Mobile Application Use Cases
This product offers specialized aggregation acceleration algorithms based on business requirements in various scenarios.
Mobile Game Acceleration Scenario
In gaming and real-time audio scenarios with low latency requirements, network delay, jitter, and packet loss have high demands. If the user is in a poor or congested network location, network delay and jitter will increase significantly, impacting the gaming experience. The service provides high-reliability low-latency mode, optimizing the wireless network delay, packet loss, and jitter on the user's mobile phone for a more stable and smooth gaming experience.
Anchor Streaming, Cloud Rendering Scenario
In such mobile application scenarios, network bandwidth has relatively high requirements. If the user is in a weak or congested network environment, wireless network bandwidth is significantly reduced, affecting the experience of using Cloud Phone and watching videos. The service provides a high-bandwidth mode, aggregating multiple streams to expand the user's wireless network uplink/downstream bandwidth, ensuring higher and more stable bitrate and frame rate for online video streaming and live streams.
Video Communication in Interactive Scenarios
In video communication and real-time interactive scenarios, it is necessary to balance real-time and high bandwidth requirements. If the user is in a weak or congested network environment, it may lead to interaction lag, affecting the experience of mic-connect interaction. The service provides an audio and video real-time mode, reducing latency and packet loss while improving network reliability. Multi-path concurrent transmission expands transmission bandwidth, making real-time interaction smoother.
Production Application Scenarios in the Industry
Remote Control Scenario
In remote control and remote driving scenarios, it is necessary to send corresponding business directives based on video transmitted from the far end, requiring a balance of real-time performance and large bandwidth. The service provides an audio and video real-time mode, reducing latency and packet loss while improving network reliability. Multi-path concurrent transmission expands transmission bandwidth to ensure business stability and accuracy.
Internet of Vehicles Scenario
In intelligent transportation scenarios such as autonomous driving and logistics in the Internet of Vehicles (IoV), there are extremely high real-time requirements. It must support millisecond-level interaction between vehicles and the cloud/other terminals, while ensuring high reliability and large bandwidth. The service provides a high-reliability, low-latency mode with multi-network fusion integration, built-in dual-channel SDK, and simultaneous connections to 4G/5G base stations, Wi-Fi hotspots, and satellite links. This enables redundant backup across multiple network types, ensuring high real-time performance.
Dedicated Aggregation Device Usage Scenario
Dedicated aggregation equipment is mainly used in outdoor live streaming and large exhibition scenarios. Outdoor live streaming requires mobile device support, ultra-high bandwidth, support for 4K/8K ultra-high-definition video real-time streaming, and anti-interference ability in crowded areas. The service provides large-bandwidth multi-network multi-band aggregation, intelligent interference avoidance, dynamic channel switching, and dual-stream parallel transfer to ensure key frames are not lost. Large exhibition scenarios require high concurrency integration and temporary network deployment, supporting thousands of exhibitors in simultaneous internet browsing and rapid deployment of high-density Wi-Fi coverage while being compatible with different vendor equipment. The service provides multi-network fusion, improving wireless network coverage and stability while offering multiple stream aggregation to increase network capacity and weak network stability, ensuring normal business operations. It collaborates with the three major ISPs to guarantee compatibility with different vendor equipment at exhibitions.
Industrial Signaling Scenario
Industrial Control Signaling and scenario-based business such as warehousing and logistics AGV/IGV have high requirements for network delay, jitter, and packet loss, ensuring business robustness. If network delay and jitter expand, it will affect the production rate. The service provides a high-reliability, low-latency mode with control signaling transmitted via dual networks to realize high reliability. At the same time, it reduces the plan, deployment difficulty, and deployment density of 5G PicoRRU, thereby reducing deployment cost.
Industrial Quality Inspection Scenario
Industrial quality inspection, AI Quality Inspection, or robot inspection require high network bandwidth. In weak network conditions, wireless network bandwidth drops significantly, affecting work efficiency. The service provides a large-bandwidth mode that aggregates multiple streams to guarantee uplink/downstream bandwidth for industry-specific use cases, ensuring higher and more stable bitrate and frame rate for online quality inspection and monitoring video surveillance.
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Improving network reliability and latency determinism | Multi-Path Transmission with Selective Reception (Mobile Network) | Industry-side Client | Industrial Control Signaling (especially Industrial TSN requirements) Warehousing and logistics AGV/IGV |
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| Mobile Client | Mobile Game Acceleration Esports Acceleration Order Grabbing, Red Packet Grabbing |
Increasing network capacity | Multi-Channel Aggregation (Mobile Network) | Industry-side Client | Industrial AI Quality Inspection Camera Surveillance Robot Inspection Remote Driving |
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| Mobile Client | High-Definition Audio and Video Live Streaming Video Conferencing / Co-streaming Online Education Cloud Gaming |
Global high-reliability network transmission | Global Private Line Transmission (Backbone Network) | Industry-side Client | Telemedicine Remote Driving Cross-border Education |
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| Mobile Client | Cross-border Gaming Cross-border Education Cross-border Live Streaming |