Channel 4 forward‑direction audio optical transceiver
Channel 4 forward‑direction audio optical transceiver
Channel 4 forward‑direction audio optical transceiver
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  • Channel 4 forward‑direction audio optical transceiver
  • Channel 4 forward‑direction audio optical transceiver
  • Channel 4 forward‑direction audio optical transceiver
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Number:

6614

GQ6004ZA-R-T/R

Channel 4 forward‑direction audio optical transceiver

1. Supports four-channel unbalanced analog audio transmission in the forward direction. 2. The optical port supports multimode or single-mode operation, and can be configured for single-fiber or dual-fiber use; FC, SC, ST, and LC connectors are available. 3. Standard broadcast‑grade balanced analog audio, compatible with I²S bus and MSB formats, with serial output up to 24 bits. 4. Stereo single-ended input configuration, featuring high linearity, wide dynamic range, and low distortion.

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Product Overview Technical Specifications Product Selection Application Solution Download Materials

Product Overview

The GQ6004ZA‑R‑T/R optical audio transceiver employs all‑digital fiber‑optic transmission. During transmission, the analog audio signal is converted to a digital format via A/D conversion and then carried digitally. It enables real‑time, lossless, high‑quality long‑distance audio transmission over a single‑fiber link, with a maximum unrepeated transmission distance of up to 100 km. The audio interface features 24‑bit AD/DA conversion and 128 kHz sampling, delivering broadcast‑grade transmission quality. This optical audio transceiver is widely applicable across numerous sectors, including videoconferencing, public security, fire services, the military, meteorology, railways, and aviation.

 

Product Features

1. Supports four-channel unbalanced analog audio forward transmission.

2. The optical port supports multimode or single-mode, single-fiber or dual-fiber, and is available with FC, SC, ST, or LC connectors.

3. Standard broadcast‑grade analog balanced audio, compatible with I2S bus and MSB format, with serial output up to 24 bits.

4. Stereo single-ended input configuration, with high linearity, wide dynamic range, and low distortion.

5. Employing FPGA, digital encoding/decoding, and clock recovery technologies, it offers high integration and excellent stability.

6. LED status indicator, enabling monitoring of the device’s operating condition.

7. Plug and play—no configuration required.

Interface parameters
Audio interface (RCA)

Dynamic range: 96 dB

Total Harmonic Distortion (THD): -68 dB

Sampling frequency: 32 kHz, 44.1 kHz, 48 kHz

Audio A/D sampling: 24 bits

Signal-to-noise ratio: -68 dB

Signal-to-Noise Ratio (SNR): 60 dB

Frequency response: ≤±0.5 dB

Audio input/output impedance: 600 Ω balanced

Maximum audio input/output voltage: 0–2 V

Frequency response: 10–20 kHz

Gain error: ±5%

Gain drift: 100 ppm/°C

Optical interface

Optical wavelengths: 850 nm, 1310 nm, 1550 nm

Optical transmit power: > -7 dBm

Receiving sensitivity: < -24 dBm

Number of interfaces
Optical port

Quantity: 1 piece

Interface types: FC, SC, ST, and LC are available.

Transmission distance: Multimode fiber: 2 km; Single-mode fiber: 20/40/60/80/100 km

Audio interface

Audio channels: 4 forward channels

Interface type: RCA phono connector (transmit), RCA phono connector (receive)

Power Supply Characteristics
Input voltage DC5V
Full-load power consumption <2W
Wiring method DC5525 power connector
Overload protection Support
Work environment
Operating temperature -20~70℃
Storage temperature -40~85℃
Relative humidity 5% to 95% (non-condensing)
Mechanical Properties
Shell Metal casing
Installation Method Desktop-style
Warranty
Warranty period Two years

Device model

Business Interface

Optical port

Power supply

GQ6004ZA-R-T/R

Channel 4 forward‑direction audio optical transceiver

1 piece FC, SC, ST, and LC are available.

External power adapter

When placing an order, please confirm whether the optical port is multimode or single-mode, whether it uses a single fiber or dual fibers, and the transmission distance in kilometers.

Application Diagram: Fiber Optic Point-to-Point Networking

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