your local regulations regarding radio reception and monitoring.
What is the purpose of the 'mute detection function' (CTCSS/DCS)?
CTCSS and DCS are sub-audible tones used to open specific receivers, often in two-way radios. The mute detection function helps the SDR receiver filter out signals that do not have the correct tone, reducing unwanted noise and interference from other transmissions.
Can I use this with my iPhone?
This SDR receiver is primarily designed for PCs and Android devices with OTG support. Compatibility with iPhones typically requires specific adapters and apps, which may not be readily available or fully supported.
What kind of antenna should I use for best performance?
The included UV antenna is suitable for general use. For specific frequency ranges, such as lower shortwave frequencies, a longer wire antenna or a dedicated shortwave antenna might provide better reception. Experimentation is key.
How does the direct input design improve performance?
By feeding the antenna signal directly into the ADC, it eliminates the signal loss and potential distortion introduced by intermediate frequency (IF) converters used in some other SDR designs. This leads to a cleaner signal path and improved sensitivity.
Is technical support included?
Yes, the product description states that technical support is included.
Troubleshooting
No signal or very weak reception
Ensure the antenna is securely connected and try repositioning it. Test with different SDR software and check software settings for correct device selection and gain levels. Verify you are within range of the desired signal.
Software not recognizing the device
Check the USB connection, try a different USB port, and ensure the correct drivers are installed for the RTL-SDR dongle. Restart your computer or Android device.
Garbled audio or excessive noise
Adjust the gain settings in the SDR software. Experiment with different antenna placements or consider a higher-gain antenna. Ensure the frequency is correctly tuned and the appropriate demodulation mode is selected. The "mute detection" feature can help filter out background noise on certain frequencies.
Android device not detecting receiver
Confirm your Android device supports USB OTG. Ensure the SDR software has the necessary permissions to access USB devices. Try a different USB OTG adapter or cable.
Pros and Cons
Pros
Extensive frequency coverage (100KHz-1.7GHz)
Improved signal sensitivity and clarity due to direct input design
Supports a wide range of demodulation modes
Portable and usable with common devices like PCs and Android phones
Advanced features like mute detection and frequency sweeping enhance usability
Cons
Requires a separate PC or Android device and SDR software to operate
Initial setup may require some technical knowledge
Antenna performance can significantly impact reception quality
USB connection might be a limitation for some users compared to standalone devices
Setup, Compatibility & Care
Setup:
Connect Antenna: Attach the provided UV antenna to the receiver's antenna port.
Connect to Device: Use the included data cable to connect the SDR receiver to your PC's USB port or an Android mobile device (ensure OTG support).
Install Software: Download and install compatible SDR software on your device. Popular options include SDR#, GQRX, HDSDR, or SDR Touch for Android.
Configure Software: Launch the SDR software, select the RTL-SDR dongle as the input device, and configure the sample rate and other settings as needed.
Tune In: Select a frequency and demodulation mode within the software to begin listening.
Compatibility:
Operating Systems: Windows, macOS, Linux, and Android (with OTG support).
SDR Software: Compatible with most standard SDR software applications that support RTL-SDR devices.
Care:
Keep the device dry and away from extreme temperatures.
Handle the USB connector and antenna port with care to avoid damage.
Clean the exterior with a dry, soft cloth. Avoid using liquids or abrasive cleaners.