RANPLAN WIRELESS
Advanced Wireless Network Planning, Design, Simulation & Optimization Solutions
About the Brand
Ranplan Wireless is a specialist developer of professional wireless network planning and optimization software, designed to support the design, simulation, and optimization of complex indoor, outdoor, and hybrid wireless networks. Its solutions enable network professionals to model real-world environments, predict wireless coverage and capacity, optimize network configurations, and improve deployment efficiency.
Ranplan combines advanced 3D modelling, wireless propagation simulation, and intelligent network optimization to help engineers plan reliable wireless infrastructure before physical deployment. Its technology supports multiple wireless standards and communication systems, including 5G NR, 4G/LTE, 3G, Wi-Fi, IoT, TETRA, PMR, DMR, and P25.
Its software portfolio includes Ranplan Professional, Ranplan In-Building, Ranplan In-Building Lite, Ranplan Tablet, and Ranplan Device Hub, addressing different requirements ranging from detailed indoor and outdoor HetNet planning to dedicated indoor cellular, Wi-Fi, and public-safety network design.
Karitek International is the distributor for Ranplan Wireless solutions in the UAE and Saudi Arabia, bringing advanced wireless network planning technology to telecommunications operators, system integrators, engineering consultants, enterprises, and infrastructure developers across these markets.
Key Use Cases
Ranplan software helps engineers model, simulate, and optimize indoor, outdoor, and hybrid wireless networks before deployment.
Indoor Wireless Network Design
Planning and optimizing wireless connectivity across commercial buildings, hotels, hospitals, universities, shopping malls, airports, stadiums, and large residential developments using 3D modelling and propagation simulation.
5G & LTE Network Planning
Designing and evaluating 5G NR, 4G/LTE, and 3G wireless networks through coverage prediction, capacity analysis, propagation modelling, and network configuration optimization.
DAS & Small Cell Network Design
Planning Distributed Antenna Systems and small-cell deployments to achieve reliable indoor wireless coverage and capacity across complex building environments.
Indoor & Outdoor Hybrid Network Planning
Designing coordinated indoor and outdoor wireless networks, enabling engineers to analyse interactions between outdoor macro/small-cell networks and indoor wireless systems.
Private Wireless Network Design
Planning private wireless networks for industrial facilities, enterprises, and controlled environments by modelling network coverage, capacity, and configurations.
Wi-Fi Network Planning & Optimization
Designing and evaluating Wi-Fi deployments through 3D environmental modelling, wireless propagation simulation, coverage prediction, and performance analysis.
Smart City & Urban Wireless Planning
Supporting wireless network design for connected transportation, IoT sensors, smart energy applications, and other connected urban infrastructure.
High-Density Venue Connectivity
Planning wireless coverage and capacity for stadiums, shopping malls, airports, convention centres, and entertainment venues with large numbers of simultaneous users.
Industrial & Critical Infrastructure Networks
Modelling complex industrial environments to support wireless connectivity for machine-to-machine communication, remote monitoring, automation, and data collection.
Tunnels & Transportation Infrastructure
Planning wireless connectivity across tunnels, underground environments, and transportation infrastructure where physical structures create challenging propagation conditions.
Public Safety Communication Networks
Designing indoor public-safety wireless systems supporting technologies such as TETRA, PMR, DMR, and P25 for emergency response and critical communication environments.
Wireless Network Coverage & Capacity Optimization
Using propagation simulation, visual coverage analysis, and automated optimization to identify network performance gaps and refine deployment configurations before installation.
Wireless Network Modelling & Documentation
Creating detailed 3D network models, evaluating wireless components from multi-vendor libraries, and generating project reports to support engineering reviews and deployment planning.
What They Do
Ranplan Wireless develops software solutions that support the entire wireless network planning and design process, from environmental modelling and network configuration to propagation simulation, coverage prediction, and performance optimization.
Its platforms allow engineers to create detailed 3D representations of buildings and outdoor environments using CAD and BIM/IFC models, enabling them to understand how wireless signals interact with physical structures, walls, floors, terrain, foliage, and surrounding obstacles. Advanced 3D ray-tracing technology helps simulate signal propagation and visualize predicted wireless coverage and capacity before network equipment is installed.
Ranplan solutions support indoor and outdoor wireless network planning, including Distributed Antenna Systems (DAS), small cells, Wi-Fi, private wireless networks, and complex multi-technology deployments. Automated optimization capabilities help engineering teams refine network topology, cell configurations, frequencies, and power parameters to achieve required performance objectives.
The portfolio also includes dedicated tools for on-site planning, wireless component selection, and network design documentation. Through these capabilities, Ranplan helps wireless network engineers, telecom operators, system integrators, consultants, and infrastructure developers improve planning efficiency, evaluate network performance, and reduce the complexity associated with wireless network deployment.
ranplan wireless planning
Find the right Ranplan Wireless solution with Karitek.
Contact Karitek to discuss your wireless network planning and design requirements and find the right Ranplan Wireless solution for your team.
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