About US

About TideLink

TideLink is a technology company focused on R&D in AI+, 5G control, and IoT, dedicated to empowering digitalization, automation, and intelligent upgrades across industrial, commercial, and agricultural sectors. Our R&D team, led by Tsinghua University and returnee PhDs, brings together elite talent in industrial automation, robotics control, networked drones, IoT, and internet communications, with extensive technical expertise and outstanding research. The company also integrates leading R&D resources from Tsinghua University's automation department, creating an integrated industry-university-research layout. We currently offer mature market products in 5G real-time remote control, industrial automation, and AI applications, while also advancing research in AI robotics. TideLink has R&D and sales offices in Silicon Valley, USA, providing smart remote control products and technologies to global users.

Core Business

Deep Expertise in IoT+AI Technology

Focused on R&D in industrial IoT and AI, dedicated to advancing enterprise digitalization, informatization, and intelligent transformation to achieve efficient industrial automation and smart systems.

Industrial IoT Modules

Specializing in the development and production of high-performance, cost-effective, and user-friendly IoT, remote control modules, and SoC products, providing comprehensive solutions for industrial automation upgrades.

5G Application Products

Developing advanced 5G+AI products such as industry drones, RC cars, and UGVs, offering customized solutions for various commercial scenarios to help businesses explore new business models and applications.

Innovative AI Integration

Combining leading global AI model technology with IoT, cloud computing, and 5G communications, promoting extensive AI application in IoT, and driving comprehensive productivity enhancements.

Technology Outreach and Education

Creating simple, user-friendly 5G remote control (IoT) development boards and platforms for students, tech enthusiasts, and DIY users, facilitating the upgrade of traditional products to 5G remote control. Supporting education and popularization of remote control, 5G, and automation technologies, and promoting their widespread application.

Core Technologies

Advanced 5G Remote Control Algorithms

Efficient Transmission Algorithm: Optimized with WEBRTC for more efficient communication.

Proprietary Remote Control Protocol: Utilizes a dedicated protocol for 4G/5G public networks, ensuring smooth and reliable remote operation.

Direct Data Transmission: Eliminates network maintenance hassles by connecting directly to devices for simpler operation.

100ms HD Video Transmission: Supports HD/4K video transmission with ultra-low latency of 100ms.

30ms Ultra-Fast Data Transmission: Bidirectional control data transmission with a latency as low as 30ms, making remote control immersive.

Strong Weak Network Resilience: Automatically resumes transmission and reconnects even in unstable network conditions, maintaining a stable connection.

Persistent Stable Connectivity: Optimized transmission technology ensures continuous online presence without interruptions.

High-Performance 5G Remote Control Module

Powerful Computing Capability: Supports AI processing from 0.2 to 21 TOPs, enabling fast image processing (YoloV2: 45 ms ~ 60 ms).

Multiple Versions and Choices: Includes a standard version with the SOCV831 for general use and an imported high-performance version for more specialized needs.

Built-In Transmission Protocol: Features innovative 5G remote control transmission technology for a plug-and-play networked remote control platform.

Integrated Video, Data, and Control: Real-time transmission module integrating 5G video, audio, and data control.

Plug-and-Play Device: Comes with onboard equipment for audio and video remote transmission without additional development. Complete control interfaces for IoT remote control without extra development.

Linux-Based SOC: Standard Linux operating environment supports edge AI computing and is compatible with various applications.

Rich Software Ecosystem: Supports Python-based AI image and audio algorithm development, making it easy to learn and apply.

Compact and Low Power Consumption: Dimensions: 70mm x 60mm x 8mm. Integrates 32 digital and intelligent network functions with an average power consumption of just 1W.

Supporting Online Platform: Includes an online platform for device upgrades, secondary development, and AI software updates, suitable for a wide range of users.

Customized 5G Remote Control Devices and Solutions

5G Model Vehicles: Development services for various scales of 5G remote control model cars, excavators, and other models, meeting diverse application needs.

5G Networked Drones: Custom development of networked drones for brands like DJI, tailored for military, police, education, and entertainment fields.

5G Networked UGVs: Capable of carrying up to 50 kg, equipped with four independent drives and 10-inch tires, ensuring stable operation across various terrains.

5G Robots/Arms: Supports upgrades and development for various payload devices, including robotic arms, grippers, and humanoid robots.

Web IoT Platform: One-click connection supporting mobile phones, computers, and cloud platforms for easy remote control.

Application-Specific Optimization: Tailored solutions for remote vehicle operation, agricultural robotics, remote industrial projects, and more.

Development of 5G Drone Networked Platform

Web-Based Flight Software: Provides remote control of various drones through a web application. Customizable according to client business needs, with applications in power inspection, resource management, public safety, and low-altitude entertainment.

Drone Function Management: Manages DJI and other industry drones via cloud and ground station software, including flight control, battery management, signal transmission, and communication.

Image Function Management: Supports real-time video transmission, remote control, telemetry, storage, and live sharing to meet diverse application needs.

AI-Driven Software + AI Recognition + AI Control: The AI server automatically generates corresponding Python programs based on user prompts, which are then received and executed by the drone to complete tasks autonomously.

Integration of AI Large Language Models with IoT Systems

Pioneering Combination: We are the first in China to integrate large AI model technology with IoT remote control technology, enabling remote devices to achieve cloud-based AI autonomous control via 5G networks.

Natural Language Understanding: The AI large model understands natural language control and operational logic within the IoT domain. It translates system operation rules described in natural language into executable program code, which is then remotely and automatically loaded onto the module's CPU system via the platform.

Platform Integration: The development platform connects with Tide-Link’s pre-trained AI large language model. Sensor data collected by the module is sent to the AI model, which uses its advanced intelligence to analyze and interpret this information, generating execution commands based on predefined objectives.