(downward-compatible access ports for enterprise lines and legacy nodes). Advanced Hardware & Protocol Capabilities Feature Category Supported Protocols & Standards Layer 2 Features
When comparing the datasheet of the ATN 910DA against similar tier devices from Cisco (ASR 920) or Nokia (7750 SR-sat), the Huawei unit wins in specific "top" categories: huawei atn 910da datasheet top
A: Yes, it fully supports SRv6 due to its NP-based architecture. Network Slicing via FlexE : Standard 19-inch width
The platform simplifies IP transport by deploying Segment Routing over IPv6 (SRv6). SRv6 eliminates legacy, multi-layered protocol stacks like LDP and RSVP-TE. Instead, it uses source routing embedded directly inside standard IPv6 headers. This setup establishes end-to-end paths across wide-area networks, minimizes routing table overhead, and enables fast-reroute (FRR) protection within 50 milliseconds. Network Slicing via FlexE Primary Deployment Scenarios
: Standard 19-inch width (442mm) with a shallow depth of 220mm, allowing it to fit in 300mm deep cabinets alongside wireless base stations.
The power system operates on a , accepting mixed inputs or dual configurations of AC or DC power sources. The internal cooling relies on three independent fans arranged in a 2+1 redundancy design , allowing the router to handle component level failures at high ambient temperatures without dropping line-rate traffic performance. Primary Deployment Scenarios
(downward-compatible access ports for enterprise lines and legacy nodes). Advanced Hardware & Protocol Capabilities Feature Category Supported Protocols & Standards Layer 2 Features
When comparing the datasheet of the ATN 910DA against similar tier devices from Cisco (ASR 920) or Nokia (7750 SR-sat), the Huawei unit wins in specific "top" categories:
A: Yes, it fully supports SRv6 due to its NP-based architecture.
The platform simplifies IP transport by deploying Segment Routing over IPv6 (SRv6). SRv6 eliminates legacy, multi-layered protocol stacks like LDP and RSVP-TE. Instead, it uses source routing embedded directly inside standard IPv6 headers. This setup establishes end-to-end paths across wide-area networks, minimizes routing table overhead, and enables fast-reroute (FRR) protection within 50 milliseconds. Network Slicing via FlexE
: Standard 19-inch width (442mm) with a shallow depth of 220mm, allowing it to fit in 300mm deep cabinets alongside wireless base stations.
The power system operates on a , accepting mixed inputs or dual configurations of AC or DC power sources. The internal cooling relies on three independent fans arranged in a 2+1 redundancy design , allowing the router to handle component level failures at high ambient temperatures without dropping line-rate traffic performance. Primary Deployment Scenarios