Optical communication chip

OPTICAL COMMUNICATION

Connect through light,
transmit critical information

Research optical beam control, fiber coupling and optoelectronic receiver devices and modules for communication links.

01 / OPTICAL COMMUNICATION

From a device to a complete link

Evaluate optical structures, packaging interfaces and signal chains together, then validate performance under actual link conditions.

Reference path / Coupled reception / Power comparison
Device Operating Principle
01

Link Input

Define the wavelength band, medium, distance and link budget.

02

Coupling & Transmission

Match optical paths and coupling structures to packaging constraints.

03

Receiver Interface

Specify device parameters according to rate, bandwidth and readout requirements.

04

System Evaluation

Joint validation under agreed bit-error-rate, temperature and stability conditions.

02 / PRODUCT PORTFOLIO

Optical Communication Research

Incident wavefront → Phase array → Focus01

Coupling & Transmission Structures

Develop structures around target optical paths and fabrication conditions.

Discuss Requirements ↗
Reference path / Coupled reception / Power comparison02

Optoelectronic Receivers

Develop receiver devices and associated signal-chain components.

Discuss Requirements ↗
Array readout / Channel signals03

Dedicated Link Modules

Define interfaces, assembly and evaluation methods with equipment manufacturers.

Discuss Requirements ↗

CONTACT

Technical Enquiries
& Collaboration.

Contact us for product selection, development
and project collaboration.

Get in Touch ↗
TECHNICAL COLLABORATIONBD@zhongkeyaoguang.com ↗

266 Fangzheng Avenue, High-tech Park, Liangjiang New Area, Chongqing, China

Zhongke Yaoguang (Chongqing) Optoelectronics Technology Co., Ltd.
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