ALIX is a 5G TN/NTN system-level simulator that is used for detailed protocol level simulations for 5G NTN and TN.
Operating on a packet level resolution, ALIX makes it possible to evaluate technology performance, support 3GPP 5G NTN standardization efforts, and research future technologies such as 5G-Advanced and 6G NTN.
Evaluate technology performance and differences
Research and develop new technology
USE CASES
See how ALIX helped us research and compare technologies in these projects
MARINA: Comparing DVB-S2X and 5G NR technologies
EAGER: Researching future 5G-Advanced and 6G NTN technologies
FEATURES
Based on 3GPP specifications
For example:
- TR 38.811 in terms of NTN channel modeling
- TR 38.821 in terms of NTN simulation scenario and parameterization.
Focus on NTN
Also supports:
- TN channel models
- TN + NTN scenarios
All system level calibration scenarios defined by TR 38.821
- LEO-600, LEO-1200, GEO
- Handheld terminals, VSAT terminals
- Frequency reuse factors: 1, 3, 2+2
- Frequency bands: S-band, Ka-band
Or custom altitude, frequency, and terminal configuration.
Focus on RAN features (PHY, MAC, RLC)
- 3GPP defined TN & NTN channel models
- L2S (link-to-system) mapping for modeling the PHY/receiver performance
- Power control, HARQ, ACM, scheduling, RLC UM/AM
- Handovers
- PDCP Multi-Connectivity
Higher layers
- Core network simplified
- UDP, TCP, traffic generators (applications)
Focus on user plane
Rather than control plane
Explore the technologies of tomorrow with ALIX
