Embedded Automotive- Automation Services
- Design & Development
- Network Protocols
- Modelling & Simulation
- Application Development
- Testing & Validation
- Partners
- Case Studies
- Downloads
- Testimonials
►Hardware-In-the-Loop System
►Glow Control System
►CAN-CAN gateway
►CAN Controller Validation
►Vehicle Err Status Transmission
►Multi Platform Photo Finishing Sw
►Vector Wrapper for LTE-PHY
►AUTOSAR
►On Board Diagnostics
►Aerospace & Defense
►Software In Loop Testing
►Vehicle Simulation
►CAN Network Simulator
►Customizable GUI
►Image Editor
►Porting to Windows Mobile
►AppStore Client
►Vitual Keyboard
Case Studies on Embedded Services
Porting Embedded Software
At embitel, we have extensive experience in porting embedded software to various flavors controller architectures and platforms. We offer complete software stack porting and last mile services for software porting requirements.
Hardware-In-the-Loop System
Hardware-In-the-Loop System is an effective platform for developing and testing complex real-time embedded systems. HIL system provides the complexity of the plant under control using mathematical representation, called “plant simulation”, of all related dynamic systems.
Glow Control System
The glow control system has glow plugs controlled electronically through a microcontroller based GCU. GCU communicates with the ECU Engine Control Unit through a LIN network.
Multi Platform Photo Finishing Software
The market for individualized output of digital pictures is growing constantly. Increasing competition is putting extreme pressure on costs, so that efficient production and a constant flow of new services are simply vital.
Test Vector Wrapper for LTE-PHY Test bed
Test Vectors for UL & DL of signal chain are generated using MATLAB and formatted accordingly for debugging. These Test Vectors are loaded into the on-board DDR2 Memory using an MCH/Host Application over a 32-Bit cluster bus Interface.
Scenario Based Testing Approach for Fusion Algorithm
Driver assistance systems like lane departure sensing, forward collision warning, advanced adaptive cruise controller and collision warning system need input data from several sensors. Sensor fusion algorithm adds more accuracy and reduces any ambiguity to the sensor data that is received by the driver assistance systems from sensors.