Our Projects
Tunnel Designs
We Assessed of tunnel's environment (dimensions, shape, and construction materials) to identify the placement and configuration of the leaky cable
Determined Coverage and Capacity requirements of the tunnel based on the factors such as the its used (e.g. transportation, mining), expected traffic volume, and the types of wireless communication (e.g., voice, data)
Strategically planned the placement of the leaky cable within the tunnel to achieve uniform coverage. Consider the tunnel's curves, bends and elevation changes, and obstructions like pillars or equipment
Designed with redundancy that can provide reliable communication in emergency situations, such as fires or accidents
Project Delivered
9
Regions
Europe & APAC
Key Highlights
Longest Tunnel: 13kms
Sector:17 (Tunnel + Station)
No of Remote Units: 34
Airport Design
Identified areas within the airport, such as terminals, Arrival, Departure, Apron,Baggage and critical operational zones, where wireless coverage is essential forpassenger
Analyzed passenger traffic patterns to determine peak usage areas
Planned coverage including 2G, 3G, 4G, 5G, Wi-Fi, Public safety (emergencyServices)
Planned capacity to handle traffic loads, especially during peak travel time
Project Delivered
15+
Regions
Europe & APAC
Key Highlights
Largest Area: 9.7M sqft
Sector: 48
No of Remote Units: 92
Technology: Cellular & Public Safety
Stadium Designs
We evaluated user density in various areas of the stadium, especially seating areas,concourses, and premium suites and anticipate peak traffic loads with the help ofhistorical data, and forecast capacity requirements
Collaborated with mobile Operators/Carries to understand their expected dataloads and capacity needs
Implemented load-balancing mechanisms to evenly distribute user traffic acrossDAS antennas and sectors
Every design was scalable for future technology upgrades and capacity demands
Project Delivered
20+
Regions
All
Key Highlights
Sector: 36
No of Remote Units: 48 (Bowl+Concourse+Parking)
Technology: Cellular
Commercials And Residentials
First understood the specific wireless communication needs of the building's tenants, including mobile network coverage, Wi-Fi, and other services
Assessed the building's structure, including its height, layout, and construction materials, to determine the optimal placement antennas
Determined coverage areas within the building and the expected capacity demands, especially in high-traffic areas like lobbies, conference rooms, canteens, and common spaces.
Designed DAS for multiple mobile carriers to ensure that tenants have a choice of service providers within the building
Designed with scalability and flexibility in mind to accommodate technology upgrades as well as changing tenant requirements
Project Delivered
200+
Regions
All
Key Highlights
Largest Area: 8M sqft
Sector: 16
No of Remote Units: 58
Technology: Cellular & Wi-Fi
