Events

Events

CIOE will hold webinars,offline Seminars and activities all year, aims to explore the trend of the new technology and industry integration.

FTTR光联百业:赋能数字化转型
FTTR Fnetlink: Empowering Digital Transformation

Date:February 29th,2024

Venue:C114 online studio

With the rapid development of gigabit networks, FTTR has entered the fast lane of development as the second optical transformation in the home field of gigabit optical networks. In 2023, the scale of domestic FTTR bidding has exceeded 10 million sets, and the gigabit optical network not only has scenario-based solutions and rich commercial experience in the fields of campuses, hotels, enterprise parks, live broadcast bases, shops along the street, and industrial manufacturing, and has fully shifted to a digital and intelligent ecological product system model jointly built by the cloud network to help Fnetlink empower the digital transformation of all industries.



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2024中国(成都)国际精密光学暨机器视觉技术应用大会
2024 China (Chengdu) International Precision Optics and Machine Vision Technology and Application Conference

Date:Apr22-23, 2024

Venue:InterContinental Chengdu Global Center

Micronano optics is one of the most active fields in the development of optical technology. It combines the cutting-edge achievements of photonics and micro and nano technology, mainly studying optical phenomena at the micron and even nano scale. Micro-nano optical components have many advantages such as small size, light weight, flexible design, easy array and batch replication, which help to form a new type of optical system and realize more possibilities. At present, micro and nano optical components have been successfully applied in various fields of modern optics, and have very important application prospects in many fields such as sensing and imaging, display and lighting, communication and interconnection.



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数据中心光互联技术研讨会(已结束)
Data Center Optical Interconnect Technology Seminar (Finished)

Date:June 7th, 2023

Venue:JW Marriott Hotel Yuecai Beijing

Currently, the world's top hyperscale cloud service providers are planning to establish new data centers in multiple regions around the world, and data center spending is expected to continue to surge significantly. As the scale development of data center networks and the continuous upgrade and evolution of cloud computing data center network topology, the demand for higher speed, lower power, and lower cost for data center optical interconnect technologies has been raised. With the rapid development of cloud data centers and the continuous rise of traffic, the development of data center optical interconnection network architecture has shown different evolutionary trends, from 400G to 800G, and the next step will move into 6.4T, 12.8T and even to 25.6T later, which will put forward higher demand for data center high-speed transmission technology from the network, server and switch equipment capacity, chip and module. The future trend needs to be discussed by the players from industry upstream and downstream.



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光芯片与高端器件技术研讨会(已结束)
Optical Chip and High-end Device Technology Seminar (Finished)

Date:May 11th,2023

Venue:C114 online studio

With the continuous promotion of 5G Internet, cloud computing, big data and other new high-bandwidth services and applications, the network service traffic in the telecom market and the evolution and upgrading of optical interconnect networks in data centers require upgrading of optical electronic chip rate, design technology, packaging form, and performance technology. At present, China's core optical communication chip localization rate is still relatively low. As for how to effectively overcome the optical chip integration technology, wafer manufacturing, and chip testing and packaging technology of the optical chip upstream and downstream industry, it needs optical chip players to discuss together.



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光电赋能医疗美容技术及市场发展论坛(已结束)
Optoelectronic Enabling Medical Cosmetology Technology and Market Development Forum (Finished)

Date:April 21,2023

Venue:Chengdu Century City New International Convention and Exhibition Center,Hall 8



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2023中国(成都)国际精密光学技术及应用研讨会(已结束)
2023 China (Chengdu) International Precision Optical Technology and Application Seminar (Finished)

Date:Apr23-25, 2023

Venue:InterContinental Chengdu Global Center

With the development of modern science and technology, precision optics is gradually developing towards high precision, and its application scope is becoming increasingly extensive. Consumer-grade precision optics are the core components of smart phones, security surveillance cameras, vehicle-mounted cameras and other products. Industrial-grade precision optics are mainly used in industrial measurement, laser radar, aerospace, life sciences, semiconductors, AR/VR detection and other strategic emerging areas of national development. In recent years, precision optical applications have gradually moved from consumer level to industrial level. According to the data, the global industrial precision optical market size will reach 13.57 billion yuan in 2021 and 18.74 billion yuan in 2023.



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智能光网络技术研讨会(已结束)
Intelligent Optical Network Technology Seminar (Finished)

Date:April 6th,2023

Venue:C114 online studio

With the introduction of SDN, AI, and other new technologies, optical network is given a brand-new definition. Especially in the 5G era, the network architecture is more complex. Due to the increasing functions and performance, and the massive data traffic and the emergency of new business models, making the requirements for optical network bearing capacity are getting increasingly high. The industry needs to achieve intelligent management, ultimate experience, and flexible openness of optical networks by means of artificial intelligence to achieve the goal of improving user experience and reducing operating costs. However, to build automotive optical networks, realize the intelligent evolution of optical network to all-optical base, and break through bottlenecks such as cost, technology, and application scenarios, the industry needs collaborative innovation.



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“面向能源领域的红外热成像技术”研讨会(已结束)
Seminar on Infrared Thermal Imaging for the Energy Sector (Finished)

Date:March 7, 2023

Venue:Suzhou WUJIANG Hotel

In recent years, the field of computer vision and multimodal learning has developed rapidly. The fusion of long-wave infrared and visible light, for example, can enable high-definition imaging, accurate temperature measurement -- highlighting expected failures or damaged components of electrical infrastructure, while combining artificial intelligence (AI) for intelligent diagnosis and automatic warning. In addition, the Internet of Things (IoT) technology can be used to realize the digitization of equipment, environment and behavior state, provide visual, digital and intelligent security monitoring solutions for power grid enterprises, achieve the management goals of safe production, quality and efficiency improvement and lean service, and improve the resource allocation, security and intelligent interaction capabilities of enterprises. We will promote the digital transformation of power grid enterprises and facilitate the construction of smart power grids.



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Linear使能数据中心绿色光联接(已结束)
Linear Drive Enables Green All-Optical Connectivity for DCs (Finished)

Date:08:00–10:30, March 22, 2023

Venue:Zoom online conference room

On March 22, 2023, IPEC and LightCounting will hold a global webinar titled "Linear Drive Enables Green All-Optical Connectivity for Data Centers." Experts from Meta, Huawei, NVIDIA, Ranovus, MACOM, Source Photonics, and Nubis Communications will be invited to share their views and discuss the key technical challenges of linear drive technology, whether it will meet market demands, and its future application scenarios. (1) In which scenarios will optical system solutions using linear drive technology most likely be first applied? (2) Does the linear pluggable solution differ from the CPO solution in terms of application scenarios? Will the linear pluggable optics solution affect CPO application progress? (3) Are there any prerequisites for applying linear drive technology to pluggable optics and CPO solutions? What are the key features? What is the current research progress? (4) Unlike the linear CPO integrated solution, the linear pluggable solution requires a series of analog interface standardization work. Due to tight optical-electrical coupling in its overall link performance, does the linear pluggable solution need more technical collaboration to ensure the construction of an open ecosystem that can be interconnected? What are the challenges in its future evolution?



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