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Fully‑Automatic Intelligent Coupling for Mass‑Production Upgrade of CPO, Silicon Photonics and High‑Speed Optical Engine

2026/08/28

Aktuelle Unternehmensnachrichten über Fully‑Automatic Intelligent Coupling for Mass‑Production Upgrade of CPO, Silicon Photonics and High‑Speed Optical Engine

With rapid evolution of computing‑power networks, 400G/800G/1.6T high‑speed optical modules, optical engines and CPO silicon‑photonic devices keep advancing. Optical‑path coupling accuracy and consistency have become critical processes that determine optical‑signal transmission performance and restrict product yield.

Traditional manual coupling heavily relies on technicians’ experience. Unavoidable manual alignment deviations result in poor product consistency, volatile signal loss and unstable yield, which fail to meet current demands for large‑scale and standardized production of high‑speed devices.

neueste Unternehmensnachrichten über Fully‑Automatic Intelligent Coupling for Mass‑Production Upgrade of CPO, Silicon Photonics and High‑Speed Optical Engine  0

To tackle industry pain points of manual coupling, Xingte’s dual‑Lens coupling machine features end‑to‑end intelligent automatic upgrades. Equipped with self‑developed visual positioning and intelligent optimization coupling algorithms, it realizes high‑precision automatic optical‑path peak‑searching and accurate alignment to fully replace manual work.

neueste Unternehmensnachrichten über Fully‑Automatic Intelligent Coupling for Mass‑Production Upgrade of CPO, Silicon Photonics and High‑Speed Optical Engine  1

The unit integrates coupling, dispensing and curing into one unified workflow for fully automatic operation. Human‑induced errors are eliminated, delivering highly consistent optical‑path performance and stable signal loss across every batch.

Built on a modular flexible architecture, the machine supports multiple product categories including high‑speed optical modules, silicon‑photonic components, optical engines and CPO devices, and is compatible with diverse process routes. Product change‑over and commissioning are fast and convenient, catering to both R&D prototyping and high‑volume mass production. Reliable coupling performance cuts optical‑path loss and greatly improves production yield, helping enterprises reduce labor costs, lower material waste and boost delivery efficiency.

Upgrading high‑end optoelectronic industries starts with core equipment. Specializing in R&D of precision automatic coupling equipment, Xingte provides proven domestic, intelligent and highly‑compatible coupling solutions to empower optoelectronic manufacturers with high‑quality, high‑efficiency smart manufacturing.

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