Embedded Linux

WHAT IS INCLUDED IN THIS COURSE One-on-One Mentoring Free Virtual-LABS 100% Pass Rate / Course Mastery Certificate Discounted Course Fee Free Exam Preparations Pintables 3 Month Subscription Payment Terms

Estimated Duration

1. Self-Paced Online Courses: 40-80 Hours
2. Instructor-Led Courses: 8-12 with Weekly 2-4 Hours
3. Bootcamps/Intensive Courses: 3-6 Weeks

Bundle Price-Only for Indian residents with residency proof.

1. Self-Paced Online Courses: Rs. 30,000+18% GST.
2. Instructor-Led Courses: Rs. 50,000+18% GST.
3. Bootcamps/Intensive Courses: Rs. 20,000+18% GST.
4. Corporate Training Bundles: Custom pricing based on the number of employees and course requirements.

How Our Courses Work

1. Enrollment
2. Course Access
3. Learning
4. Assignments and Projects
5. Support
6. Certification

Pre Requisite

1. Basic Linux Knowledge: Understanding of Linux command line, file systems, and basic system administration.

2. Programming Skills: Proficiency in C or C++, as they are commonly used for embedded Linux development.

Courses Include

1. Courses are Printable and Downloadable
2. 3 months Subscription
3. IT Academy Course Certification
4. Exams are written @ UPL SNIPE Centre in Bengaluru.


Companies Offering Courses to their Employees

1. Intel
2. Texas Instruments
3. Qualcomm
4. NVIDIA
5. Bosch
6. STMicroelectronics
7. Sony
8. IBM
9. Honeywell
10. Intel

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Embedded Linux Course Content

Embedded Linux is a type of Linux kernel that is specially designed for embedded devices. For example, the popular smartphone operating system, Android, is a type of embedded Linux customised for smartphones.

  • Chapter 01: Introduction to Embedded Linux
  • Chapter 02: Linux Kernel Architecture and Configuration
  • Chapter 03: Embedded Linux Development Tools
  • Chapter 04: File Systems and Storage
  • Chapter 05: Device Drivers and Hardware Interface
  • Chapter 06: System Initialization and Boot Process
  • Chapter 07: Networking and Communication
  • Chapter 08: Application Development
  • Chapter 09: Security and Maintenance
  • Chapter 10: Hands-On Labs and Projects

Embedded Linux has emerged as a powerful and popular choice for developing embedded systems. With the use of open-source operating systems like Linux, the development process becomes more efficient, allowing for the quick and effortless creation of embedded applications. This article provides a comprehensive introduction to Embedded Linux, starting with a definition of embedded systems and their characteristics. It then delves into the main components of Embedded Linux and explores the reasons why Linux is widely chosen for embedded systems. By the end of this article, readers will have a clear understanding of Embedded Linux and its significance in the world of embedded systems development.

Main Components of Embedded Linux Systems

  • Cross compilation and development toolchain ( installed on a host system)s.
  • Bootloader
  • Kernel
  • Device Tree
  • Root file system
  • System Programs
  • Applications