audio optical transceiver
digital audio
digital audio optical transceiver
audio optical transceiver

Desktop-type 4-channel Forward Direction RCA Connectors Single-fiber Single-mode SC 20km Audio Optical Transceivers

HTDV-T/R4ZA
The audio optical transceiver is a professional device that enables audio signal transmission via optical fibers. It is widely used in security monitoring, traffic management, broadcasting and television, etc. Its core function is to convert analog audio signals into optical signals, which are then transmitted through optical fibers to the receiving end for restoration. It supports single/double channels, balanced/unbalanced outputs, and can be integrated with video, data, etc. signals for transmission. This device adopts full-digital non-compressed transmission technology, supporting 16-24 bits, 48K/96K sampling accuracy, and over 90dB signal-to-noise ratio. The dynamic range can reach up to 144dB.

Product Highlights
* Full digital, uncompressed transmission, with zero loss of high-definition image quality
* Single-mode optical fiber for long-distance transmission, with stable anti-interference performance
* Audio and video are transmitted synchronously with low latency and no lag
* Plug-and-play, compatible with various high-definition interface devices
* The LED status indicator monitors the critical parameters
* Metal body, lightning protection and anti-static function, suitable for complex environments
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4-channel Forward Direction Broadcast Grade Audio Fiber Optic Transmitter(RCA, Single-mode, Single-fiber, 20KM, SC, Desktop-type)

The digital audio optical transceiver of Shenzhen Haochuanghao Optoelectronics Co., Ltd. is a fully digital optical transmission device that adopts a fully digital communication method. It can simultaneously and synchronously transmit 4 channel of audio over a single fiber optic cable without distortion and with high quality. The optimized design of the digital audio optical transceiver ensures high reliability operation in various harsh environments. The plug-and-play design makes installation more convenient and eliminates the need for any optical or electrical adjustments. Various status indicator lights provide a quick system diagnostic function.
Digital audio optical transceivers are widely used in long-distance audio transmission projects in various fields such as units, fire protection, military, meteorology, railways, aviation, etc.

Specifications

Product name4-channel Forward Direction Audio Optical Transceiver

Product model

HTDV-T/R4ZA

Optical fiber type

Single-fiber single-mode

Transmission distance

0 - 20KM

Optical fiber interface

SC / FC optional

Audio port

RCA

Power supply voltageDC-5V
Working temperature-20℃ to 70℃
Installation methodDesktop installation

our digital audio optical transceivers operate with lasting stability, without any delay or attenuation.
1. Lossless audio transmission
Thedigital audio optical transceiver supports balanced/unbalanced audio signal conversion, adopts digital coding technology, and achieves 0-distortion and 0-delay optical fiber transmission, perfectly preserving the original sound details, meeting the high-fidelity audio requirements of broadcasting and conference levels.

2. Ultra-long transmission distance
Thedigital audio optical transceiver can achieve a single-mode fiber transmission distance of 20-120 kilometers, and multi-mode fiber supports a transmission range of 500m - 2km. Without the need for intermediate equipment, digital audio optical transceiver can easily cover long-distance audio networking scenarios, and is suitable for large-scale audio transmission requirements in parks, scenic areas, expressways, etc.

3. Exceptionally strong anti-interference capability
The optical fiber transmission medium of the digital audio optical transceiver completely isolates electromagnetic interference and radio frequency interference. It can operate stably in complex environments such as high-voltage power supply, industrial settings, and areas with frequent lightning strikes, solving the noise and crosstalk problems of traditional copper cable transmission.

4. Multi-interface Flexible Adaptation
Thedigital audio optical transceiver is compatible with various audio interfaces such as Phoenix terminals, RCA connectors and XLR connectors. It supports simultaneous transmission of 1-channel/2-channel/4-channel/8-channel audio signals. Digital audio optical transceiver can be customized to support either bidirectional or unidirectional transmission modes, meeting the requirements for connecting different devices.

5. Plug-and-play, easy deployment
Thedigital audio optical transceiver does not require complex configuration. Once the optical fiber link is connected, it can automatically recognize the signal. It supports hot swapping and is equipped with LED status indicators. The operating status of the equipment is clearly visible at a glance, reducing construction and maintenance costs.

6. High compatibility and wide adaptability
Thedigital audio optical transceiver is compatible with a full range of audio devices such as microphones, mixing consoles, amplifiers, and broadcast speakers. Digital audio optical transceiver supports both broadcast-level and civilian-level audio signals and is widely used in public broadcasting, security intercom systems, and stage performances, etc.

In the audio transmission scenario, problems such as signal attenuation, interference noise, and limitations in long-distance transmission have long plagued users. Digital audio optical transceivers, as a perfect combination of optical fiber communication technology and audio transmission requirements, achieve stable audio signal transmission through photoelectric conversion technology. They have become the preferred equipment in professional fields and civilian scenarios, completely rewriting the limitations of traditional cable transmission.

As the core equipment in the field of audio transmission, digital audio optical transceivers, with their core advantages of high fidelity, anti-interference, long distance and easy expansion, have become a reliable choice for professional audio transmission in various industries. Whether it is a small project or a large-scale project, there is always an appropriate solution available to provide users with stable and pure audio transmission experience.

With the integration and development of 5G and AI technologies, digital audio optical transceivers are evolving towards IP-based and intelligent directions. They support international standards such as SMPTE ST 2110 and AES67, enabling seamless integration with IP networks, and possess remote management and intelligent diagnostic functions. At the same time, the adoption of domestic core chips, low-power design, and multi-service integration (audio/video + control signals + power supply) have become the mainstream trends in the industry, better meeting the complex requirements of new infrastructure and smart cities and other fields.

our digital audio optical transceivers operate with lasting stability, without any delay or attenuation.

Connection method

Common networking methods of digital audio optical transceivers.
our digital audio optical transceivers operate with lasting stability, without any delay or attenuation.
Note: When connecting the power amplifier, remember to connect the RCA fixed resistor outlet of the power amplifier, Be careful not to connect the constant voltage interface on the power amplifier.

Product application

Wide application range: digital audio optical transceivers can adapt to multiple fields such as security communication, remote multimedia teaching, campus broadcasting, video teleconferencing, building control system, home theater, etc.
our digital audio optical transceivers operate with lasting stability, without any delay or attenuation.Security communication
our digital audio optical transceivers operate with lasting stability, without any delay or attenuation.Remote multimedia teaching
our digital audio optical transceivers operate with lasting stability, without any delay or attenuation.Campus broadcasting
our digital audio optical transceivers operate with lasting stability, without any delay or attenuation.Video teleconferencing
our digital audio optical transceivers operate with lasting stability, without any delay or attenuation.Building control system
our digital audio optical transceivers operate with lasting stability, without any delay or attenuation.Home theater
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