Enterprise · Solutions
FTTO Network Solution for Healthcare
Optical-Intelligence Integration, Empowering the Healthcare Industry with Digital Intelligence
iFTTO Solution for Healthcare: Building an AI-Powered New Smart Hospital Ecosystem
In the AI era, smart hospitals are accelerating digital transformation in scenarios such as pathological diagnosis, health monitoring, and intelligent warning. However, amid complex demands such as high-density device interconnection, real-time data processing, and privacy protection, traditional healthcare networks need to further improve their deployment efficiency, environmental adaptability, and data transmission reliability to better support the intelligent evolution of smart hospitals.
Built on an all-optical network, Huawei iFTTO Solution for Hospitals enables efficient transmission of multiple types of data in healthcare scenarios over a single fiber. Featuring ultra-high reliability, it ensures the stable transmission of data in real time while supporting smooth evolution without cable replacement. Additionally, a unified network management platform significantly simplifies O&M. In AI scenarios, the solution integrates 3D optical sensing technology and combines nanometer-level LiDAR with AI to achieve privacy-protected smart care. Leveraging NearLink IoT technology, it enables sub-meter positioning and full-lifecycle management of medical devices, while maintaining compatibility with third-party platforms to drive the transformation toward intelligent healthcare.
Gain the Edge
Fast pathology diagnosis
50G PON + AI, time required for uploading a digital pathology slide: 129s → 15s
AI-powered diagnosis, report generation time: 1 hour → 5 minutes
Three-in-one networking: on-demand network construction, slashing costsSmart ward
Optical AP + Open IoT: asset positioning and management
High bandwidth + zero roaming: supporting diverse service needs
Stable surgery
Type C protection: dual-link protection, ensuring always-on services even when one link fails
12.5G transmission over a single fiber enabled by XGS-PON Pro: 25% higher performance
Neat consultation room
One fiber to the room: multiple services over one fiber, 80%↓ cabling
Hard-isolated slicing: data isolation between the intranet and extranet, ensuring information security
Architecture
Huawei's iFTTO solution for hospitals is built on an FTTO architecture, enabling direct fiber connections to wards, offices, CT rooms, operating rooms, and other core medical scenarios. At the terminal layer, USB ONUs can be flexibly deployed to support plug-and-play access for medical terminals, while optical APs combined with open IoT capabilities enable comprehensive asset management. Optical terminals natively support multi-service integrated access, delivering dedicated 10G connections for uploading CT images to the cloud in seconds. AI-powered digital pathological analysis achieves a tenfold increase in diagnostic efficiency, unlocking the full potential of AI-assisted diagnostics.
Based on the passive optical LAN (POL) technology, the Huawei's iFTTO solution for hospitals extends optical fibers directly to wards, offices, and CT rooms, etc. Optical network units (ONUs) support multiple services, provide 10G private lines for CT image backhaul, and implement cloud migration within seconds, improving the image reading efficiency 30-fold.
The solution supports hard pipes based on time division multiplexing (TDM) and integrates the extranet, intranet, and device network, ensuring network information security and greatly improving O&M efficiency.
Products
Optical Access
Based on PON technology, passive all-optical network access solutions enable access by any media, tailored to enterprises, ISPs, and MSOs.
SmartAX EA5800 Series
OptiXaccess EA5801E
OptiXaccess S1016-L
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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.
OptiXstar P803L
OptiXstar P813L
OptiXstar W817C
OptiXstar P871E
iMaster NeoSight PON Device Management
It offers real-time node monitoring on the entire PON, as well as automatic ONU/ORE service configuration, significantly enhancing device deployment and service provisioning efficiency. Additionally, faults can be swiftly located and rectified, leading to improved O&M efficiency and reduced OPEX.