Create, Embed, Empower
Overview
Our HW team has more than 20+ Man years of experience in the following topics:
- Analog, Digital and Power electronics design
- High-Voltage design principles and LV-HV isolation
- HW Component safety and protection as per ISO26262
- Power Optimal designs and cooling methodologies
- PCB design, assembly and component placement
- Mixed-signal PCB design using microcontrollers, modems, Power-management ICs, Gate-drivers, IGBTs, MOSFETs, and Antenna bay area design
- Power and Thermal Derating strategies for Hybrid EV ECUs
- HW functional safety as per ISO26262 requirements
- System validation testing and HIL (Hardware-in-loop)
We have created a collaborative ecosystem consisting of silicon vendors, tool vendors, EMS suppliers, and HW domain experts enabling us to become one-stop product innovation center for power electronics, IoT and automotive EV ECUs
Our HW development process is compliant to ASPICE(ASPICE (Automotive Software Process Improvement and Capability Determination (L3)) and ISO26262 standards
Hardware
- Altium for design and PCB artwork
- Digital design on 8/16/32bit controllers
- PCB artwork for multi-layer board
- HV Inverters, DCDC, BMS, On-board Chargers
- Cellular communication and Antenna Bay area design
- PCB design for BLE, Wi-Fi, 4G, GPS radios
Automotive ECUs
- Design for manufacturing (DFM) and Design for testing (DFT) services
- Prototyping and testing services for hardware designs
- Debugging - Facility to debug complicated SW issues
- Electric vehicle OEMs
- Design of the vehicle’s electrical schematic
- Supports DC, BLDC and PMSM Motors
- Torque, Speed Control and Position Control
IoT Edge Devices & End-Nodes
- IoT devices for asset tag and trace
- Modem with 4G3 and GPS capability
- Bluetooth Long range and BLE for geo-fencing
- Modbus, CAN, Ethernet, OPC-UA communication
- Custom IOT Cloud platform with dashboards and data analytics
Prototype Design and Testing
- Initial design brings up for both hardware and software
- Validate low level functional hardware features to meet design requirements
- Complete testing for Analog and Digital Circuits
- Power supply integrity and Signal connectivity
- Debugging of MOSFETs failure, Gate Drivers and other Integrated Circuits.
- Component responses