Product Description

The Layered Integrated Smart Pole is designed around a functional zoning concept that organizes different urban road devices according to their installation height and operational requirements.

Instead of mounting traffic signs, signal lights, cameras, communication equipment, lighting fixtures, and maintenance components at arbitrary positions, the pole divides the structure into clearly defined functional zones.

Low-level equipment is reserved for maintenance access and internal components. Mid-level sections accommodate road signs, pedestrian-related facilities, and traffic information. Higher positions are used for vehicle signal lights, surveillance equipment, and directional signs, while the upper section above 8 meters is primarily used for roadway lighting and communication equipment.

This structured arrangement helps improve equipment organization, maintain clear installation logic, and provide a flexible platform for integrated road and Smart City infrastructure.

The system is particularly suitable for intersections, urban main roads, intelligent transportation corridors, and Municipal Projects where multiple facilities need to share one pole structure.

Product Parameters

Note: Equipment type, pole height, cross-arm structure, communication modules, lighting configuration, signs, monitoring devices, and other functions can be customized according to municipal and traffic engineering requirements.

Product Details

1. Four-Level Functional Zoning

The pole is divided into four main installation zones according to equipment height and operational requirements.

This helps different infrastructure systems share the same pole while maintaining a clear and organized equipment layout.

2. First Zone: 0–2.5 m

The lower section is primarily reserved for maintenance and internal equipment.

Typical functions include:

Maintenance access door

Internal electrical equipment

Control equipment

Cable access

Other service components

Locating service equipment at a practical working height helps simplify inspection and maintenance.

3. Second Zone: 2.5–5.5 m

This section is suitable for roadside information and pedestrian-related facilities.

Typical equipment may include:

Road name signs

Lane guidance signs

Small traffic signs

Pedestrian signal lights

Other roadside information devices

The height range allows signs and pedestrian facilities to remain visible while avoiding unnecessary interference with higher-level traffic equipment.

4. Third Zone: 5.5–8 m

The third functional zone is mainly used for traffic management and monitoring devices.

Typical equipment can include:

Vehicle traffic signal lights

CCTV cameras

Directional signs

Small traffic signs

Traffic monitoring equipment

This area provides suitable visibility for vehicles and monitoring systems around intersections and major road sections.

5. Fourth Zone: Above 8 m

The upper section is primarily used for equipment requiring greater mounting height and coverage.

Typical configurations include:

LED roadway lighting

Communication equipment

Wireless infrastructure

Other high-mounted devices

Separating high-mounted equipment from traffic signs and maintenance components helps create a clearer structural hierarchy.

Functional Zone Summary

Features & Benefits

1. Clear Functional Zoning

Different urban devices are assigned to appropriate installation heights according to visibility, operation, safety, and maintenance requirements.

2. Multi-System Integration

Lighting, traffic control, monitoring, signage, communication, and service equipment can share one structural platform.

3. Organized Equipment Layout

The layered arrangement helps avoid random placement of multiple roadside devices and creates a more systematic infrastructure configuration.

4. Convenient Maintenance

Low-level access areas provide practical access to internal electrical and control equipment.

5. Traffic-Oriented Design

Mid- and high-level sections are configured around the visibility requirements of pedestrians, vehicles, traffic signals, and monitoring devices.

6. Expandable Smart Infrastructure

Communication and additional smart city equipment can be incorporated according to future project requirements.

7. Reduced Pole Duplication

Compatible facilities can share one pole instead of requiring separate structures for lighting, signs, signals, and monitoring equipment.

8. Project-Based Customization

Pole height, functional zones, cross arms, signs, cameras, luminaires, communication equipment, and control systems can be configured for specific municipal projects.

Why Use a Layered Smart Pole Design?

Urban roads increasingly require multiple types of infrastructure on the same corridor. Without a clear installation strategy, lighting, traffic signals, cameras, signs, communication devices, and service equipment can compete for mounting space.

The layered smart pole concept organizes these functions vertically.

Low-level components remain accessible for maintenance. Pedestrian and road information equipment is positioned within appropriate viewing ranges. Traffic signals and monitoring equipment are installed at higher levels, while lighting and communication infrastructure occupy the upper section.

This approach provides a more structured foundation for multi-functional road infrastructure rather than simply adding more devices to a conventional Lighting Pole.

Product Applications

1. Urban Intersections

Suitable for intersections requiring lighting, traffic signals, signs, monitoring equipment, and pedestrian facilities.

2. Main Urban Roads

Provides an organized infrastructure platform for multiple roadside systems along important city corridors.

3. Intelligent Transportation Systems

The layered design can support traffic signals, monitoring equipment, directional signs, and other ITS devices.

4. Smart City Demonstration Roads

Suitable for projects requiring coordinated lighting, traffic management, communication, and smart infrastructure.

5. New Urban Districts

Provides a structured system for planning future lighting, traffic, monitoring, and communication functions.

6. Municipal Road Upgrades

Can be considered for road renovation projects aiming to consolidate multiple independent roadside facilities.

FAQ

Q1: What is a layered integrated smart pole?

A1: It is a multi-functional pole that organizes different equipment into designated installation height zones. Lighting, traffic signals, signs, cameras, communication devices, and maintenance components can be arranged according to their operational and visibility requirements.

Q2: What equipment is installed in the 0–2.5 m zone?

A2: This lower section is mainly used for maintenance access, internal electrical equipment, control components, cables, and other service equipment.

Q3: What equipment can be installed between 5.5 and 8 meters?

A3: This zone is suitable for vehicle traffic signal lights, CCTV cameras, directional signs, monitoring devices, and other traffic management equipment.

Q4: What is installed above 8 meters?

A4: The upper zone is primarily used for LED roadway lighting, communication equipment, and other high-mounted infrastructure devices.

Q5: Can the functional zones and equipment layout be customized?

A5: Yes. Pole height, cross-arm structure, signs, signal lights, cameras, luminaires, communication equipment, and functional zoning can be adapted according to road design and municipal project requirements.

Step into Baode

Our Factory

Founded in 2000, Baode Lighting Group Co., Ltd. is a professional Outdoor Lighting Manufacturer specializing in LED Street Lights, Solar Street Lights, Smart Poles, High Mast Lights, Lighting Poles and customized lighting solutions.

With integrated capabilities in R&D, product design, manufacturing, engineering implementation and technical support, Baode provides reliable outdoor lighting products for Municipal Projects, transportation infrastructure, commercial applications and Smart City developments worldwide.

Our modern manufacturing facilities are equipped with advanced production equipment, professional testing systems and experienced technical teams. From material selection and component processing to assembly and final inspection, every production stage follows strict quality control procedures to ensure consistent product performance and reliability.

With over 20 years of industry experience, Baode supports OEM and customized Lighting projects, providing flexible solutions based on different application environments, technical requirements and project specifications.

Committed to innovation, quality and long-term partnerships, Baode Lighting continues to deliver efficient and durable lighting solutions for global customers.

Our Certificates

Baode Lighting implements strict quality control standards throughout product development, manufacturing and inspection processes. Our lighting products undergo professional testing procedures to ensure safety, reliability and stable performance for different application environments.

Through continuous improvement of manufacturing processes and product quality management systems, Baode provides dependable Outdoor Lighting Solutions that meet the requirements of global markets and infrastructure projects.

Our certifications and test reports demonstrate our commitment to product quality, technical reliability and compliance with international standards, supporting customers with confidence in long-term cooperation.