Avionics SIL
SIL(Systems Integration Laboratory)
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The Systems Integration Laboratory (SIL) is an integrated ground test environment for the development of aviation and electronic systems.
It is used as the most effective tool to verify the reliability of the functions and performance of all aviation and electronic systems.
It is the best solution to test while integrating actual equipment and LRU software models.
It's not about building an aircraft, it makes it possible to fly.
It is a complete solution for aircraft-level system integration testing in the laboratory.
SIL is an integrated ground test environment for integrated testing of radar, avionics, engines, and various armament that high-performance aircraft must have in place in a similar environment and method to the actual flight situation.
In the process of integrating aircraft-mounted equipment into a single aircraft, incongruity or frequent system collisions occur. In other words, it plays a role in harmonizing almost all the hardware and software that make up the aircraft, from the aircraft development stage to the final completion and testing stage.
The accuracy and completeness of the SIL play a key role in reducing the risk of aircraft development and shortening development costs and development periods.
The SIL environment provides all integrated aviation and electronic equipment interworking environments for functional and software verification of mission equipment and helps analyze errors that occur during system integration.
In actual flight tests, virtual model implementation and fault injection, convenient switching tests of simulation models and actual equipment, abnormal mode detection, and various error analysis functions must be provided to enable testing in extreme flight environments including abnormal modes that cannot be performed.
Real-time processing must be possible for high reliability of test data.
Therefore, SIL construction requires more manpower, time, and highly accumulated experience than any other equipment development.
REALTIMEWAVE has developed an RTNgine solution optimized for building an SIL environment through long experience in manufacturing a test environment.
We have launched a flexible and well-integrated test solution with a proven simulation
engine that complements model-based workflow.
It ensures data reliability under strong multi-core CPU and real-time OS environments, supports most of the interfaces required by the latest technology, and enables fast simulation in conjunction with a variety of model development environments (Matlab/Simulink, C, Fortran, etc.). It also provides products with a variety of functions, from deriving test needs to managing large amounts of ICDs and accurate analysis and automation of test data.
Using REALTIMEWAVE’s SIL solution means that you don't spend a lot of time building and setting up an SIL environment, but only focus on actual tests. This already has a very important factor in project success.
Integrated Verification Environment for Next-Generation Corps UAV Platforms
Development of a Simulation Environment for System Integration Testing and Airborne Weapon Trials of Next-Generation Corps UAVs
Development contents
・ Integrated Test Environment for Airframe, Mission Equipment, Datalink Systems,
and Ground Control Systems
・ Ground Test and Verification Environment for UAV Avionics and Flight Control
Computers
・ Implementation of a Comprehensive Demonstration System for Interoperability
Across All Components
・ Configuration of Real-Time Flight Data Acquisition, Storage, Display, and
Analysis Systems
Work Scope
・ Development of a Simulated Test Environment for Integrated Testing (ISTS)
- Production of Avionics Simulation Computer (ASC) and Flight Control Simulation
Computer (FSC)
・ Development of the Avionics Evaluation Controller (AEC) for Interfacing Avionics,
Flight Control, and Subsystem LRUs
・ Production of Image Generator, Compact Ground Simulator, and Flight Data
Analyzer for Integrated Testing
・ Development of ICD Message Monitoring Equipment
・ Development of Operational Software and Embedded System Software Models
for Managing the Integrated Test Environment
SIL Simulation Environment for the KSLV-II(Nuri) Launch Vehicle
Implementation of the SIL Simulation Core for the KSLV-II Launch Vehicle
Development contents
・ Establishment of a Verification Environment for the Design and Development of
the KSLV-II (Korean Launch Vehicle) Attitude Control System (6DOF Algorithm) and
Telemetry Unit
・ Verification of Electrical Interfaces Linked to the Launch Vehicle
・ Development of Equipment for Real-Time Hardware-in-the-Loop Simulation (HILS)
and Integrated Simulation Testing
Work Scope
・ Execution of 6DOF Nonlinear Simulation Program for Launch Vehicle Dynamics
・ Simulation of Attitude Control System and Telemetry Unit Operational Characteristics
・ Fault Insertion Capability for Simulating Fault Conditions
・ Implementation of Data Monitoring and Graphical User Interface (GUI)
SIL Simulation
for the LAH Airborne Weapon System
Development of Avionics and Weapon System SIL for Integrated Testing of the LAH (Light Armed Helicopter)
Development contents
・ Provision of SIL Integration Test Environment for OTC, ASC, AEC, WC, EW,
and Other Systems
・ Real-Time Simulation Environment for Integrated Avionics Testing of SMFD/SCDU
・ Supply of Simulation Software for Over 25 Types of Avionics LRUs
・ Integrated Simulation of Models and Real Equipment with Visualization Environment
for SIL Testing
Development of UAV SIL / HILS /
System SIL
Establishment of a Ground Test Environment for System Integration Testing by Combining UAV Avionics SIL and Flight Control HILS (Airframe System SIL)
Simulation Platform
Guaranteed Real-time performance Fully Integrated Test Environment
A complete and optimized solution
It provides a complete
solution optimized for
SIL test requirements.
High quality,
Fast supply
High-quality products can be provided through systematic testing and products verified
with many applications and experiences can be supplied quickly.
Various test
analysis tools
You can experience
new technologies of the test through various analysis tools
that are accurate and
consider user convenience.
Automation test environment
The overall test process
from demand analysis
to test performance and
results and document
derivation is automated.
You can feel a new chapter.
