Radio Optimization Simulator (ROS)

SYINTEC has recognized the importance and complexity of radio network optimization in current and future networks. In order to address this niche market, SYINTEC has developed a Simulator that optimizes mobile radio networks. It consists of four main components that are implemented utilizing open software:

  • the Graphical User Interface (GUI)
  • the Radio Network Planning Tool (RNPT)
  • the Radio Network Optimization Tool (RNOT)
  • the Database (DB)

The advantages offered include:

  • Open extensible architecture and implementation
  • The in-house and modular design allows adaptation on a variety of tasks and versatile applications.
  • Can serve as a digital twin of a radio network (for example to test applicable optimization approaches)

SYINTEC plans to further develop this tool by adding machine learning capabilities in order to enhance and fully automate the radio network optimization process.

EMF simulator

An innovative integrated geographical system for accurate calculation of the surface power density of the electromagnetic field at every point of the three-dimensional space in the neighboring area of a Mobile Base Station or any high-frequency signal emission point

The precise estimation of Electromagnetic Field guides the wireless service providers to configure their radio system parameters in the best possible way to offer the optimal radio coverage, while ensuring that radiation limits at points accessible to citizens stay below the limits. In addition, it facilitates in a transparent way the responsible authorities to check the compliance of emission levels to the maximum allowed thresholds.

EMF simulator is currently under development.

RF frequency planning for indoor design (Wi-Fi)

Developed for complex and high-capacity indoor environments to minimize intra-system interference, thus improving Network performance, signal quality and user perception.

IC SER estimation tool

A pioneering troubleshooting solution for accelerated and cost-efficient IC manufacturing

Radiation exposure in aerospace, avionics, defense, medical and other safety-critical environments can induce transient faults in digital circuits, resulting in soft errors that jeopardize system reliability and safety. As technology nodes continue to shrink, conventional estimation approaches struggle to capture these effects with sufficient accuracy.

Unlike abstract reliability models, IC Soft Error Rate (SER) estimation tool simulates radiation-induced transient faults under real operating conditions. Thanks to the advanced implemented event-driven analysis algorithms based on Monte Carlo simulations, the tool is
capable to:

  • accurately model single and multiple simultaneous fault events
  • capture logical, electrical and timing masking effects
  • generate realistic SER predictions
  • pinpoint critical vulnerabilities

By shifting SER evaluation to the design phase, dependency on costly and time-consuming radiation test experiments is minimized. Engineering teams can identify weaknesses before fabrication, optimize mitigation strategies early, minimize expensive design iterations, shorten radiation validation cycles and reduce overall development risk.

Tool Capabilities

  • Layout-driven SER analysis using DEF, GDSII, SPEF, and LIBERTY data
  • Circuit-level SER reported in FIT and probability formats
  • Identification of sensitive regions and vulnerable gates
  • Accurate modeling of single and multiple transient fault events
  • Detailed simulation metrics, including propagated, masked, and multiple-event faults