How Huawei’s Open Network Acceleration Transforms Mobile Experience

As broadband expands rapidly and smart terminals proliferate, OTT services have exploded, generating massive data traffic that strains operator pipelines; traditional application‑layer acceleration can no longer guarantee user experience.

Radware’s 2014 e‑commerce performance report shows that each 0.1 s improvement in page load can increase revenue by 1 %, highlighting the critical importance of latency.

Industry Network Acceleration Solutions

Current end‑to‑end acceleration covers three segments: PGW → third‑party server, eNodeB → PGW, and UE → eNodeB. Existing solutions can accelerate PGW → server and eNodeB → PGW, but the UE‑to‑eNodeB wireless link still suffers 150‑250 ms delay, the biggest bottleneck.

Typical industry approaches:

PGW → third‑party server: CDN offloading or dedicated lines increase bandwidth and reduce latency to about 10 ms.

eNodeB → PGW: carriers use high‑capacity fiber to cut latency to around 10 ms.

Huawei’s Network Acceleration vs. Industry

Huawei’s solution targets the UE‑to‑eNodeB segment, adding a vUIC network element and exposing acceleration capabilities via REST API. Third‑party servers can request, release, or modify dedicated acceleration channels for specific users, achieving dynamic end‑to‑end speedup.

Implementation Process

UE requests acceleration from a third‑party server.

Server submits a specific‑user acceleration request to vUIC.

vUIC forwards the request to PCRF (Policy and Charging Rules Function).

PCRF configures acceleration policy and signals the mobile PGW.

A dedicated bearer is established between eNodeB and UE, delivering 3‑5× speedup.

Huawei Network Acceleration API – Four Core Functions

The open solution provides four APIs: Resource Request, Resource Modification, Resource Release, and Status Event Notification. Each API defines parameters for creating, updating, deleting, and monitoring acceleration resources.

Application Scenarios Solving Industry Pain Points

The acceleration capability can be applied to:

Real‑time mobile gaming : packaged as in‑game items, latency drops below 50 ms, delivering 3‑5× speedup.

Instant purchase / stock trading : dynamic latency reduction shortens transaction time, improving success rates.

Video streaming / live broadcast : bandwidth is dynamically allocated to VIP or ad streams, reducing buffering.

Offline video / file download : background traffic uses low‑priority channels, preserving foreground user experience.

Conclusion

Huawei’s open network acceleration bridges the terminal and mobile network, significantly reducing latency and enhancing bandwidth. It resolves stalling, disconnections, and long buffering in gaming, video, and e‑commerce, delivering a smoother, faster user experience.