Caltta 1.4GHz Low Altitude Private Network Solution

Caltta | 1.4GHz Low-altitude Private Network Solution

The low-altitude economy revolves around low-altitude flight activities and integrates cutting-edge technologies such as drone flying and the low-altitude Internet of Things, forming a new productivity ecosystem. It interacts with elements like airspace resources and market demand, driving comprehensive development in areas such as low-altitude infrastructure construction, aircraft manufacturing, operational services, and flight support.

The future of low-altitude intelligent networks will evolve towards free airspace, autonomous flight, and real-time communication, necessitating an all-weather, seamless, low-altitude communication capability.

Networking Solution

Caltta's 1.4GHz low-altitude private network solution uses innovative technology to build a stable and efficient low-altitude communication network, providing comprehensive assurance for UAV operations.

Solution Highlights

High Reliability

A private network with physical isolation design ensures high-quality service for UAV operations, whether in everyday scenarios or densely populated areas.

Wide Coverage

Large single-station coverage radius realizes continuous airspace coverage at low cost, breaking the traditional UAV communication distance limitation.

Deep Application

Seamless integration with application systems and AI analysis platform enables rapid event identification and handling.

Product Highlights

High Throughput

Supports simultaneous transmission of multiple HD video streams within a single cell, ensuring smooth data flow.

Low Latency

Meets the real-time requirements of flight control data and flight data, achieving precise control.

Technical Specifications

Fully compliant with 3GPP TD-LTE key technical standards, ensuring system compatibility and stability.

Mature Platform

Core network based on ETCA hardware platform, base station based on SDR platform, and network management system based on CGSL domestic operating system.

Typical Case

In May 2023, Shenzhen took the lead in completing a test flight of UAVs based on the 1.4GHz wireless broadband private network. The Shenzhen-Hong Kong Innovation Cooperation Zone successfully piloted the first low-altitude economic communication private network, providing safe and efficient support for various digital applications in the low-altitude field and ensuring high-quality development of the low-altitude economy.

For the first time, UAV data transmission, UAV flight control, and remote hangar management were all carried on the same network; this verified the advanced nature of the low-altitude economic communication private network "one network unified management," featuring high reliability, wide coverage, high precision, and high security.

High Safety and Reliability Characteristics Enhance the "Depth" of Low-altitude Economic Industry Services

1.4GHz dedicated frequency private network provides high coverage quality. Field tests show 1080P video return and drone control without packet loss or stuttering in low-altitude airspace, supporting highly reliable scenarios like emergency rescue.

High Bandwidth Characteristics Enhance the "Precision" of Low-altitude Economic Industry Services

The 1.4GHz high bandwidth enables fast data return, combined with AI technology for second-level data analysis, providing real-time decision support for urban governance, public safety, and improving management efficiency.

Customizability Enhances the "Breadth" of Low-altitude Economic Industry Services

Custom networking supports a height of 300 meters and a long coverage radius of 5 kilometers, expanding UAV delivery/aerial photography service range and reducing construction and maintenance costs.

Public-Private Integration Enhances Low-altitude Communication Network Resilience

Integration of Sub-6G/ISM/1.4GHz multiple bands and 4G/5G multiple standards ensures uninterrupted communication and guaranteed bandwidth in complex environments.

Caltta is committed to building a widely covered, highly reliable low-altitude private network communication system, providing a solid guarantee for the innovation and development of the low-altitude economy.