Board Support Package (BSP) Development
Whether you need a ready-to-deploy solution or a BSP adapted to a specific use case, our Board Support Packages help you accelerate development and reduce integration risks.
Board Support Packages tailored to your project
Custom BSP Development
- Full BSP development tailored to your hardware and project requirements
- Middleware integration, driver support, and performance optimization
- Long-term maintenance and lifecycle management
- Suitable for complex or highly specialized embedded systems
Standard & Customized BSPs (Catalog)
- Ready-to-use reference BSPs: Android, Windows Embedded Compact, Linux
- Secure self-service access, documentation, and release notes
- Optionally customized to your hardware and use case
- Quick deployment or integration into your product
Specific BSPs for your operating system
Linux BSP
With over 20 years of experience, we’ve customized hundreds of Linux-based embedded systems to meet unique device requirements.
Android BSP
Our engineers have developed Android BSPs for a wide range of industries, working with hardware platforms such as TI, NXP, and more.
MCU BSP
We configure and fine-tune the BSP for your microcontroller’s real-time operating system, ensuring it meets your specific needs.
Low level features that will impact the reader
Device drivers
These essential components create the interface between the OS and the hardware, enabling the OS to access the CPU, memory, and peripherals on the board.
Partitioning
Advanced partitioning with a robust software update feature allows seamless and reliable updates to keep your system secure and up-to-date.
Cybersecurity
Integrating mechanisms like secure boot and TEE – TrustZone is crucial for safeguarding the system against unauthorized access.
SUCCESS STORY
Building a Linux BSP for W.H. Leary
W.H. Leary, a leader in packaging solutions, needed to upgrade their Monet platform for enhanced longevity and user experience. Our team provided:
- Yocto BSP development, OS migration, and language localization
- GUI integration for improved user interaction
- System optimization, documentation, and additional engineering services
Additional BSP components
Understanding the core components of a BSP is crucial to recognizing its role in embedded systems. A typical BSP includes several critical elements beyond the device drivers, partitioning and cybersecurity mechanisms, such as:
Bootloader
Boot loaders are small programs that run at system startup, responsible for loading the OS and initializing other software components. They also support software updates by allowing new images to be loaded via network or other interfaces.
Kernel customization
The kernel, or core of the OS, may require adjustments to support specific hardware features. BSP customizes the kernel to suit the hardware requirements of the embedded system.
Hardware Abstraction Layer (HAL)
The HAL acts as a bridge between the OS and hardware, simplifying the interaction between them.
Peripheral libraries
These libraries provide higher-level functions for controlling hardware peripherals, making it easier for application developers to work with the hardware.
BSP development environment
The BSP development environment includes various tools for building, debugging, and testing the BSP. This typically involves a cross-compiler for creating code for the target hardware and a debugger for identifying and resolving issues.
In addition to these tools, the development environment includes libraries and frameworks that support hardware interaction, such as device drivers and communication protocols. An integrated development environment (IDE) is also a key part of BSP development, providing a code editor, compiler, build automation tools, and a debugger in a single platform.
The Yocto Project is one of the most popular BSP development environments. It offers an open-source collaboration of tools, templates, and methods to create custom Linux-based systems for embedded products across various hardware architectures.
In addition to these tools, the development environment includes libraries and frameworks that support hardware interaction, such as device drivers and communication protocols. An integrated development environment (IDE) is also a key part of BSP development, providing a code editor, compiler, build automation tools, and a debugger in a single platform.
The Yocto Project is one of the most popular BSP development environments. It offers an open-source collaboration of tools, templates, and methods to create custom Linux-based systems for embedded products across various hardware architectures.
Some of the benefits of BSP development
A well-designed BSP is fundamental to the success of embedded systems, acting as a critical link between hardware and software. The advantages of BSP development include:
Hardware Abstraction
BSP simplifies the hardware interface, providing a standardized platform for the OS. This makes software development easier by reducing the complexity of hardware interactions.
Customization
BSP allows the software to be fine-tuned for specific hardware, ensuring optimal performance and full use of the device’s features.
Efficiency
By providing optimized drivers and hardware configurations, BSP improves system efficiency, minimizing resource usage while maximizing performance.
Reliability
A consistent interface provided by BSP enhances the overall reliability of the system, reducing compatibility issues and lowering the risk of software-related failures.
Scalability
BSP can be updated and adapted as hardware evolves, allowing the system to grow without requiring a complete overhaul.
Security
BSP contributes to secure boot processes, protecting systems from unauthorized access and tampering.
Witekio's expertise in BSP development
BSP development is the foundation of efficient and reliable embedded systems. Custom Linux and Android BSPs further enhance this by tailoring software to your hardware’s specific needs. Witekio’s engineering expertise ensures your embedded projects succeed from start to finish.
FAQ: Board Support package
What is a Board Support Package (BSP)?
A BSP acts as a tailored interface between an embedded system’s hardware and its operating system (OS). Its primary function is to provide the necessary software components and drivers that allow the OS to communicate effectively with the hardware. Essentially, it serves as a translator, enabling the OS to understand and interact with the underlying hardware components.
Why BSP Development Is Critical for Embedded Systems?
Embedded systems depend on precise coordination between hardware and software. BSP development ensures that every component—from the processor to peripheral interfaces—operates correctly and efficiently.
Key benefits of professional BSP development include:
What does a Board Support Package include?
A BSP typically includes bootloader configuration, device drivers, kernel settings, hardware abstraction layers, and system initialization code.
Can you create a custom BSP for my hardware?
Yes, we create custom BSPs tailored to your hardware design, operating system, and performance requirements.
Do you support Embedded Linux and RTOS BSPs?
Yes, we provide BSP development services for Embedded Linux, RTOS platforms, and custom operating systems.
Does BSP development include device driver development?
Yes, BSP development includes the design, porting, and optimization of device drivers for embedded hardware.
Our Embedded software expertise
Your trusted embedded software, application and connectivity partner
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