• PAGA system coverage (Acoustic/Sound Coverage) study, STI calculation (CADNA A, EASE, Sound plan)
• Radio (RF) coverage studies for TETRA/DMR (UHF & VHF), VHF AM, VHF FM & HF systems (iBwave, Pathloss)
• RF Intermodulation & Interference studies for telecom towers
• Microwave radio link budget calculation (Pathloss)
• WIFI coverage study (iBwave & Ekahau)
• CCTV coverage study (JVSG, CCTVCAD)
• Distributed antenna system (DAS) study & design for commercial & industrial projects (iBWave)
• LTE/5G coverage study for commercial & Industrial facilities (iBWave)

Neo Plus specialises in RF studies for industrial projects, our engineers are experienced in providing reliable RF coverage studies to ensure the Plant radios system (UHF/VHF/TETRA) runs smoothly.

Neo Plus uses the latest version of Pathloss 6 and iBwave software prediction tools to generate the simulation coverage heat maps and determine to the customer of the RF coverage in a project before the system is implemented. The study output also includes antenna tower location, height and sections details, pathloss and power calculations will be will be provided in the report.

The Pathloss program is a comprehensive path design tool for radio links operating in the frequency range from 30 MHz to 100 GHz. The program is organized into eight path design modules, an area signal coverage module and a network module which integrates the radio paths and area coverage analysis.

Neo Plus provides studies for below systems, both for onshore and offshore projects.

• UHF/VHF adio systems (DMR/ TETRA)
• HF Radio system
• Aeronautical Radio system (VHM AM)
• Marine Radio system (VHF FM)
• Microwave Radio system (PTP and PTMP)
• RF Intermodulation & Interference studies

Neo Plus engineers specialized in providing WIFI planning and coverage studies for Industrial projects, Offshore and Onshore projects, Critical facilities like Hospitals, Airports and commercial establishments.  We use planning tools iBwave Wi-Fi suite, Ekahau to do the planning and generate coverage heat maps. There are various parameters to consider for performing coverage study for industrial plant or a process plant.

Having good Wi-Fi connectivity is a requirement both in offices and also outdoor areas of the plant as various systems & services use Wi-Fi networks to communicate and to send data.

Our studies assist the customers to accurately plan and design Wi-Fi networks without physically rolling out any APs., optimize access point count and layout for maximized coverage and performance by modelling building construction materials/obstructions and AP placement, and also to estimate the budgets for deployment of Wi-Fi systems in a project.

PAGA system a safety critical system in process plants, proper planning to implement the system is a critical matter in the projects. Neo Plus engineers are specialized in performing Acoustic/ Sound coverage studies for industrial projects. We have delivered these studies to several FEED and Detail Engineering projects to our clients in various parts of the world.

As a result of this study, we will be able to provide the customer with the coverage maps to plan the loud speaker placement and quantity so the deployment of the system can be planned & designed well and budgets can be estimated by customers.

Closed-circuit television (CCTV) systems are widely being used nowadays to keep an eye on traffic, deter crime, and for public safety. CCTV coverage study and design provides the client operation teams with accurate details on Process & Security monitoring od the fecilities. This study provides the details of coverage, quantity and placement of cameras and helps customer with project planning & budgeting.

The JVSG and CCTVCAD system design tools creates an accurate representation of the intended video surveillance system using this data, for example, to assist in detecting any blind spots. The tools allow 2D and 3D modelling to see the camera views and to plan the camera locations during preliminary stages of the project.

Distributed Antenna Systems (DAS) boost cellular coverage and data rates for commercial businesses and emergency public safety responses. Being able to receive appropriate DAS wireless and cellular coverage is crucial—it may even be the difference between life and death—whether you’re in the middle of an emergency or merely a crucial call. A distributed antenna system (DAS) uses more than one antenna to cover the same area wirelessly while using less overall power and improving dependability. Hotels, subways, airports, enterprises, hospitals, and tunnels under roads may all have wireless service thanks to distributed antenna systems, which can be built for indoor or outdoor use.  We take care of your network requirements so you may add a DAS solution to complement your network coverage and give clients a better network experience throughout your property.