Government Campus Network Solution
Build an All-wireless, Intelligent, Simplified, and Low-Carbon Government Campus Network
Enterprise products, solutions & services
Build an All-wireless, Intelligent, Simplified, and Low-Carbon Government Campus Network
All-Wireless Smart Campus Network Facilitates
Government Digital Transformation
The informatization of government campuses directly affects the government service level and the operation efficiency. As government digitalization accelerates, application systems are gradually cloudified and terminals are wirelessly deployed, posing new requirements on government campus networks.
Huawei Government Campus Network Solution is designed for government office and service scenarios. Based on the leading Wi-Fi 6 technology, unified WAN-LAN management, and simplified Internet Protocol(IP)+Passive Optical LAN(POL) architecture, the solution enables wireless access to government campuses, improving the efficiency of government office and public services.
Benefits
All-Wireless Access
• With industry-leading Wi-Fi 6 Access Points, exclusive smart antennas, 3D network planning, and roaming simulation, the coverage distance is increased by 20% without blind spots, creating an all-wireless and efficient office space
Simplified Architecture
• The IP+optical product portfolio is applicable to multiple campus network access scenarios. Optical/Electrical composite cables are used to build a simplified two-layer architecture, which reduces energy consumption by 30%, the number of equipment rooms by 80%, and the horizontal cabling usage by 90%
Intelligent O&M
• From LAN to WAN, Huawei's unique E2E automatic network provisioning as well as policy deployment and AI intelligent O&M can proactively identify 85% of potential network faults and problems
Architecture
With multiple product portfolios, such as adaptive routers, CloudEngine switches, and Wi-Fi 6 Access Points, the solution helps governments build intelligent and low-carbon campus networks featuring all-wireless access and simplified architecture, providing good service experience and reducing management difficulties and costs.
Products
AirEngine 8760-X1-PRO Access Point
Vlajková loď společnosti Huawei, interiérový přístupový body (AP) Wi-Fi 6 (802.11ax) s 16 prostorovými streamy, integrovanými chytrými anténami a duálními IoT sloty a podporou režimu triple-radio dosahuje rychlosti až 10,75 Gbps.
Ideální pro scénáře vyžadující velkou šířku pásma a vysokou kvalitu síťových služeb, jako jsou špičkové kanceláře, konferenční prostory, imerzivní výuku a letištní salonky business třídy.
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CloudEngine S16700 Series Switches
• All-new architecture: backplane-free orthogonal architecture, improving switching capacity by 50%
• Ultra-large capacity: 4.8 Tbps per slot, which can scale to 14.4 Tbps in the future
• Ultra-high reliability: dual-input power supply design, ensuring normal system running upon failure of one power input
• Advanced features: M-LAG, SRv6, and network slicing
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CloudEngine S5735-L-V2 Series Switches
8/10/16/24/48 x GE downlink ports, 4 x GE SFP uplink ports or 1 x 10GE SFP+ uplink port
Switching capacity: 520 Gbit/s, which can be upgraded to 5.2 Tbit/s
Fast/Perpetual PoE, providing highly reliable power supply and access for PDs
Telemetry-based network fault locating in minutes
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NetEngine AR8700 Series Router
• High performance: 20 Gbit/s SD-WAN forwarding capability
• High reliability: dual MPUs, zero service interruption during service switchover
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Optical Access
Based on PON technology, passive all-optical network access solutions enable access by any media, tailored to enterprises, ISPs, and MSOs.
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Optical Terminal
The OptiXstar product series extends optical connectivity to every home, enterprise, and campus, bringing families closer and making enterprise operations far more efficient.
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iMaster NCE-Campus
An intelligent network automation platform that integrates management, control, analysis, and AI functions, providing full-lifecycle automation of campus networks, while implementing intelligent fault closure through big data analytics and AI.
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