Targets various scenarios and network access pain points with multiple algorithm modes tailored to different needs, providing dedicated modes for high reliability and low latency, high bandwidth, and real-time audio/video.
Targets various scenarios and network access pain points with multiple algorithm modes tailored to different needs, providing dedicated modes for high reliability and low latency, high bandwidth, and real-time audio/video.
Built on multi-link network aggregation transmission capabilities to maintain highly reliable transmission even in weak network environments, and further combined with QoS technologies to ensure a consistent user network experience.
Built on multi-link network aggregation transmission capabilities to maintain highly reliable transmission even in weak network environments, and further combined with QoS technologies to ensure a consistent user network experience.
Supports the aggregation of multiple network types, including 5G/4G/WAN/Wi-Fi/Satellite.
Supports the aggregation of multiple network types, including 5G/4G/WAN/Wi-Fi/Satellite.
Provides standardized Android/iOS/Linux SDKs and APIs, and supports public cloud, hybrid cloud, and private deployment options.
Provides standardized Android/iOS/Linux SDKs and APIs, and supports public cloud, hybrid cloud, and private deployment options.
Targets various scenarios and network access pain points with multiple algorithm modes tailored to different needs, providing dedicated modes for high reliability and low latency, high bandwidth, and real-time audio/video.
Built on multi-link network aggregation transmission capabilities to maintain highly reliable transmission even in weak network environments, and further combined with QoS technologies to ensure a consistent user network experience.
Supports the aggregation of multiple network types, including 5G/4G/WAN/Wi-Fi/Satellite.
Provides standardized Android/iOS/Linux SDKs and APIs, and supports public cloud, hybrid cloud, and private deployment options.
- Mobile gaming workloads are highly sensitive to latency, jitter, and packet loss
- In poor or congested network conditions, higher latency and jitter can lead to lag, stuttering, and degraded gameplay
- Our High Reliability & Low Latency mode uses multi-network aggregation to significantly reduce wireless latency, packet loss, and jitter, making gameplay smoother and more stable
- Scenarios such as live streaming, cloud gaming, and long-form video playback require substantial network bandwidth
- In weak or congested environments, reduced wireless bandwidth can cause buffering, frame drops, and lower video quality
- Our High Bandwidth mode aggregates multiple network paths to expand uplink and downlink capacity, enabling higher and more stable bitrate and frame rate for online video and live streaming
- Real-time video calling and interactive scenarios require both low latency and sufficient bandwidth
- In weak or congested networks, users may experience freezes, lag, or unstable interactions
- Our Real-Time Audio & Video mode improves reliability while reducing latency and packet loss. With simultaneous multi-path transmission, it also increases available bandwidth for smoother real-time interactions
- In production environments, industrial control signaling and applications such as warehouse SGVs/IGVs require strict control over latency, jitter, and packet loss to ensure operational robustness
- Increased latency and jitter can disrupt signaling transmission and reduce production efficiency
- Our High Reliability & Low Latency mode enables dual-network transmission for control signaling to improve reliability. It can also reduce the planning complexity, deployment density, and overall cost of 5G PicoRRU rollout
- In production environments, industrial control signaling and applications such as warehouse SGVs/IGVs require strict control over latency, jitter, and packet loss to ensure operational robustness
- Increased latency and jitter can disrupt signaling transmission and reduce production efficiency
- Our High Reliability & Low Latency mode enables dual-network transmission for control signaling to improve reliability. It can also reduce the planning complexity, deployment density, and overall cost of 5G PicoRRU rollout
- In remote operation and teledriving scenarios, operators rely on upstream video feeds to make real-time decisions, requiring both low latency and high bandwidth
- Under weak network conditions, reduced video quality, lag, or unstable command transmission can directly affect operational efficiency
- Our Real-Time Audio & Video mode reduces latency and packet loss while improving network reliability. Through simultaneous multi-path transmission, it increases available bandwidth to ensure stable and accurate operations
