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Embedded Memory Learning Path

 39+ hours | Complete Source Code Included

1. Flash Memory and EEPROM Drivers: A Hands-On Guide for Embedded Engineers

Implementing Memory Storage Solutions in Real-World Projects

 16+ hours | Complete Source Code Included

Are you an Embedded Engineer looking to master the fundamentals of memory storage and build scalable and efficient memory storage systems for your applications? 

Are you struggling to build reliable and efficient memory storage systems for your applications? 

Do you find yourself spending countless hours troubleshooting issues related to memory storage?

Look no further than our  Flash Memory and EEPROM Drivers: A Hands-On Guide for Embedded Engineers course.
This comprehensive course offers a deep dive into the world of flash memory and EEPROM drivers, with a focus on practical applications in embedded systems. From memory management techniques to advanced flash memory and EEPROM driver implementation, you will develop the skills and knowledge required to build robust and reliable memory storage systems.


Through real-world case studies and hands-on exercises, you will gain the confidence to implement memory storage systems and troubleshoot common issues. The course offers an in-depth exploration of the architecture and organization of flash memory and EEPROM technology, as well as optimization techniques for performance and reliability.

By the end of this course, you will be well-equipped to implement bare-metal flash memory and EEPROM drivers for microcontrollers, optimize file system performance, troubleshoot common memory storage issues, and compare and evaluate different memory storage technologies.

Enroll today and take the first step towards becoming an expert in memory storage for embedded systems. With  the Flash Memory and EEPROM Drivers: A Hands-On Guide for Embedded Engineers course , you'll be well on your way to building efficient and scalable memory storage solutions for your applications.


 Here's a sneak peek at what you can expect to learn:
Overview of Memory Systems in Embedded Systems: 

  •  Introduction to Embedded Memory Management
  • Memory System Features in Embedded Systems
  • Memory Map of Embedded Systems
  • ​Connecting the Processor to Memory and Peripherals
  • ​Memory Requirements and Endianness
  • ​Data Alignment and Unaligned Data Access
  • ​Bit-Band Operations and Advantages
Memory Management Techniques:

  •  Memory Allocation
  • ​Static Allocation
  • Dynamic Allocation
  • ​Memory Management Unit (MMU)
  • ​Garbage Collection
Flash Memory and Flash Memory Driver for STM32F411:

  •  Introduction to flash memory
  • ​Architecture and organization of flash memory
  • ​Reading and writing to flash memory
  • ​Implementing a flash memory driver for STM32F411 microcontroller
  • ​Optimizing file system performance on flash memory
  • ​Maintenance and troubleshooting of flash memory
Electrically Erasable Programmable Read-Only Memory (EEPROM) Drivers:

  •  Overview of EEPROM Technology
  • ​Introduction to the AT24XX EEPROM Family
  • ​Features and Specifications of the AT24XX EEPROM
  • ​Reading and Writing Data to the AT24XX EEPROM
  • ​Devloping bare-metal driver for the AT24XX EEPROM 
  • ​Maximizing Performance and Reliability of the AT24XX EEPROM
Large Capacity FLASH Storage:

  •  Introduction to the W25Q32, W25Q64, and W25Q128
  • ​Capacity and Features of the W25Q32, W25Q64, and W25Q128
  • ​Using the W25Q32, W25Q64, and W25Q128 in Embedded Systems
  • ​Benefits and Limitations of W25Q32, W25Q64, and W25Q128
  • ​Developing bare-metal drivers for W25Q32, W25Q64, and W25Q128 Flash

Don't let memory storage issues slow you down. Enroll in "Flash Memory and EEPROM Drivers: A Hands-On Guide for Embedded Engineers"

    2. Embedded Memory Security: Protecting Your System from Tampering and Unauthorized Access

     10+ hours | Complete Source Code Included

    Embedded Memory Security : MPU, TAMPER, Read/Write Protect

    Are you looking to take your embedded systems protection to the next level? Do you want to protect your embedded memory from unauthorized access and tampering?

    Introducing our new course on Embedded Memory Security, covering essential topics such as MPU, Tamper Detection, and Read/Write Protection using Option Bytes.
    This course is excellent for embedded system developers who want to protect their products from security threats. We have designed a multi-faceted curriculum that covers everything from wiping the backup registers clean to detecting stack overflow using the Memory Protection Unit (MPU). This course will teach you advanced security measures to safeguard your firmware from reverse engineering and protect your device from tampering. 

