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Digitalizing pipeline infrastructure creates huge opportunities for the oil and gas industry. On the basis of unified standards and digital pipelines, smart pipelines feature comprehensive unified data, visualized perception and interaction, system convergence and interconnection, precise supply matching, intelligent and efficient operations, and controllable prediction and warning.
By integrating data across the full life cycle of pipelines — through device + cloud + big data architecture — smart pipelines provide intelligent analysis and decision-making support, as well as implementing visualized, network-based, and intelligent management using information-based methods. In addition, the pipelines feature comprehensive perception and prediction, integrated management and control, and adaptive optimization. However, network infrastructure is the key to smart pipelines network construction.
Tapping into its communication network security expertise, Huawei provides secure, reliable, and stable network connections for the Supervisory Control and Data Acquisition (SCADA) system of the oil and gas pipeline network. The company also provides integrated, End to End (E2E) solutions that cover the entire lifecycle of long-distance oil and gas pipeline networks, from network planning, design, integration, and verification testing to construction, deployment, and Operations and Maintenance (O&M).
Huawei has extensive experience providing intelligent connection solutions for pipeline networks and the company prides itself on continuing to consolidate the foundation for smart pipeline network construction.
Oil and Gas All-Optical Network• The all-optical network solution builds an all-optical foundation for visualized, secure, and efficient smart oil and gas development, promoting the emergence of more innovative services. • Based on an OTN multi-service bearer platform, the solution implements unified access for multiple services, including video, SCADA, SDH, and Ethernet services. • Original hard pipe technology is used to physically isolate services and provide high-security and high-quality transmission channels. • One-hop optical fiber is connected to the data center, ensuring high stability and low latency.
Oil and Gas Datacom Network• IPv6 and cloud-network linkage: Oil and gas enterprise services are cloudified in multiple places and multiple clouds. Clouds are deployed in group data centers, regional central data centers, and public clouds. IPv6+ enables rapid service provisioning and flexible scheduling. • NetEngine 8000 network slicing: Industrial Internet, IoT, operations, management, office, and video services are all carried in a unified way, with differentiated SLAs provided through network slicing. • NCE intelligent O&M: Intelligent O&M enables automatic O&M, making networks visualized, manageable, and controllable, eliminating many traditional O&M difficulties.
• Comprehensive convergence — of Ethernet, Plesiochronous Digital Hierarchy (PDH), Synchronous Digital Hierarchy (SDH), and Optical Transport Network (OTN) networks — provides more reliable protection for legacy networks. • Multi-Service OTN (MSOTN) supports the unified switching of OTN, Time Division Multiplexing (TDM), and packet, with 2M–100 GE full-rate access. • OTN hard pipelines provide high bandwidth and sustainable expansion while TDM hard pipelines provide higher quality security to ensure the data security of long-distance oil and gas pipelines.
• Featuring bandwidth upgrade, unmodified cabling, and one fiber for multiple services. • Flexible adaptation to bandwidth requirements for future innovative service growth and high-bandwidth requirements, such as unattended valve rooms, pipeline High Definition (HD) industrial TV, Internet of Things (IoT) data backhaul, and Artificial Intelligence (AI) analytics. • Support for 10/100G hybrid transmission, with OTNs supporting 100G, 200G, and 400G, in order to provide sustainable ultra-large bandwidth.
• The passive network removes the need for manual O&M and offers zero-configuration deployment. • Automatically Switched Optical Network (ASON) multi-route intelligent protection supports visualized services and automatic service provisioning. • O&M costs are reduced thanks to intelligent E2E service configuration, network status maintenance, alarms, and location services.
Based on MS-OTN architecture, OptiXtrans E6600 supports a 4-in-1 highly integrated optical-electrical convergence platform for PCM, SDH, packet, and OTN services. It also supports the smooth evolution to the next generation transport technology Liquid OTN, providing long-distance oil and gas pipeline network communication. Multi-service convergence provides efficient, secure, and reliable transmission solutions.
A next generation enhanced MS-OTN platform designed for enterprises in the ON2.0 era, offering large capacity, intelligence, and the convergence of optical and electrical services. This next-generation terabit cross-connect platform can flexibly process OTN, VC, and PKT granularities, supporting smooth evolution to liquid OTN. It provides high integration and low power consumption, supports access of services at any rate from 100 Mbit/s to 400 Gbit/s, and delivers on-demand speed adjustment for a single wavelength, from 100 Gbit/s to 800 Gbit/s, helping facilitate the construction of an oil and gas smart pipeline network.
The core enabler of the smart pipeline network communication network, iMaster NCE-T is applicable to diverse transport networking scenarios, such as backbone, aggregation, and station valve room access. It provides rich functions such as real-time resource visualization, agile service provisioning, and automatic network O&M, even in the face of complex and urgent network conditions. This platform is also user-friendly, simplified, and easy to handle.
Huawei's all-service intelligent router platforms for the cloud era feature ultra-broadband pipelines to create simplified networks, with leading SR/SRv6 that enables intelligent connections. A next generation intelligent brain also implements full-lifecycle automation and proactive O&M. This series covers large-scale frame-shaped, compact card-mounted, and fixed case-shaped devices, purpose-designed for different network scenarios across core, aggregation, and access layers. These high performance routers offer high reliability, low power consumption, and strong evolution capabilities. They can be used as core nodes of enterprise WANs, access nodes of large enterprises, and egresses of large-scale IDC networks, as well as for DC interconnection, campus interconnection, and aggregation nodes.
This series uses a brand new programmable chip and cell switching technology to implement non-blocking switching and zero packet loss in high-concurrency and heavy-load environments, with in-depth wired and wireless convergence from the access layer to the core layer. One switch supports converged management of up to 10,240 APs, unified user authentication, and simplified O&M. Based on SDN and VXLAN technologies, devices on the entire network are plug-and-play, and the network can be adjusted within minutes, making it more agile and responsive to service changes.
NetEngine AR series enterprise routers are the first enterprise-class AR routers launched by Huawei for the cloud era. They provide three times the industry's forwarding performance, 5G ultra-broadband uplink, and integrate SD-WAN, cloud management, VPN, MPLS, security, and voice functions. These routers help customers around the world cope with the surge of enterprise uplink traffic and future business diversification.