RAMEChemu | Non-Terrestrial Network Channel Emulator System
Non‐Terrestrial Networks (NTN) are reshaping 4G and 5G connectivity by extending coverage beyond traditional ground‐based infrastructure through satellite constellations. As demand for higher bandwidth and worldwide IoT applications grows, reliable satellite communication has become a fundamental element of next‐generation networks.
The RAMEChemu NTN Channel Emulator provides a powerful yet cost‐effective platform for accurately replicating satellite links in real time. This emulator enables thorough testing and validation for engineers, researchers, and organizations aiming to refine their NTN deployments.
Figure: channel emulators physically reproduce the service link and the feeder link, enabling full closed-loop validation.
Core Feature List
1. Cost-Effective
Delivers the essential capabilities of a high-end NTN simulator at a fraction of the cost—ideal for both industry and academic environments.
2. Multi-Channel Emulation
Extentable satellite channels, allowing users to test and compare multiple link scenarios in a single session.
3. Real-Time Emulation
Accurately models Doppler shifts, signal delays, and attenuation in live mode, providing a realistic environment for robust performance testing.
4. Customizable Parameters
Enables users to fine-tune orbital paths, frequency ranges, signal gains, and delay settings, making it easy to replicate a variety of real-world conditions.
5. User-Friendly Interface
Simplifies test configuration, execution, and monitoring with an intuitive graphical UI suitable for both new and experienced professionals.
6. Versatile Applications
Ideal for 5G NTN trials, satellite communication research, and IoT network validation across GEO, MEO, and LEO satellite missions.
Figure: RAMEChemu NTN Channel Emulator.
For any enquiry concerning pricing, lead time for delivery and any additional information contact us at info@ramesrl.it !
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Page data creation: May 28th, 2025.