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With increasing global carbon-neutral practices, fibers are bound to replace copper cables. All-optical campus network realizes fiber to the office, and becomes the new trend of the next-generation smart campus. The fiber to the office (FTTO) solution (previously referred to Huawei Campus OptiX solution) applies passive optical LAN (POL) technology to enterprise campus networks, implementing transmission medium evolution and simplifying the network architecture and O&M. Using this solution, smart campus networks with ultra-high bandwidth and less energy consumption are provided for customers.
Compared with the traditional network solution, the FTTO solution extends fibers to each room, desktop, and corner, achieving all campus application scenarios carried over one optical network. With high bandwidth, wide deployment scope, low O&M costs, and a long service life, the FTTO solution meets the requirements of campus cloud application, IoT, and ultra-HD video services, helping industry customers build green and simplified smart campus networks. It has been applied to 5000+ customers in 50+ countries, winning recognition in the education, healthcare, and hotel industries.
Active to Passive
• Active switches replaced by passive optical splitters, OLTs deployed in the core equipment room
• No ELV room, power cable routing, air conditioner, and fire fighting device, ensuring network security and reliability
• Power consumption 60%↓ compared with that of traditional networks
Simplicity: One person for one campus
• Multiple services carried over one fiber, integrating office, voice, and security networks into one
• Unified management on the NMS platform and proactive O&M, required manpower 70%↓
TCO reduced by 30%
• P2MP architecture:cloud-based architecture and passive P2MP transmission, optical modules 50%↓ compared with that of the traditional P2P architecture
• Medium innovation: replacement of copper cables with optical fibers, which are flexible and lightweight, supporting 40 km long-haul transmission, materials and deployment costs 90%↓
Service scenarios: classrooms, offices, libraries, canteens, dormitories, apartments, and security protection
Huawei FTTO Network Solution provides optical LANs for campuses. The optical LAN is passive and reliable, and has a smaller footprint and is more energy efficient.
Service scenario: diagnostic room, operating room, ward
Huawei FTTO solution builds all-optical LANs to provide gigabit access in various healthcare scenarios. The solution features environmental protection, high reliability and security, fast deployment, and efficient O&M, ensuring the development of healthcare services.
Service scenarios: hotel lobby, office, and guest room
Huawei FTTO Network Solution extends fiber to each room to attract more guests. The solution not only provide better internet for guests, but also support the access of hotel systems, such as security, office, and intelligent systems.
Service scenarios: check-in, waiting area, and tax-free shop
Huawei FTTO Network Solution provides airports with reliable full-fiber networks to connect video devices, offices, and flight information display systems (FIDSs), and commercial buildings, accelerating the digital transformation of airports.
Huawei OptiXaccess
Huawei OptiXstar
AirEngine Wi-Fi 6
iMaster NCE-Campus
A compact and low-density box-shaped OLT that provides GPON or XG-PON and GPON Combo access, and supports Passive Optical LAN (POL) and Fiber-To-The Home (FTTH) solutions. It carries all services over one fiber network, simplifying network architecture and reducing OPEX.
Huawei OptiXstar S890H is a mini ONU that is installed near an indoor Wi-Fi 6 AP to implement fiber to the AP, providing XGS-PON access to the AP.
An ONU designed for Wi-Fi 6 AP backhaul scenarios on enterprise campuses, supporting up to two uplink XGS-PON high bandwidth ports and four 10 GE ports with PoE++, ensuring a high-quality experience for voice, data, HD video, and other services.
Panel-type ONUs that can be easily installed in 86-type electrical boxes, Huawei OptiXstar P871E features one GPON or XGS-PON port in the upstream direction and two GE ports on the user side.
Huawei OptiXstar W826E is an enterprise gigabit Wi-Fi 6 Optical Network Terminal (ONT), supporting ultra-broadband access through optical/electrical composite cables. This directly addresses the issue of terminals being unable to adequately obtain power. The ONT also provides users with voice services, gigabit network ports, and gigabit dual-band Wi-Fi 6 access modes.
An ONU with eight GE ports that support PoE/PoE+, OptiXstar P813E-E delivers high-quality voice, data, and HD video services for enterprise campus and video backhaul scenarios.
An ONU designed for enterprise campus use and video backhaul, featuring XGS-PON uplink access, eight GE ports, and PoE/PoE+, supporting high-quality voice, data, and HD video services.
An ONU, designed for enterprise campus use and video backhaul, with XGS-PON uplink access, four GE ports and one 2.5 GE port.
Huawei T672E-150G1 (PowerCube 500) integrated video site solution features highly integrated power supply and network backhauling and is widely used in Smart City and smart transportation scenarios. The solution uses high-performance power modules and intelligent OSS to provide continuous power supply to the video security system, greatly improving the system reliability and operation efficiency.
