D3 Engineering (Malaysia)
BSP & Device Driver Development Malaysia
D3 Engineering is a BSP and device driver development company based in Penang, Malaysia, building the board support package and peripheral drivers that bring a new hardware design up to a running, stable operating system — for hardware teams in Malaysia and worldwide.
What is BSP & Device Driver Development Malaysia?
A Board Support Package (BSP) is the collection of bootloader, kernel configuration, device tree, and driver code that lets an operating system boot and run correctly on a specific board. It is the layer between raw silicon and a usable Linux or RTOS environment — get it wrong, and nothing above it works reliably, from peripherals to power management to boot time.
A device driver is one piece of that package: the code that lets an operating system — Linux, an RTOS, or bare-metal firmware — talk to a specific piece of hardware such as a sensor, display, storage chip, or custom ASIC. Without a correct driver, the rest of the software stack cannot see the hardware, no matter how good the chip is, which is why BSP work and driver development are usually the same engagement.
What we deliver
- ✓ Bootloader porting and configuration (U-Boot and vendor bootloaders)
- ✓ Linux kernel configuration, device tree authoring, and defconfig tuning
- ✓ Linux kernel drivers (character, block, and platform) and RTOS/bare-metal peripheral drivers (I2C, SPI, UART, USB, CAN)
- ✓ Yocto and Buildroot BSP layer creation and maintenance
- ✓ Peripheral enablement, driver bring-up, and debugging for new or unsupported silicon
- ✓ Boot-time optimization, interrupt/DMA handling, and power-management integration
Typical engagements
- ✓ Bringing up a BSP for a brand-new custom board from a fresh SoC
- ✓ Writing a driver for a sensor, display, or peripheral with no existing Linux or RTOS support
- ✓ Migrating an existing BSP or driver to a new kernel version or SoC revision
- ✓ Diagnosing boot failures or an unstable, crash-prone driver already in the field
- ✓ Building and maintaining a Yocto layer for ongoing product development
Why Malaysia
Why work with an embedded engineering team based in Penang, Malaysia
Penang is one of Malaysia's longest-established electronics and semiconductor hubs, often called the "Silicon Valley of the East" — home to manufacturing and engineering operations for companies including Intel, Bosch, and AMD since the 1970s. D3 Engineering, part of D3 Innovation, draws on that same regional talent base and holds Malaysia Digital (MDEC) status.
Working from Penang in the GMT+8 timezone gives our team practical overlap with both Asia-Pacific and, at the edges of the working day, European and US teams. Combined with strong English-language engineering communication and cost-effective rates relative to US and EU consultancies, it is a practical base for global hardware and product teams to develop embedded software, firmware, RTOS, embedded Linux, and edge AI — without compromising on engineering quality.
D3 Engineering is the embedded software and firmware engineering division of D3 Innovation, an electronics manufacturing services company also based in Penang. That structure means engineering work can, where useful, sit close to manufacturing and hardware production rather than being handled by a purely offshore software vendor with no visibility into the physical product. Clients are based across Malaysia, Southeast Asia, and further afield in the US, Europe, and Australia, and typical engagements run from a short, well-scoped block of work through to an ongoing embedded team extension lasting multiple years.
FAQ
Questions about BSP & Device Driver Development Malaysia
What is the difference between a BSP and a device driver?
A BSP is the full package — bootloader, kernel config, device tree, and the drivers needed for a board to boot and run — while a device driver is one piece of that package for one specific peripheral. We handle both together or separately.
Do you work with chips that do not have a reference driver from the vendor?
Yes — that is a common starting point. We can write a driver from the datasheet and register map when a vendor's Linux or RTOS support is missing or incomplete.
Do you support both Linux and RTOS platforms?
Yes, including Linux with Yocto or Buildroot, and RTOS platforms such as Zephyr and FreeRTOS, plus bare-metal firmware.
Can you fix a driver or BSP issue that is already causing problems in the field?
Yes — debugging boot failures, crashes, and instability on hardware already deployed is something we do regularly, including race conditions, interrupt handling bugs, and DMA issues.
Can you bring up a BSP for a board that is not finished yet?
Yes — BSP and driver bring-up commonly run in parallel with the last stages of hardware design, working from schematics and early prototypes so software is not waiting on final boards.