When it comes to a high intensity course such as Linux Device Drivers, you should follow the principle of “slow and steady wins the race”. During the course of training, you should take pure intention and adopt good learning skills to seal all the associated things in the mind. Linux Device Driver training programs involve deep understanding and analysis of issues such as the Linux kernel and its subsystem.

Know about Linux operating system

A 32-bit multitasking and multimedia operating system, Linux enables different application suites to access distinct devices on a dedicated system to perform any specific tasks. It supports software ranges from TEX to the C/C++ compiler and TCP/IP. Such sort of operating system provides a complete UNIX programming environment which involves standard libraries, programming tools, compilers and debuggers. You may become acquainted with the terms like cross platform and target hardware devices. Once become proficient in Linux device drivers, you can easily rebuild Linux to target hardware.

Availability of training Institutes

At present, large numbers of Training institutes are available in the industry with different training courses for students as well as professionals who want to become skilled in Linux, porting of Linux on ARM9, device driver development, system programming and ARM9 and kernel configuration. They can deliver precise and effective learning modules to understand the role of device drivers in systems. Their in-house expert trainers may give a kick start to your device driver training journey from a beginner to a Linux professional in no time.

The Linux Device Driver training course makes you capable enough to:

1. Learn about distinct sorts of computer operating systems.
2. Understand the importance of kernel level programming used in Linux operating system.
3. Know about the development processes of device drivers.
4. Study on ARM9, Kernel configuration and compilation for ARM9.
5. Describe the porting of Linux kernel and Root file system to ARM9 board.
6. Get familiar with different functions and user commands of Linux OS.
7. Learn writing of device driver programming in Linux.
8. Understand ARM architecture, GCC compiler and GNU Tool chain.
9. Know how to configure, build, install and boot from a kernel