#Google radio automation price software#

Automated frequency planning - ensuring networks meet coverage and capacity requirements from a minimal spectrum use.Automated site planning and optimisation - enabling MNOs to build scalable, agile networks.Monte Carlo simulations - for multi-probability simulations.Traffic analysis - to enable modelling and analysis of traffic patterns.Capacity planning (DL/UL throughput) - enabling low-latency DL/UL throughputs.Interference calculations - to identify and mitigate the impact of interference on coverage and throughputs.Coverage planning (2D/3D) - providing an accurate view of network coverage.mmWave coverage planning - for dense distribution of base stations or small cells.Carrier aggregation simulations - to support higher capacity.Supporting massive MIMO and beamforming.Automated site and frequency planning and optimisation.HTZ Communications supports emerging technologies like 5G features a wealth of advanced propagation models, complex antenna patterns, and well as supporting multi-technology 3D coverage and capacity simulations. Point to Point network analysis including path profile, reliability, automatic optimisation, frequency and space diversity and frequency analysis.Traffic analysis by ground occupancy, target areas or mesh blocks.

Automated frequency assignment and optimisation.

Propagation model tuning by correlation analysis between predictions and measurements.

In-depth study of network coverage, composite coverage, overlapping, best server and network densification.

Population analysis according to points, areas by vector polygon imports or raster files.

Analysis of outdoor to indoor coverage by signal penetration loss calculations.

Migration analysis from analogue to digital communications.

Prospective planning to identify the best locations for new sites for greenfield and densification scenarios.

HTZ communications provide high accuracy results for RF propagation modelling and predictions.

Reports: extensive reporting function to support business processes.

Drive-test analysis: compares drive-test data against predictions to reduceВ not-spots and improve coverage.

Handover analysis: featuring handover analysis map to identify network improvements.

Interference and frequency assignment: undertakes co-channel and adjacent channel to minimise the impact of interference on capacity and link quality.

Traffic analysis: automatic traffic dimensioning to support traffic and subscriber demands.

UL/DL coverage: evaluates attenuation from propagation, antennas and other losses.

Best site search: supports automated network planning with site candidate selections to meet coverage and capacity requirements.

Site acquisition: a database that ranks potential candidate sites according to availability, cost and coverage targets.

#Google radio automation price software#

GIS data preparation: featuring a map data toolkit to convert and manipulate all data formats for easy use in the software.HTZ Communications supports every stage of the network deployment lifecycle and continues to add value once the network goes lives. Upgrades are available on request, contact your local office. HTZ Communications replaces ICS Telecom, as part of the ATDI rebrand. The software incorporates features and functions to manage the latest technologies and support the planning of networks from a few kHz to 350 GHz. HTZ Communications provides an unmatched degree of precision and quality to users across the radiocommunications industry. Users can plan, evaluate and optimise radio networks and repetitive tasks can be automated to reduce errors, save resources and provide consistent, accurate results. It provides one integrated solution for the entire network planning lifecycle, ensuring projects come in on time and on budget. HTZ Communications offers advanced radio network planning and optimisation capabilities for almost every technology.

This requires networks connectivity, coverage and capacity to deliver high-quality voice calls and, more importantly, data communications.

In a world where spectrum resources are being squeezed to achieve maximum efficiency and capacity, network operators must ensure their networks are reliable and do not suffer from interference.