The AP7060DN is a cutting-edge 802.11ax wireless Access Point (AP) with built-in omnidirectional antennas. The device rate can reach up to 6 Gbit/s, providing high-quality wireless services for enterprises. The AP7060DN allows for IoT expansion, meeting the IoT requirements of enterprises. In compliance with 802.11ax and with its 10 GE uplink interface, the AP7060DN can easily eliminate the bottleneck in upstream bandwidth of common APs.
Indoor settled Wi-Fi 6 (802.11ax) access point (AP) with built-in smart antennas, enabling Wi-Fi signals to move with users and delivering always-on signal coverage. The AP supports 2x2 MIMO, and can simultaneously deliver services on both the 2.4 GHz and 5 GHz frequency bands, achieving a rate of up to 1.775 Gbps.
iMaster NCE-Campus is Huawei's next-generation autonomous driving network management and control system for campus networks. This first-of-its-kind intelligent network automation platform integrates management, control, analysis, and AI functions, provides full-lifecycle automation of campus networks, and implements intelligent fault closure through big data analytics and AI. These innovative features help enterprises reduce OPEX and O&M costs, accelerate enterprise cloudification and digital transformation, and achieve automated and more intelligent network management.
Huawei OptiXaccess
A compact and low-density box-shaped OLT that provides GPON or XG-PON and GPON Combo access, and supports Passive Optical LAN (POL) and Fiber-To-The Home (FTTH) solutions. It carries all services over one fiber network, simplifying network architecture and reducing OPEX.
Huawei OptiXstar
Huawei OptiXstar S890H is a mini ONU that is installed near an indoor Wi-Fi 6 AP to implement fiber to the AP, providing XGS-PON access to the AP.
An ONU designed for Wi-Fi 6 AP backhaul scenarios on enterprise campuses, supporting up to two uplink XGS-PON high bandwidth ports and four 10 GE ports with PoE++, ensuring a high-quality experience for voice, data, HD video, and other services.
Panel-type ONUs that can be easily installed in 86-type electrical boxes, Huawei OptiXstar P871E features one GPON or XGS-PON port in the upstream direction and two GE ports on the user side.
Huawei OptiXstar W826E is an enterprise gigabit Wi-Fi 6 Optical Network Terminal (ONT), supporting ultra-broadband access through optical/electrical composite cables. This directly addresses the issue of terminals being unable to adequately obtain power. The ONT also provides users with voice services, gigabit network ports, and gigabit dual-band Wi-Fi 6 access modes.
An ONU with eight GE ports that support PoE/PoE+, OptiXstar P813E-E delivers high-quality voice, data, and HD video services for enterprise campus and video backhaul scenarios.
An ONU designed for enterprise campus use and video backhaul, featuring XGS-PON uplink access, eight GE ports, and PoE/PoE+, supporting high-quality voice, data, and HD video services.
An ONU, designed for enterprise campus use and video backhaul, with XGS-PON uplink access, four GE ports and one 2.5 GE port.
Huawei T672E-150G1 (PowerCube 500) integrated video site solution features highly integrated power supply and network backhauling and is widely used in Smart City and smart transportation scenarios. The solution uses high-performance power modules and intelligent OSS to provide continuous power supply to the video security system, greatly improving the system reliability and operation efficiency.
AirEngine Wi-Fi 6
The AP7060DN is a cutting-edge 802.11ax wireless Access Point (AP) with built-in omnidirectional antennas. The device rate can reach up to 6 Gbit/s, providing high-quality wireless services for enterprises. The AP7060DN allows for IoT expansion, meeting the IoT requirements of enterprises. In compliance with 802.11ax and with its 10 GE uplink interface, the AP7060DN can easily eliminate the bottleneck in upstream bandwidth of common APs.
Indoor settled Wi-Fi 6 (802.11ax) access point (AP) with built-in smart antennas, enabling Wi-Fi signals to move with users and delivering always-on signal coverage. The AP supports 2x2 MIMO, and can simultaneously deliver services on both the 2.4 GHz and 5 GHz frequency bands, achieving a rate of up to 1.775 Gbps.
iMaster NCE-Campus
iMaster NCE-Campus is Huawei's next-generation autonomous driving network management and control system for campus networks. This first-of-its-kind intelligent network automation platform integrates management, control, analysis, and AI functions, provides full-lifecycle automation of campus networks, and implements intelligent fault closure through big data analytics and AI. These innovative features help enterprises reduce OPEX and O&M costs, accelerate enterprise cloudification and digital transformation, and achieve automated and more intelligent network management.
As a new generation wireless technology, 5G would relay the task as to build an Omni-connected intelligent world. In this context, what new changes would come into the enterprise campus, a scenario closely related to us, in terms of techniques and applications? Let’s welcome IDC research director Mr. Rajesh Ghai to give us more…
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