NearLink Set-Top Box—NearLink Enabling Smart Home Innovation: The First Home Scenario Application by China Mobile

China Mobile (Hangzhou) Information Technology Co., Ltd.

China Mobile Communications Group Guangxi Co., Ltd.,China Mobile Communications Group Guangdong Co., Ltd.,China Mobile Communications Group Henan Co., Ltd.

This project marks the first commercial deployment of NearLink technology in home large-screen applications, initiated by China Mobile’s Smart Home Operation Center. By integrating NearLink technology into set-top boxes and remote controls, it enhances connection stability, responsiveness, and interaction smoothness, delivering a near-wired experience. Verified through pilots across six provinces, the project demonstrates the maturity and feasibility of NearLink in home terminal scenarios, paving the way for its broader adoption in smart home IoT, entertainment, and sensing applications.

NearLink Audio Vivid 7.1.4 Immersive Audio System

Lingke Audio Technology (Guangdong) Co., Ltd

Beijing Sylincom Technology Co.,Ltd.，National Engineering Research Cente

NearLink SLB technology empowers the Audio Vivid standard, revolutionizing multi-channel audio experiences with a groundbreaking wireless solution. The system utilizes dual Vivid decoder as the signal source, wirelessly connecting 13 independent speakers through NearLink SLB transmitting dangles to precisely construct a 7.2.4 multi-channel system, delivering an immersive sound field experience. This solution completely eliminates traditional complex cable layouts, leveraging NearLink SLB's microsecond-level synchronization and millisecond-level low latency to perfectly reproduce all acoustic details in wireless transmission. This innovation marks the official entry of spatial audio into the "wireless freedom" era, providing a groundbreaking solution for high-end home theaters, professional recording studios, and immersive entertainment scenarios.

NearLink Digital Car Key

Shanghai Ingeek Technology Co., Ltd

This solution addresses the pain points of traditional Bluetooth car keys, such as susceptibility to interference, poor positioning accuracy, and unlocking delays. Leveraging the innovative Nearlink technology, it achieves a compatible design of NearLink and Bluetooth, deep integration with native systems, optimization of HID services, and the fusion of NeazLink and RF technologies. The solution significantly improves unlocking accuracy and speed (with positioning accuracy over five times that of traditional Bluetooth), supports seamless operations, automatic reconnection, and fail-safe functions in extreme environments. It also expands applications such as trajectory tracking and remote summoning. Currently, the solution has been implemented in multiple vehicle models, driving the technological upgrade of digital keys in smart vehicles.

Technical Expansion and Practice of "Implementation Guidelines for 4K Ultra-HD and HD Compatible Production and Channel Simulcasting

China Media Group

Academy of Broadcasting Planning, NRTA

Centered on the "4K Ultra HD and HD Compatible Production & Channel Simulcast Implementation Guide" issued by the State Administration of Press, Publication, Radio, Film and Television, this paper conducts technical expansion and practical summary. By comparing dual-stream and single-stream production workflows, it focuses on analyzing the advantages of the single-stream simulcast system based on SDR dimming; elaborates on the HLG narrow range signal standard, definitions and applications of key brightness levels such as reference white and mapped white; sorts out the iterative optimization (V.1 to V.2) and usage specifications of the CMG LUTs toolset, and points out common problems and solutions in simulcast production. The paper provides a standardized technical blueprint for TV stations' full-process simulcast, helping to improve production efficiency and content quality consistency.

Multimedia System of Poly MGM Museum in Macau

BeijingUnited Ultra High-Definition Video Technology Collaboration Center Co., Ltd

The MGM Cotai Poly Museum, unveiled in 2024, showcases 228 precious cultural relics (including 4 Yuanmingyuan animal heads) with the theme of the "Maritime Silk Road". As the core technical supporter, BOE Zhonglian Ultra HD created a panoramic digital audio-visual solution, integrating 8K ultra-high-definition special-shaped dome screens, movable LED track screens, Dante digital audio and intelligent broadcast control systems, combined with AR/VR and intelligent guided tour technologies to achieve real-time audio-visual linkage and personalized interaction. With a daily average of over 3,000 visitors, the project won the Top 10 Exhibition Awards for National Museums and the German iF Design Award, providing audiences with an immersive cultural experience and a replicable industry model for the digital transformation of cultural tourism venues.

