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Airport IBS Projects

Cellcomm, with its vast experience and competent resources in this field offers customized solutions based on the size of the terminal and technical requirements of each airport. We posses unparallel experience in providing turnkey Wireless solutions including engineering, design, product supply, construction and operation & maintenances for Distributed Antenna System. We provide comprehensive contiguous radio coverage for cellular services, TETRA and Wi-Fi.

Design and implementation capability ranges from passive, hybrid and active distribution antenna system to meet multi-operator and multi- technologies to support peak traffic as per passenger handling capacity of the airports.

Chatrapati Shivaji International Airport (CSIA), Mumbai, India

Terminal T2 of Chatrapati Shivaji International Airport (CSIA), Mumbai is an X-Shaped integrated passenger terminal spread across four levels, connected by metro rail and a six-lane elevated road
Designed and Implemented Hybrid DAS system supports CDMA, GSM, DCS and WCDMA technologies and capable to handle the expected peak hour traffic of 62000 users.
Designed and Implemented Hybrid DAS system for indoor coverage for TETRA service Using Fiber optic Repeaters.

Indira Gandhi International Airport (IGIA), delhi, India

Terminal T3 of Indira Gandhi International Airport (IGIA), a state-of-the art and integrated terminal, is the world’s eighth largest terminal. It occupies 5.4 million sq ft with a capacity to handle 34 million passengers annually.
Solution was designed for TETRA Communication to ensure uniform coverage inside the Airport terminal.

Rajiv Gandhi Hyderabad International Airport, Hyderabad, India

Rajiv Gandhi Hyderabad International Airport is one of the busiest international airports in India, provides domestic & international destinations world wide. The new airport terminal is having a capacity to handle 12 million passengers per annum with 105,300 Sq.m area.
Solution was designed to accommodate current technology and capacity requirements with the ability to add capacity and supports emerging technologies such as Wi-max, LTE as need arises.
The system supports independent cell topologies for each operator with ready optimized link budget.

Projects