Up to 300 Mpps (Million Packets Per Second). MAC Address Table: Supports up to 128K entries.
8–12 minutes (including reboot).
The ATN 910D-A is engineered for space-constrained environments, such as outdoor cabinets or crowded telecom racks. It features a compact 1U form factor with front-access maintenance to simplify field operations. Physical Parameters Specification
design (442mm x 220mm x 44.45mm), making it suitable for high-density installations in standard 19-inch cabinets. Power Efficiency : Typical power consumption is approximately , and it supports 1+1 power redundancy for both AC and DC inputs to ensure high reliability. Port Density and Connectivity Huawei Atn 910d-a Datasheet
ports, accommodating legacy and modern connectivity requirements. Advanced Network Features
"Look at the logs," Marcus said, pointing.
: Operates continuously from -40°C up to +65°C , which makes it ideal for unconditioned outdoor cabinets or harsh tropical climates. Up to 300 Mpps (Million Packets Per Second)
Implements hardware-based Y.1731 and RFC 2544 performance monitoring, enabling operators to measure latency, jitter, and packet loss in real time. Clock Synchronization (Crucial for 5G)
Comprehensive hardware-based Operations, Administration, and Maintenance (OAM) features (Y.1731, IEEE 802.1ag, Bidirectional Forwarding Detection - BFD) for real-time fault detection.
The ATN 910D-A is engineered for non-blocking forwarding under real-world traffic patterns. and enterprise networks
Choose the 910D-A for 5G fronthaul, harsh outdoor cabinets, or any network requiring high-accuracy boundary clock and MACsec encryption.
The Huawei ATN 910d-a is a member of the Huawei ATN (Access and Aggregation Network) series, which is designed to provide a flexible and scalable solution for aggregating and transporting various types of network traffic. The device is optimized for use in metropolitan area networks (MANs), data centers, and enterprise networks, where it can serve as a versatile and high-performance aggregation node.
Usually, at this load, the CPU usage would spike, causing jitter. The e-sports stream would buffer. The self-driving cars would disengage their network sync.
Designed for harsh telecommunications environments, the ATN 910D-A features highly optimized thermal dissipation and low power metrics: