LED Video Wall – Army Facility, Chandigarh

Project Overview

SM Infra Solutions successfully executed a critical chain link security fencing project in the Galwan Valley, one of India’s most sensitive and high-altitude defence regions. The project was undertaken for the Indian Army under extreme climatic, logistical, and geographical challenges.

Situated at an altitude of over 15,000 feet, the site experiences temperatures ranging from –15°C to –20°C, strong winds, rocky terrain, and limited accessibility — making execution highly demanding.

Challenges on Ground

Installation within an active and secured Army facility
Requirement for high-resolution, uninterrupted visual output
Precision mounting and structural stability
Seamless electrical and control system integration
Zero tolerance for downtime during operations

Each phase of the project demanded accuracy, coordination, and compliance with defence protocols.

Our Approach & Execution

SM Infra Solutions provided a high-definition LED video wall system engineered for continuous operation and superior image clarity. The execution involved:

Detailed site assessment and system planning
Secure mounting structures and vibration-free installation
Integration of power, control, and signal systems
Comprehensive testing and calibration for optimal performance

All works were completed in close coordination with Army authorities, ensuring safe and smooth commissioning.

Outcome & Impact

The installed LED video wall now delivers crystal-clear visuals, real-time information display, and reliable performance, supporting training sessions, operational planning, and internal communication.

Key outcomes include:

Enhanced visual communication and training effectiveness
High operational reliability with minimal maintenance
Defence-grade digital infrastructure solution

Why This Project Matters

Proven expertise in digital display systems for defence facilities
End-to-end execution from supply to commissioning
Strict compliance with safety and defence standards
Reliable performance for mission-critical applications