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With the rollout of new services such as distance education, digital libraries, and video conferences, multiple services need to be carried on a unified basis. Emerging technologies such as gene detection, geological analysis, and astronomical observation are increasingly dependent on big data analysis and flexible transmission. For this digital transformation, a super-wide, flexible and intelligent network is needed. The education and research network faces a series of problems, such as insufficient bandwidth, low reliability, and many types of devices deployed on the legacy network, requiring complex management, and long service provisioning time.
Huawei’s Education Backbone Network Solution, with end-to-end Multi-Service Optical Transport (MS-OTN) architecture, carries multiple services, such as SDH/IP/FC, and supports InfiniBand interfaces for High-Performance Computing (HPC) interconnection. The single-fiber capacity is greater than 20 Tbit/s, so a single wavelength can be smoothly evolved from 100G to 200G/400G/1T to cope with experimental big data transmission in education and scientific research.
The NE-40E router provides 2 Tbit/s line-speed LPU and supports 36T. OTN transmission products support SDH/OTN/PKT service access and unified switching, and single wavelength 100G/200G/400G supports smooth evolution from 1T/2T to 20T+.
Equipment-level and network-level protection with Automatically Switched Optical Network (ASON) protection against multiple fiber cuts, provides 99.999x% reliability. Huawei-patented router Virtual Private Network Fast Reroute (VPN FRR) ensures fast service recovery in any scenario.
Netstar network planning tools help customers quickly plan networks, innovate 5D tools for intelligent diagnosis and analysis, manage resources in a visualized manner, and automatically commission and monitor the entire network, reducing O&M costs.
NetEngine40Es are full-service routers designed to serve as core nodes on enterprise WANs, access nodes on large enterprise networks, interconnection and aggregation nodes on campus networks, and edge nodes on large IDC networks.
Huawei’s next-generation OTN platform for 100G and beyond, ideal for building high-performance backbone and metro networks for DCI, ISP, grid, finance, government, traffic, etc.
A series of MS-OTN transmission equipment that supports TDM, packet, and OTN services over a metro or campus optical network, providing cost-effective transport solutions for power, medical, Storage Area Networks (SANs), and data centers.
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