Optical data transmission is a communication technology that utilizes laser beams to transmit information. Based on the narrow beam and high-frequency characteristics of lasers, it achieves high-speed, long-distance data transmission by modulating and demodulating signals within the laser beam. Laser communication has several advantages. The narrow beam characteristic of laser beams concentrates the transmitted light energy within a small area, reducing signal propagation loss. It also has high-frequency characteristics, enabling high-speed data transmission. Compared to traditional electromagnetic wave communication, laser communication can achieve higher transmission rates and greater bandwidth. With future technological advancements, laser communication is expected to further drive progress and innovation in communication technologies.

OPT Series

* Transmission distance: 0.1~150m
* Opening angle: ± 0.5 °
* Light source: laser
* Light frequency: 650nm/780nm/820nm/850nm/940nm (optional)
* Interface: Ethernet (unlimited communication protocol)
* Communication establishment time:<2. 5S
* Communication bandwidth: 100Mbit/s
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OPS Series

* Transmission distance:0.8/ 2/5/10/30m
* Divergence angle: ± 1 °
* Light source: laser
* Light frequency: 780nm/850nm (optional)
* Interface: Ethernet (unlimited communication protocol)
* Communication establishment time:<2. 5S
* Communication bandwidth: 100Mbit/s
Selection of models

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Hinson

Hinson

Guangdong Hinson Technology Co., Ltd.

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Industrial automation sensing and control solution provider

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+86-15018348435

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+86-757-22218956

Building 8, Shengyue Garden, 33 Shunye East Road, Xingtan Town, Shunde District, Foshan City, Guangdong Province
(Shunde Machinery Industrial Park)