The SA316 series products are divided into transmitter modules SA316S-TX, SA316F30, and receiver module SA316-RX. This series uses a wireless high-quality voice transmission chip for its design. It can support external PCM / IIS dual-mode digital audio interfaces, and provides customers with a standardized serial interface. Users can quickly and easily set the module's transceiver frequency, volume, microphone gain, and other parameters through serial port commands, which is widely used in situations that require high sound quality.
The SA316 series wireless audio modules include two models: SA316F30-TX and SA316S-TX. The former, as the transmitter module, is suitable for scenarios with higher distance transmission requirements, while the latter, as the receiver module, is more suitable for shorter distance transmission needs.
Features of SA316 Wireless Audio Module
UHF frequency band：868 MHz, UHF frequency band：500~980 MHz, VHF frequency band：160~270 MHz
The transmission distance is 200 meters in the open area
Receiving sensitivity: -96 dBm
Audio signal to noise ratio: 96 dB
Frequency response: 20 Hz-20 KHz
The delay from microphone input to audio output is less than 3ms
Digital modulation method: pi/4 DQPSK
Occupied bandwidth: <300 KHz
Transmission rate 204.8 Ksps
Sampling rate: 48 KHz
Open-field Transmission Distance: SA316F30-TX can achieve a transmission distance of up to 1500 meters in open-field environments, while SA316S-TX is limited to 200 meters. This means that whether it's outdoor activities, concert venues, or large-scale construction sites, the SA316 modules can reliably transmit audio signals.
High Receiver Sensitivity: The SA316 modules boast outstanding receiver sensitivity, reaching -96 dBm, enabling them to capture signals transmitted over long distances even in complex environments, ensuring the stability and reliability of audio transmission.
High-quality Audio Signal-to-Noise Ratio: With an audio signal-to-noise ratio of up to 96 dB, the SA316 modules ensure high-quality and clear audio transmission, allowing users to enjoy pure music and clear voice.
Wide Frequency Response Range: The SA316 modules support a frequency response range of 30 Hz to 20 KHz, covering most frequencies within the human auditory range, making the transmitted audio more realistic and natural. These features enable the SA316 wireless audio modules to transmit high-quality, lifelike audio signals, providing users with an excellent auditory experience.
Low Latency Transmission: The latency from microphone input to audio output is less than 3ms, ensuring real-time and accurate audio transmission, allowing users to experience smoother and more natural audio effects.
Digital Modulation: The SA316 wireless audio module adopts pi/4 DQPSK digital modulation, which enhances the stability and reliability of data transmission, making audio transmission more stable and less susceptible to interference, thus enabling higher-quality audio transmission within limited spectrum resources.
Bandwidth Conservation: The SA316 wireless audio module has a very low bandwidth occupancy rate, less than 300 KHz. This means that even when multiple devices are used simultaneously, low mutual interference can be maintained, improving the stability and reliability of the system.
High-Speed Data Transmission: The SA316 module supports a transmission rate of 204.8 Ksps, combined with a sampling rate of 48 KHz, allowing for high-speed, high-quality audio data transmission to meet users' demands for audio transmission rates.
The SA316 wireless audio module can play a crucial role in various application scenarios
Wireless Speakers:
The SA316 module can be used to create wireless speaker systems. By embedding the SA316 module inside the speaker, it enables wireless transmission, allowing users to move freely without the constraints of wires. This facilitates high-quality audio transmission, suitable for home entertainment, gatherings, outdoor activities, and more.
Wireless Microphone Systems:
In settings such as meetings, lectures, and classrooms, the SA316 module can be employed to produce wireless microphone systems. This enables speakers or teachers to move freely without the limitations of wired connections, enhancing flexibility and convenience during presentations.
Wireless Headphones and Earphones:
The SA316 module can also be utilized to manufacture wireless headphones and earphones. This allows users to move freely without being tethered by wires, providing a more liberating and convenient audio experience.
High-Quality Audio Transmission:
The SA316 module offers a high-quality wireless audio transmission solution. Whether it's music playback, movie watching, or voice calls, the SA316 module ensures stable transmission and high-fidelity audio quality. Therefore, it is suitable for various scenarios requiring high-quality wireless audio transmission, such as home theater systems and professional audio recording.
Professional Audio Equipment:
The SA316 module can be embedded into various professional audio equipment such as mixers and audio receivers to enable wireless audio transmission functionality. This application enhances the flexibility and ease of operation of professional audio equipment, improving the convenience and practicality of audio devices.
In summary, the SA316 wireless audio module stands out in the market as a leading audio transmission solution due to its outstanding technical features such as ultra-long transmission distance, superior reception performance, high-quality audio, low latency performance, efficient digital modulation, low bandwidth occupancy, fast transmission speed, and high sampling rate. Whether in large-scale performances, sports events, or industrial applications, the SA316 wireless audio module can provide users with stable, high-quality audio transmission services to meet diverse needs.
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