Integrated Sensing, Computation Comtrol and Communication

Corporation Consumer Carrier Home and Enterprise

Language

简体中文 English

5G-Advanced

Integrated Sensing & Communication

Solution Overview

Scenarios and Problems

Low-altitude Economy

It refers to low-altitude flight activities with drones and eVTOLs (electric Vertical Takeoff and Landing vehicles) as the primary carriers, encompassing logistics, urban inspection, emergency rescue, low-altitude tourism, low-altitude commuting, and more. In this scenario, ISAC provides low-altitude communication and sensing capabilities, ensuring the autonomous and safe flight of unmanned aerial vehicles.

Low-Altitude Security

Detecting drones within no-fly zones such as government agencies, critical infrastructure, and large event venues. ISAC can establish electronic fences to conduct real-time monitoring and alerting of intruding objects.

Ground-Air Integration

Real-time monitoring and alerting of aerial objects such as drones, birds, balloons, as well as vehicles and pedestrians on airport runways, to ensure the safety of airport airspace and runways.

Waterway Management

Real-time monitoring of vessels navigating river channels, which can be used for implementing bridges and vessels anti-collision, early warning for vessel grounding, vessel management in foggy conditions, and more.

Maritime Management

Real-time monitoring of vessels in offshore waters for vessel management, illegal fishing monitoring, and other purposes.

Other Scenarios

In the future, ISAC can also be used in scenarios such as assisted driving and micro-deformation monitoring of bridges.

Advantages and Highlights

Super Vertical Angle AAU

ZTE has launched the industry's first Monistatic ISAC AAU with super vertical angle of 65°, and offering integrated ground-to-air sensing and communication capabilities across a height range of 0 to 600 meters.

Dual-waveform Smart Sensing

As the industry pioneer, ZTE has introduced Dual-Waveform Smart Sensing technology, which integrates both continuous wave and pulsed wave formats, achieving a sensing range of 0-1500 meters. This technology effectively addresses the challenge faced by traditional radar equipment in balancing long-distance detection with the elimination of short-distance blind zones.

AI-based Target Type Recognition

As the first in the industry, ZTE has achieved sensing type recognition through a neural network algorithm based on base station native AI, enabling a clear distinction between drones and birds.

AI-based Target Identification

As the first in the industry, ZTE has achieved networked drone identity recognition based on AI technology, making it impossible for unauthorized drones to escape detection.

Sensing-Camera Integration

ZTE has achieved linkage between the 5G-A ISAC and the optoelectronic system, enabling multimodal fusion for more precise and comprehensive sensing.

D3-ELAA

Utilizing user-centric network technology, ZTE reduces interference in low-altitude cells to achieve ultra-stable communications.

Low-Altitude Service Quality Evaluator

It is lightweight and can be installed on various types of drones to conduct assessments of low-altitude network quality and service quality in a single flight.

Customer Values

Provide communication services and charge traffic fees

By adopting the ISAC system, operators can provide additional communication services, such as offering low-altitude communication for drones to enable the transmission of images, videos and data (including control commands, status information, etc.). For these services, operators can charge additional communication traffic fees.

Provide sensing services and charge service fees

By adopting the ISAC system, operators can provide target sensing capabilities, enabling high-precision positioning and trajectory tracking for drones, ships, and other entities. Operators can offer these services to low-altitude operators, maritime administration, and other relevant organizations, and charge for the sensing services provided.

Solution Video

News

Document Download

The Low-altitude Network by Integrated Sensing and Communication

Preview Download