“品质消费 美好生活” 红星美凯龙浑南商场举办315活动纪念大会
百度 真正对美国的未来，特别是对美国的全球地位构成挑战的，是你们美国自己。A Must-Have for Smart Campuses in the AI Era
A Must-Have for Smart Campuses in the AI Era
Boost Computing with Fiber: Benefiting Campuses and Industries with AI
Many campuses are deploying AI locally, and are in urgent need of campus networks with a higher bandwidth, more connections, lower latency, higher reliability, and higher energy efficiency.
To boost computing with optical, the FTTO solution has become a standard configuration for next-generation smart campuses. Compared with the traditional network solution, the FTTO solution extends optical fibers from extra-low voltage (ELV) rooms to each room, desktop, and machine. In this way, one optical network can carry all campus applications. In terms of bandwidth, deployment scope, O&M cost, and service life, the FTTO solution meets the development requirements of local AI applications, IoT, and ultra-HD video services. It can help industry customers build green and simplified smart campus networks, and has been recognized by customers in industries such as education, healthcare, hotel, and manufacturing. Currently, the FTTO solution has been deployed by more than 10,000 campuses in more than 60 countries around the world.
Why Huawei FTTO Solution?
50G PON+Wi-Fi 7
50G to the Room &10G to the AP
Single-fiber 1:128 splitting
Number of connections x 2
PON network slicing
1 ms deterministic latency
Dual fed and selective receiving
99.999% reliability
P2MP architecture + AI-based dynamic energy saving
Power consumption: 30%↓
Green 10G All-Optical Network, Accelerating AI-Inclusive Smart Campus
Date: 7th Nov. 2024 Time: 16:30-17:00 GMT+8.
Solutions
In education campus scenarios, one optical fiber is extended to terminals to implement gigabit ultra-broadband access. In addition, the passive network is energy-saving and reliable, and features a smaller footprint to ensure premium experience in teaching services.
Service scenarios: classrooms, offices, libraries, and dormitories.
The solution can build a unified network that covers all schools in a district or county, implementing interconnection and resource sharing between urban and rural campuses and reducing campus network construction costs. It allows high-quality teaching resources to be shared and promotes education fairness.
Service scenarios: district, county, and metropolitan education MANs.
Based on the P2MP two-layer architecture, the solution efficiently connects massive medical terminals and provides a multi-service converged all-optical network for hospitals, supporting high-speed transmission of medical image data and improving healthcare efficiency.
Service scenarios: consulting rooms, wards, image reading rooms, and outpatient halls.
FTTR enables "one room, one fiber, and one terminal", improving guests' network experience. In addition, one optical network carries all services, reducing the network construction and subsequent management and O&M costs for hotels.
Service scenarios: guest rooms, lobby, offices, and canteens.
Fiber to the desktop and fiber to the AP provide a high-bandwidth, smooth roaming, and intelligent all-optical office networks, implementing multi-service convergence of voice, video, and data.
Service scenarios: Wi-Fi coverage, wired office, and video conferencing.
With the advent of smart homes, home Wi-Fi networks are becoming increasingly important. FTTR can realize full Wi-Fi coverage and zero packet loss during roaming, helping real estate enterprises build premium home networks.
Service scenario: real estate pre-decoration.
Products
Based on PON technology, passive all-optical network access solutions enable access by any media, tailored to enterprises, ISPs, and MSOs.
The OptiXstar product series extends optical connectivity to every home, enterprise, and campus, bringing families closer and making enterprise operations far more efficient.
Optical Wi-Fi ONU series products extend optical connections to each school, hospital, hotel, and production line. High-quality optical Wi-Fi provides smooth network access for enterprises.
Supports real-time monitoring of each node on a network-wide PON network and automatic ONUORE service configuration, improving O&M efficiency and reducing OPEX.
Real-World Success
The FTTO solution has won recognition from industries such as education, healthcare, and hospitality, and has been adopted by over 6000 customers in more than 50 countries.
What kind of network can meet the increasing network access requirements and ensure teaching and learning experience on a huge campus? The Huawei FTTO network solution has been proven to be the ideal choice for Khon Kaen University Thailand.
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Because of the one fiber, one room configuration, connecting each room to the IT server is done only through one fiber. Making it easier and faster to deploy as we upgrade our existing network.
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Thanks to POL, DS-networks can provide every apartment with high-performance gigabit fiber Internet.
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The construction of campus networks is a major driver for advancing quality modern education. As university campuses teem with students and faculty in search of seamless connectivity, network infrastructure becomes paramount.
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Proton therapy is the world's most advanced radiotherapy technology, far outperforming conventional photon radiotherapy. Generally, the proton equipment accelerates the proton beams to 70% of the light speed, about 200,000 km/s, to precisely target a tumor and minimize the harm to surrounding body tissue and organs. This kind of radiotherapy is precise to the nearest 1 ms.
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A Robust Network Covering the Entire Resort: Huawei brings to Perdepera a digitalization and technology transformation with sustainable, reliable, and simplified services to help build a smart, intelligent hotel. In the future, with the help of Huawei, Perdepera Resort can provide the customer-oriented services with high efficiency, quality and technology.
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Huawei FTTO solution is built on the hard-pipe architecture, which is equivalent to building the hospital network into a "smart" highway with road shoulders added between high-speed lanes.
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Huawei's FTTO solution uses an innovative two-layer passive network architecture, ushering in a new era of smarter, green hospitality.
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Huawei’s innovative IP + POL offering are revolutionizing AVORIS ’ campus network transmission media, architecture, and O&M within a network, enabling smart next-generation campus networks with ultra-high bandwidth and energy efficiency.
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Having built the first all-optical hospital in Guangdong Province, Union Shenzhen Hospital is committed to ICT construction and the benefits that brings.
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As many countries set targets for net zero carbon, enterprises are replacing copper with fiber and adopting all-optical campus networks for next-generation smart campuses. For Forestias, DTGO partnered with Huawei, deploying Huawei's FTTO solution to build a green and fully-connected ICT infrastructure network.
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Orizzonte Village has been dedicated to improving management efficiency and providing better services for tourists.
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