"Qindao Adventure" VR Large Space

Migu Culture Technology Co.,Ltd.

The "Adventures on Gulangyu" VR large space is a digital intelligent cultural tourism project developed by China Mobile Migu based on 5G-A, high-precision 3D modeling and distributed real-time rendering technologies, 1:1 replicating the entire world cultural heritage site of Gulangyu. Centered on the original metaverse story "Wonderful Family Concert", the project features four chapters including "Min Culture Context路Memory". Combining 4K ultra-clear resolution and XR interaction technology, it allows tourists to wear VR devices to start a time-space exploration journey from a first-person perspective, immersively experiencing Gulangyu's natural scenery and historical culture. Operated as a pop-up store in 2024, it received over 4,000 visitors and achieved over one million exposures, was included in multiple industry white papers and reported by CCTV News. It not only supports the digital protection of cultural heritage but also provides a replicable solution for the new format of immersive cultural tourism consumption.

China Unicom's Broadband Network Core (BNC) Leads the Intelligent Transformation of 10-Gigabit Broadband Networks

China United Network Communication Group Co., Ltd.

Huawei Technologies Co., Ltd.

China Unicom has pioneered the Broadband Network Core (BNC), a groundbreaking architecture that redefines broadband networks. Based on the principles of "control and forwarding separation, intensive deployment, integrated sensing and communication, and security & reliability," it employs centralized CP and pooled UP to achieve millisecond-level precise service distribution and intelligent operation.
China Unicom has established commercial pilot networks in 19 cities, validating the architecture's technical feasibility, stability, and innovativeness. This new foundation not only enables intensive and intelligent broadband network operations but also drives significant innovations in fixed-mobile convergence, computing-power network integration, and intelligent operations. It provides a critical reference for the evolution of global broadband networks.

Deterministic Network Control Technology Application and Service-Based Network Infrastructure Platform

Jiangsu Future Networks Innovation Institute

Institute of Computing Technology, Chinese Academy of Sciences; Computer Network Information Center, Chinese Academy of Sciences; Jiangsu Zhiwang Technology Co., Ltd.

This platformsupports users in obtaining required network services more efficiently through the cloudification and containerization of network functions. Its goal is to build an open network service ecosystem. It achieves systematic innovation of "cross-layer collaboration and precise management and control" via an all-scenario integrated deterministic network architecture, and enables on-demand use of functions including network management, networking, security protection, and transmission optimization through a "service subscription" model. This reduces the pressure of physical infrastructure construction and operation & maintenance, and enhances the flexibility and efficiency of the network environment.

SRv6 Network Slicing Innovation Project for IP Bearer Networks

Purple Mountain Laboratories

China Mobile Communications Group Jiangsu Co., Ltd；Jiangsu Future Networks Innovation Institute;

Addressing the pain points of traditional IP bearer networks, such as rigid resource allocation, inflexible path selection, and weak service isolation capabilities, the project focuses on tackling key SRv6 slicing technologies and establishes an SRv6 slicing technology system that ensures resource guarantee capabilities. Simultaneously, an SRv6 slicing system based on the Service Mesh microservice technology architecture is built, and a hierarchical slicing solution is launched to realize the productization of new network capabilities. As the industry's first SRv6 slicing heterogeneous networking test and verification project, it collaborates with China Mobile Jiangsu Province Company to successfully deploy FlexE hard slicing and channelized sub-slicing services, providing early demonstration for differentiated SLA guarantee capabilities of IP bearer networks. This project holds clear commercial promotion value and helps enhance and upgrade network services.

MY06 Project, Malaysia

Guangdong Shenling Environmental Systems Co., Ltd

The Malaysia MY06 project is the country's first data center adopting containerized prefabricated cold plate liquid cooling technology. Designed to withstand the local high-temperature and high-humidity climate, it features 864 high-density 25 kW racks integrated with Shenling's cold plate liquid cooling solution. At its core are the CDU300 liquid cooling control units and prefabricated piping networks, implementing a dual-channel cooling strategy of "liquid cooling as primary, air cooling as secondary." The system achieves a PUE below 1.25, setting a new energy efficiency benchmark for tropical regions. Our company supplied key equipment including liquid cooling CDUs, manifolds, secondary piping networks, and precision air conditioners, and completed the full installation and commissioning. The project was officially commissioned in 2022.