Embedded HW Development
With the help of our highly talented engineers, Quadraticx provides a wide range of embedded HW engineering services to design, prototype, test, and deliver embedded Hardware that match your exact design specifications.
Capabilities
- Communication Interfaces
- Low Voltage Bus Topologies
- Microcontroller
- Microprocessor
- FPGA
- Memory Chips
RF PCB
- Wireless communication systems
- RF transceivers
- Radar systems
- EW systems
- Wireless communication systems
- RF transceivers
- Radar systems
- EW systems
- Microwave
- RF antenna
- EW systems
- Power supplies
- Motor control systems
- Inverters
- High-current circuits
- Wearable devices
- Automotive systems
- Medical devices
- Other compact or space-constrained applications
Our services encompass
System Architecture Design
Collaborating with clients to define the system architecture and hardware requirements based on the desired functionalities, performance, and constraints. This involves determining the hardware components, interfaces, and system-level considerations.
Schematic Design
Creating detailed electrical schematics that outline the connections, components, and electrical characteristics of the embedded system. This includes selecting appropriate components such as microcontrollers, sensors, memory, power management units, communication modules, and other hardware elements.
PCB Design and Layout
Designing the printed circuit board (PCB) that hosts the hardware components. This involves laying out the traces, copper layers, component footprints, and routing the connections according to electrical and mechanical constraints. Considerations include signal integrity, power distribution, thermal management, and manufacturability.
Component Selection and Procurement
Advising on suitable components for the embedded system, considering factors such as functionality, performance, power consumption, cost, availability, and longevity. This includes identifying reliable suppliers and managing the procurement process.
Prototype Development
Building functional hardware prototypes to validate the design and performance of the embedded system. This may involve soldering components onto PCBs, assembling hardware modules, and integrating sensors, actuators, and other components as per the system requirements.
Hardware Testing and Validation
Conducting rigorous testing and validation of the embedded hardware to ensure it meets the specified requirements. This includes functional testing, performance testing, reliability testing, power consumption measurement, environmental testing, and compliance with industry standards.
Firmware Integration and Testing
Collaborating with firmware developers to integrate the hardware with the low-level firmware that controls and interacts with the hardware components. This involves verifying the compatibility, functionality, and reliability of the firmware and hardware interaction.
Certification and Compliance
Assisting in obtaining necessary certifications and ensuring compliance with relevant industry standards and regulations such as;electromagnetic compatibility (EMC) requirements, safety standards, and other regulatory considerations.
Documentation and Manufacturing Support
Creating detailed documentation, including hardware specifications, assembly instructions, bill of materials (BOM), Gerber files, and design files. This documentation guides manufacturing, assembly, and future maintenance or modifications.
