Embedded Software Development

Home > Services > Embedded Software Development

Embedded Software Development

Embedded Software Development

Quadraticx has top notch team of engineers who are educated and experienced in the field of software engineering with extensive experience to ensure smooth development of embedded software products. Our embedded software services include:

Capabilities

  • Bootloader Development
  • Porting for different architecture platforms
  • Boot Time Optimization
  • Driver Development
  • Bus Drivers (Ethernet, PCI-X, PCIe, HDMI, SRAM, DDRx, USB, UART, I2C, SPI etc)
  • Wifi Drivers
  • Audio & Video Drivers
  • Camera Sensor Drivers
  • Display Drivers
  • eMMC drivers, EEPROM drivers
  • MAC drivers
  • Ethernet Switch drivers etc
  • Board Bring up and verification
  • GUI Development
  • RTOS abstraction
  • Minimum Kernel/OAL Support
  • Hardware Abstraction Layer
  • Developing of Wireless stack
  • Porting of protocol Stack
  • Design and Implementation of HAL
  • Custom APIs for peripherals.
  • Customizing of display, media, storage, overlay and HMI framework.
  • Customization and enhancement of middleware.

Designing and developing user interfaces and graphical displays that allow users to interact with the embedded system effectively.

Our services encompass

Requirements Gathering and Analysis

Identify and document the functional and non-functional requirements of the embedded software. This involves understanding the intended use of the system, hardware constraints, performance goals, and any specific features or interfaces required.

Requirements Gathering and Analysis
System Design and Architecture

System Design and Architecture

Design the software architecture, including the allocation of tasks to different software components, defining interfaces, and selecting appropriate algorithms and data structures. This stage also involves considering the integration of the software with the hardware and any external systems.

High-Level Design
Create a high-level design document that outlines the overall structure of the software, the interactions between different components, and the flow of data and control.
Low-Level Design:
Further refine the high-level design into a detailed low-level design, specifying the implementation details of individual software modules and functions. This includes designing data structures, algorithms, and writing pseudocode.

Coding and Implementation

Write the code based on the low-level design, implementing the functionality of each software module and ensuring it aligns with the software architecture. The code is typically written in a programming language suitable for the embedded platform.

Coding and Implementation

Testing

Unit Testing:
Test individual software units (e.g., functions, modules) in isolation to verify their correctness and functionality. Unit testing ensures that each component works as expected before integration.
Integration Testing:
Integrate the individual software units into a complete embedded software system. Conduct integration testing to verify that the components work together correctly and that data and control flow between modules are seamless.
System Testing:
Perform comprehensive testing of the entire embedded system to validate its functionality, performance, and compliance with requirements. System testing includes functional testing, performance testing, stress testing, and edge case testing.

Debugging and Bug Fixing

Identify and resolve any issues, bugs, or errors discovered during testing. Debugging may involve tracing and analyzing the code to pinpoint the root cause of problems and applying appropriate fixes.

Validation and Verification

Validate that the embedded software meets the original requirements and performs as intended. Verification ensures that the software adheres to the design specifications and conforms to quality standards.

Deployment and Maintenance

Deploy the embedded software onto the target hardware platform and integrate it with the complete embedded system. After deployment, ongoing maintenance and updates may be required to address issues or add new features.