EMLAB VERSIONS
EVERYTHING YOU NEED TO CREATE, PLAN AND PERFORM YOUR ANTENNA SYSTEMS
EMLAB has been defined as “the calculation software tool you were waiting for” not because it is necessarily the best tool, given the plethora of alternative solutions currently on the market, but because it was developed by a company which not only manufactures antennas but also uses its own software products, and is therefore guaranteed to meet the full range of needs of professionals in the sector to best effect.
EMLAB ENVIRONMENT
it is available – as option – in any current main EMLAB versions.
Health Safety and Field Strength Exposure Management
Save the EM pollution problem!
- Calculate the power reduction needed to be comply to permitted EM levels;
- Calculate the isolevel curves for different EM field values;
- Control EM field strength exposure in various Check Points defined by user;
- Rebuild the surrounding urban area, simulating any nearby buildings in 3D and calculate the EM field distribution over buildings surfaces.
Easy Management
EMLAB works on 3 main information levels: Elementary Base Antennas, Antenna Systems and Network (group of Antenna Systems).
The elementary antennas can be chosen from a wide data base supplied together with EMLAB and periodically update by Aldena free of charge, or it can be updated by the User.
EMLAB BASE is the entry level version of the EMLAB platform with which it is possible to create the RF radiation pattern generated by an indefinite number of elementary antennas arranged on a support structure in a heterogeneous manner and all fed by the same transmitter. This array is called “Antenna System”.
EVOLUTION
ADVANCED GAIN CALCULATION
Powerful Antenna System Design
EMLAB EVOLUTION is the professional solution to design an Antenna System and manage complex antenna arrays. The software helps the user to obtain H and V patterns modification, calculating the phase differences needed to obtain electric tilts, fill the first null, and obtain protection nulls. The user can make any type of mechanical (position) or electrical (phase/power) change of each antenna of the system and assess the results in real-time. The radiation solid generated can be analysed in 3D, superimposed on custom maps or on a DTM (Digital Terrain Model). As well as the maps chosen and georeferenced by the user, ERP reference masks and indications of the RX check points/locations can be displayed on the horizontal and vertical diagrams helping to the antenna system design.
COVERAGE
EXPORT ON GOOGLETM EARTH/MAPS
Get your coverage
Antenna System Design and Area Coverage calculation are generally carried out by separate software, EMLAB COVERAGE merges them on the same platform and interact in real-time, enabling an accurate assessment.
EMLAB COVERAGE calculates the radioelectric coverage, thanks to a detailed DTM (Digital Terrain Model) supplied together with EMLAB.
This module includes various mathematical algorithms and propagation models (Line-of-sight, Free Space + Reflections and Multiple Diffraction [RMD], ITU529, Okumura-Hata Davidson, Cost 231, ITU-R 1546, ITU-R 1812 … and more).
Different maps and check points (RX localitions) can be displayed on the 3D DTM.
With 3D terrain, it’s possible to calculate the link budget/profiles of any STL and manage in easy way.
multi COVERAGE
DVB-T2, ISDB-T, DAB+,.... AN MORE
Network planning
EMLAB MULTI-COVERAGE is the version that must be used to manage and plan any MFN/ SFN networks for analogue or digital signals.
Create a group of several Antenna Systems in a geographical area, and make coverage or interference calculations.
Plan the necessary modifications for each Antenna System and view the final results in real-time.
- Real time network planning and optimization;
- Coverage Area / Interference calculation for MFN/SFN networks;
- SFN problem discovering;
- Easy SFN Network parameters management (synchronization, modulation, code rate, guard interval, RX antennas, TX delay management, ITU-ETSI regulations, etc);
- Advanced reports (exportonGoogleTMEarth/Maps, Covered/served population);
