COMPANY PROFILE：
Shenzhen Yunxinchen Semiconductor Technology Co., Ltd. has partnered with the Optoelectronic Chip Single Chip Integration Technology R&D Center of Tsinghua University Research Institute in Shenzhen,
In 2023, we jointly developed high-speed optical modules compatible with Nvidia network card switches, including 200G QSFP56 SR4, 400G OSFP SR4, and 800G OSFP SR8.
Our product adopts the industry's best NVIDIA adapted full Broadcom solution DSP+VCSEL+PD, which is compatible with various network devices, whether it is switches, routers or servers, they can be easily connected. And start laying out 1600G optical module products.

Development History:
Driven by the digitalization of computing centers and market demand from Nvidia in 2022, Shenzhen Yunxinchen Semiconductor Technology Co., Ltd. has resolutely decided to embark on the path of entrepreneurship.
With firm beliefs and unremitting efforts, we have formed a team full of passion and creativity.
Collaborating with the Optoelectronic Chip Single Chip Integration Technology Research and Development Center of Tsinghua University Research Institute in Shenzhen, we are committed to the research and innovation of optical module technology.
We successfully mass-produced 200G, 400, and 800 optical modules in March 2024, and began laying out 1600G modules in August 2024.

Research Strengths:
Shenzhen Yunxinchen Semiconductor Technology Co., Ltd. has invested heavily in scientific research and has a high-level R&D team.
Based on the Shenzhen Tsinghua University Research Institute Optoelectronic Chip Monolithic Integration Technology R&D Center, we jointly developed a high-speed optical module that matches NVIDIA Mellanox switches.
Overall positioning and development direction: The R&D center is committed to solving the current bottleneck problem in China's chip field, with the goal of breaking through the single-chip integration technology of optoelectronic chips,
Committed to the research and development of first generation optoelectronic chips, second generation optoelectronic chips, and third generation optoelectronic chips, providing hardware support and technical services for related fields such as "optical communication", "optical sensing", "optical storage", "optical computing", etc., in order to achieve "light replacing electricity" and enter the "photon era".