Lingchen Technology’s 2026 Optical Communication Industry Chain Technical Exchange Forum Journey Concludes Successfully

On August 14, 2026,Linchen Technologymade its debut at the "Optical Communication Industry Chain Technology Exchange Forum & Exhibition," showcasing solutions formotion control and precision platform solutions across the entire optical communication manufacturing processThe forum focused on topics such as the full industry landscape, key materials and core components, cutting-edge technology roadmaps, and scaling bottlenecks, bringing together experts and corporate representatives from optical chips, optical devices, optical modules, optical fiber and cable, communication equipment, and end-user applications to explore technology evolution and industry collaboration.

Today, with the continuous surge in AI computing demand, optical communication has evolved from a traditional "supporting facility" into the "core engine" that determines AI cluster efficiency. From 400G to 800G, and from 1.6T to 3.2T, optical module speeds are iterating at an accelerating pace; new technology paths such as CPO, OCS, and thin-film lithium niobate are being deployed intensively, and the industry is entering a "super-cycle of optical interconnect." Seizing this strategic opportunity, Linchen Technology has made a full-scale deployment in the emerging optical communication sector, successfully entering the three core segments of optical module equipment—optical device coupling equipment motion control, multi-axis precision dispensing platforms, and high-speed optical module test equipment.

Although the one-day forum has concluded, technical exchanges and collaboration in the optical communication industry continue to deepen. As the foundational lifeline of the AI era, optical communication is ushering in an unprecedented golden period of development. Whether it is the scaled deployment of silicon photonic chips, the commercialization of CPO, or the domestic substitution of precision equipment, all herald the boundless possibilities of this industry.

Linchen Technology will continue to deepen its roots in the optical communication field, continuously refining solutions for the three core segments of optical module equipment, and leverage its full-stack capabilities of motion control + precision platform + industrial software to provide the optical communication industry chain with more reliable core components and system solutions, joining hands with industry partners to embrace an even more brilliant future for optical communication.

If you were unable to fully connect with us at the exhibition, or if you have relevant technical needs, please feel free to contact us at any time—Linchen Technology will provide you with professional solutions.

Suzhou Linchen Acquisition Computer Co., Ltd. was established in 2006. Guided by the business philosophy of creating value for customers and achieving win-win cooperation, the company provides core components and system solutions for automated equipment such as industrial computers, motion control, test and measurement, machine vision, and robotics. Currently, Linchen has two wholly-owned subsidiaries: Suzhou Xunya Automation Technology Co., Ltd. and TIOK Robot (Suzhou) Co., Ltd., which are respectively engaged in robot sales and the R&D, production, and sales of linear transmission products. With outstanding performance in specialization, refinement, differentiation, and innovation, the company was awarded the title of "Little Giant" enterprise specializing in new and unique technologies by the Ministry of Industry and Information Technology in 2025, marking a new milestone in its development. Moving forward, it will continue to drive the development and innovation of China's smart manufacturing industry.

Within the tiers of the automation control network, Linchen Technology covers all products across the device layer, control layer, and information layer.

Linchen industrial chassis, with industrial-grade rugged structure, excellent heat dissipation and dust-proof design, provide all-around physical protection for critical computing cores, ensuring persistent and stable operation even in harsh industrial environments with vibration, dust, and wide temperature ranges.

Linchen embedded industrial computers, with a compact and rugged industrial design, integrate high-performance computing, rich I/O interfaces, and wide-temperature and wide-voltage adaptability. Purpose-built for embedded scenarios such as machine vision, edge computing, and automation equipment, they provide a stable and reliable intelligent core within limited space, empowering smart manufacturing and IoT applications.

Linchen motion control cards can control up to 32 motion axes and simultaneously support control of up to 512 DI points and 512 DO points, with a maximum bus communication cycle of 250µs. In terms of motion, they support single-axis relative motion, absolute motion, jog motion, and drive homing motion; multi-axis interpolation; multi-axis point-table motion; and electronic gear motion, among other functions.

Linchen's LMC series motion controllers are designed based on an open hard real-time kernel (jitter < ± 0.3µs), thoroughly resolving the non-real-time pain points of traditional Windows platforms and ensuring the determinism and instant response of multi-axis commands. Installation is extremely convenient—connection is completed with just a single network cable, and through efficient asynchronous communication technology, the synchronized issuance and control of motion commands for up to 12 axes within 1 millisecond is achieved.

Linchen's NAC controller, centered on powerful bus expansion capability, supports 4 EtherCAT masters and enables precise control of 256 axes per station and a total of 4096 I/O channels. Its motion control functions are comprehensive and powerful: it not only supports basic point-to-point, linear, and circular interpolation, but also features advanced functions such as five-axis interpolation, trajectory spline smoothing, and dynamic coordinate systems; it integrates vibration suppression, soft landing, and high-precision position comparison output, and together with 8 independent interpolation groups and continuous interpolation capability, meets the needs of complex trajectories and high-speed synchronization. The development environment is open and flexible, supporting multiple languages such as C++, C#, and Python, and allows direct programming within the real-time system, significantly improving integration and commissioning efficiency.

Linchen's PLC controllers strictly follow the PLCopen specification and the IEC-61131-3 international standard, combining high performance, compact size, and modular design, with easy development and flexible deployment. They are widely suitable for automation equipment and production line systems in fields such as 3C electronics, lithium batteries, packaging, and printing, and can be extended as network communication nodes in combined production lines for logistics, automotive, and consumer goods, meeting the needs of internal/external network isolation, high-speed bus communication, and real-time data processing, providing a stable and reliable control core for various industrial scenarios.

Linchen industrial network cards are designed for harsh industrial environments, featuring 10/100/1000Mbps adaptive capability and providing stable and reliable high-speed network connections. With anti-interference, surge protection, and wide-temperature operating characteristics, they are widely used in critical scenarios such as motion control, machine vision, and automation systems. The products adopt a flexible installation design (standard full-height bracket, optional half-height bracket), enabling broad integration into various smart manufacturing equipment and industrial networks.

Linchen Technology provides a full series of I/O module solutions, flexibly meeting diverse industrial automation needs.

LC/LD series expandable I/O modules: support multiple protocols such as EtherCAT, Profinet, Ethernet/IP, and Modbus TCP, and can flexibly expand acquisition modules for digital, analog, temperature, pressure, and pulse signals, widely used in fields such as 3C electronics, lithium batteries, semiconductors, automotive, and medical.

MINI series I/O modules: compact in size and highly real-time, covering digital I/O, analog I/O, temperature modules, and communication modules, suitable for control and data acquisition scenarios with high requirements for space and real-time performance.

GWS series external-cabinet I/O modules: featuring high stability and convenient network wiring, suitable for distributed layouts, significantly saving system integration time and cost.

The full series is dedicated to providing users with reliable, easy-to-integrate, and multi-scenario-adaptable I/O module support.