Embedded Core Systems
Technical
Discuss Your Project
Binary Logic
Device Drivers.
Low-level driver development for sensors, actuators, displays, and communication peripherals across architectures.
LinuxBSPHALKernel
System Ready
Technical
Capabilities.
Linux kernel module development for character, block, and network devices
Device tree binding creation and mainline kernel integration
SPI, I2C, UART, and CAN bus peripheral driver implementation
Camera sensor and display driver development with V4L2 and DRM
Hardware Abstraction Layer (HAL) design for cross-platform portability
DMA engine integration and interrupt coalescing for high-throughput I/O
Hardware Abstraction
A well-written driver is invisible — we create clean interfaces that let applications interact with hardware without low-level complexity.
- Kernel-mode and user-mode driver architecture expertise
- Low-latency data path optimization for real-time I/O
- Cross-platform driver framework expertise (Linux, Zephyr, bare-metal)
Core Focus
Linux, BSP, HAL — delivering measurable impact through deep technical expertise.
Engagement Model
From discrete consulting engagements to full turnkey delivery, we adapt to your program's specific needs and timeline.
Deep Tech FAQ
What Linux kernel versions do you support?+
We develop and maintain drivers for Linux kernel versions 5.x through 6.x, with upstream submission support and Yocto/OpenEmbedded integration for custom BSP maintenance.
Do you develop drivers for Windows or other OS?+
Yes. In addition to Linux, we develop drivers for Windows (WDF/KMDF), Zephyr, FreeRTOS, and QNX, ensuring cross-platform compatibility.
ChipTalk.AI Advantage
ChipTalk has delivered 100+ production device drivers spanning Linux kernel, RTOS HALs, and bare-metal peripheral interfaces. Our driver development process includes comprehensive DT binding documentation, upstream-ready code style, and hardware-in-the-loop regression testing across silicon revisions.
Related Engagements
01
Industrial Camera Sensor Driver
Developed a V4L2-compliant driver for a 20 MP global-shutter CMOS sensor on i.MX8, achieving 60 FPS capture with zero-copy DMA buffer handling and minimal CPU overhead.
02
CAN-FD Gateway HAL
Built a portable CAN-FD hardware abstraction layer for a gateway ECU, supporting three different MCU families (NXP, TI, Renesas) with a unified API and automated HAL conformance tests.
Every driver we write is architected for portability and mainline compatibility. We use device-tree overlays, kernel coding-standard compliance, and automated CI regression against multiple kernel versions to future-proof your BSP.
Relevant Tags:LinuxBSPHALKernel