The is a high-density, 1U case-shaped multi-service access router designed for the edge of metropolitan area networks (MAN). It is frequently used for 5G X-haul, private lines, and mobile backhaul. 1. Hardware Overview
The series supports modern networking protocols essential for 5G evolution:
The router has a substantial switching capacity of 136 Gbit/s , which easily handles the demands of modern 4/4.5G networks. This capacity is complemented by a massive 740MB of total packet buffer , with per-queue buffers of up to 32MB. This large buffer is a critical feature, as it allows the device to absorb traffic bursts without dropping packets, protecting user experience during periods of network congestion. huawei atn 910c
The device's large buffer capacity, wide temperature tolerance, and fast fault detection mechanisms ensure service continuity even under challenging conditions. While its fixed configuration limits expansion, careful capacity planning upfront—combined with the availability of multiple models suited to different deployment scenarios—can mitigate this constraint for most access-layer applications.
For enterprises requiring dedicated, high‑bandwidth connectivity between locations, the ATN 910C's high‑density 10GE/GE interfaces and comprehensive L2/L3 VPN support make it well suited for site‑to‑site private line services. The is a high-density, 1U case-shaped multi-service access
Network traffic is rarely constant; it often arrives in short, intense bursts. The ATN 910C addresses this with 740 MB of total cache, with a per-queue limit of 32 MB. This large buffer capacity absorbs sudden traffic spikes, prevents packet loss during congestion periods, and maintains quality of service (QoS) for real-time applications such as voice and video.
Scales up to hundreds of Gbps depending on sub-model (e.g., 910C-B, 910C-D) 100GE/50GE/25GE/10GE/GE/FE interfaces Synchronization network engineers typically use the :
To interact with the device, network engineers typically use the :