Test Report of Upgraded Carrier-Grade Router

Independent tests confirm that modern carrier-grade routers deliver high performance, low-latency, and robust SRv6 and SDN capabilities suitable for large-scale network deployments.Huawei NetEngine 8000 Series EvaluationThe Huawei NetEngine 8000 family, tested by EANTC in January 2020, was evaluated for functionality, performance, availability, and manageability . Key highlights include:Advanced SRv6 Support: Segment Routing over IPv6 enabled seamless end-to-end tunnels across data centers and WANs, with traffic engineering constraints based on bandwidth, latency, and link cost.Resiliency: SRv6 path protection (TI-LFA FRR) achieved less than 11 ms detection and rerouting for single node failures, while egress node protection (END.M) responded in 2 ms.Line Card Performance: The 4T line card supported high-density 100GE ports, and the 400GE prototype card offered eight 400GE and eight 100GE ports. Standard RFC2544 benchmarks confirmed high throughput, low latency, and efficient power usage.Optical Module Support: Modules supported 50GE and 100GE over 80 km and BiDi 50GE over 40 km, ensuring long-distance connectivity.ZTE ZXR10 M6000-SE Interoperability TestZTE's ZXR10 M6000-SE was tested in a multi-vendor EANTC interoperability scenario in 2024 :SRv6 Micro-Segment (uSID) Testing: First-time evaluation of uSID-based SRv6 functions.Interoperability: Demonstrated compatibility with other vendors for L3VPN, EVPN services, SRv6 flexible algorithms, TE SR policies, and BGP IPv4/IPv6 routing.Commercial Readiness: Results indicate strong potential for large-scale SRv6 deployment and end-to-end service transport.Key Performance and Market InsightsCarrier-grade routers are increasingly designed for high-bandwidth, low-latency networks, supporting 5G, cloud computing, and IoT traffic .Leading vendors like Cisco, Huawei, ZTE, Juniper, and Nokia are integrating SDN, NFV, and advanced Ethernet/MPLS technologies to optimize network agility and operational efficiency.Market growth is projected at a CAGR of 8.55% through 2033, reflecting the demand for scalable, resilient, and programmable network infrastructure.SummaryUpgraded carrier-grade routers, as validated by independent tests, provide:High throughput and low latency for core and edge networks.Advanced SRv6 and SDN capabilities for intelligent traffic engineering.Rapid failover and resiliency for mission-critical services.Interoperability across multi-vendor environments, supporting large-scale deployment.Flexible line card and optical module options for diverse network topologies. These results demonstrate that modern carrier-grade routers are well-suited for both service provider and enterprise networks, offering robust performance, intelligent connectivity, and high availability.