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TruSystems Platform for Research and Prototyping

XRComm TruSystems Platform for Research and Prototyping

XRComm TruSystems provides a ready-to-prototype, integrated, high-performance open Platform for NTN and 6G research with options spanning from entry-level to telco-grade computing solutions.

Build, Test, and Launch Wireless Products
Faster and Smarter

XRComm gives engineers the power to take wireless ideas from concept to deployment with confidence. Our integrated hardware and software platform is designed as a sandbox for innovation, enabling you to prototype, design, test, and refine at every stage, from early simulations to live field validation.

With FlexWave drivers for seamless UHD and open-source integration (OAI, SRS, and more), event-based data capture, and real-time labeled logging for AI/ML, XRComm makes complex workflows simple and repeatable. Our CalIQ adaptive calibration IP ensures precision at every channel, while AppIQ edge analytics delivers instant insights where they matter most.

By bridging lab and field in one platform, XRComm removes friction from the entire design-to-market process, so you can focus on what you do best: building the next generation of wireless systems.

Hardware Highlights

  • High Channel Count and Bandwidth
  • Multi-channel gain, phase, and timing alignment
  • Onboard Geolocation/ GPS
  • Event-based HW and SW triggers
  • PTP and NTP support
  • AGC and ALC native support
  • Passive Intermodulation cancellation (PIM)
  • RF front end and IP for Power Amplifier research.

Software Highlights

  • Multiple compute platforms (FPGA, CPU, GPU)
  • VHDL, C, C++, Python, and/or CUDA environments.
  • Ultra-low latency
  • High-throughput links
  • Distributed, Realtime, and Deterministic architecture

User Experience

  • FlexWave Instrument driver provides support for UHD - simplifies the use and integration of the open-source stack, e.g. , OAI, SRS, and others​
  • Labeled Data logging capabilities to enable AI/ML processing in the cloud or at the edge​
  • IP Blocks​
  • User-defined event-based triggered data capture window (pre & post captures)​
  • CalIQ is a series of IP that enables adaptive calibration​
  • AppIQ is a series of application-level IP that enables analysis at the edge​

TruSystems for Prototyping

TruSystems for Prototyping -Multi Module

System Architecture:

Hardware Control Layer

UHD provides the hardware control and data layer, while wireless communication stack vendors such as OAI and SRS delivers the full network protocol stack, creating a powerful, flexible prototyping environment.

Simulation to Reality

Combining UHD and communication stacks allows engineers to move from simulation to real-world testing quickly, accelerating the design-to-market cycle.

Customizable Open Platform

This open-source nature, coupled with XRComm platform capabilities, ensures customizability, reproducibility, and lower R&D costs, while supporting cutting-edge research in 5G, 6G, NTN, and custom wireless systems.

Wireless Ecosystem Foundation

Together, they form a foundation for building, testing, and validating entire wireless ecosystems in both academic and commercial environments.

Confidence in Innovation

This combination empowers researchers and engineers to innovate with confidence, knowing they can test and refine their cutting-edge systems at every stage, from concept to deployment.

Research to Market

This synergy bridges the gap between research and commercialization, ensuring faster innovation cycles and seamless transition of wireless technologies from lab experiments to market-ready solutions.

Example Applications

ISAC

FR3

NTN

EU & GNB EMULATION

MESH NETWORKS

MASIVE MIMO

URLLC

DIGITAL TWIN

XR