The global spectrum shortage and the diverse emerging wireless applications have driven the investigation of innovative technologies and deployments for the next generation of mobile networks, known as 5G and IMT-2020.
This LiDAR-based solution for outdoor mmW channel and coverage simulation, leverages SIRADEL’s capabilities in GIS and propagation modelling to address the challenge of propagation in millimetre wave bands.
Ray-based channel models in S_5GChannel do support all outdoor, outdoor-to-indoor, indoor-to-outdoor, in-building, and underground scenarios, over the whole range of 5G frequencies.
This capability has been recently extended with the library of 5G scenario layouts.
What our clients say about S_5GChannel
[…]“SIRADEL’s team offered wireless expertise and continuous support to our technology and product teams.The tool will be instrumental in the demonstration of capabilities and the relevance of OTFS for 5G and beyond, with standardization bodies, technology OEMs, and above all, service providers.
CEO, Cohere Technologies, USA
[…]SIRADEL’s tools offer an extremely advanced solution where both propagation models and Geodata are very accurate, and consequently the comparison of their predictions with measurements was on par with our highest expectations. Features such as simulation of 3D multipath, and diffuse scattering modelling are essential for accurate simulations and allowed us to confidently demonstrate OTFS performance advantages in a large variety of configurations.
Professor of the University of Southern California, who is a member of Cohere Technologies’ Technical Advisory Board
All-in-one channel modeling solution including stochastic and deterministic models
Dual-polarized antenna and spherical-wave modeling well suited for beamforming, massive MIMO, etc.
Most advanced deterministic tool: depolarization, diffusescattering, LIDAR-based modeling, etc
Flexible small to large scale scenario modeling with real and generic environments
Volcano model suite pre-tuned for sub-6GHz and mmW bands (incl. 28/42/60/73GHz)
3D visualization of scene, ray-paths, antenna patterns and arrays, etc.
Automatic path-loss model tuning from drive-test data
Easily interfaced with 3rd-party tools (Matlab result format, scripts, import/export)