    We will also show you how to disable debug features before launching your product, ensuring that your firmware remains secure. Whether you're working on a small IoT device or a large industrial system, this course will provide you with the tools and knowledge you need to secure your embedded memory and keep your device safe from external threats.

    This course is designed for professionals with a basic understanding of embedded systems, and is taught by industry experts with years of experience in the field. You'll learn through a combination of video lectures, hands-on exercises, and real-world case studies, giving you a practical understanding of how to implement these techniques in your own embedded systems.
    At the end of this course, you'll have a solid understanding of the key concepts and techniques used to secure embedded memories, and be able to implement these techniques in your own projects. You'll be equipped with the skills and knowledge to secure your embedded systems against a wide range of memory-based attacks, ensuring the safety and security of your devices and data.

    With the flexible online format, you can study at your own pace, from anywhere in the world. Plus, we offer a 30-day money-back guarantee, so you can enroll with confidence.


    Don't let your embedded systems be vulnerable to attack. 
     Here's a sneak peek at what you can expect to learn:
    Bare-Metal MPU Driver Development: 
    In this section you will learn how to develop a bare-metal Memory Protection Unit (MPU) drivers. The MPU is a hardware unit that provides security for embedded systems by allowing the division of memory into a set of regions with specific access permissions. You will learn how to configure the MPU for your specific needs, including setting up memory regions and their access attributes. Additionally, you will learn how to write a low-level MPU driver to interface with your application code, which will enable you to protect your system from memory-based attacks.

    Tamper Detection and Data Deletion:
    This section will focus on tamper detection and data deletion using the RTC and backup domain of the microcontroller. Tamper detection is essential for preventing physical attacks on your device, such as removal of the memory chip, manipulation of data or code, or voltage-based attacks. You will learn how to implement tamper detection to detect tamper events. Data deletion is also a critical technique that helps protect against unauthorized access to sensitive data. You will learn how to design and implement an effective tamper detection scheme that will securely erase data in the event of a tamper event.
    Protecting Flash Memory using Option Bytes:
    You will learn how to use the option bytes in the bottom part of the flash memory region to protect the entire flash memory. Option bytes are a set of bits that are programmed at the factory or during device programming and can be used to configure the device's features, such as read/write protection. You will learn how to set up option bytes to protect your flash memory from unauthorized read/write access, ensuring the integrity of your data. 

      3. Mastering FileSystems and SD Card Drivers on Embedded Device

      Unleashing the Power of Embedded Storage with FatFs and SD Card Integration

       13+ hours | Complete Source Code Included

      Unleashing the Power of Embedded Storage with FatFs and SD Card Integration with our comprehensive Embedded Files Systems and SD Card Drivers course.

      This comprehensive course offers a unique and exciting opportunity to dive deep into the world of embedded file systems secure digital (SD) card storage. With a focus on the STM32 microcontroller, this course covers everything you need to know to master the implementation of file systems and secure digital (SD) card drivers.


      Throughout the course, you will learn about the various types of storage media used in embedded systems and their relative advantages and disadvantages. You will also be introduced to the design considerations and optimization techniques for file systems in embedded systems, including file system allocation algorithms, file fragmentation, and file system security.
      The highlight of this course is the hands-on approach to implementing the popular FatFs file system on embedded devices. You will learn how to configure the FatFs system, how to perform disk and file I/O operations such as creating files, reading files, writing different types of data including sensor data to files, how to troubleshoot and debug file system issues and much more.

      With the flexible online format, you can study at your own pace, from anywhere in the world. Plus, we offer a 30-day money-back guarantee, so you can enroll with confidence.


       Here's a sneak peek at what you can expect to learn:
      1.Introduction to embedded systems storage media: 

      Provides a comprehensive overview of storage media used in embedded systems. The section begins by defining what storage media is and how it is used in embedded systems. It then covers the different types of storage media available, including Secure Digital (SD) cards, EEPROMs, and FLASH memory, and provides a comparison of these different types of storage media. This section is a great starting point for anyone who wants to understand the fundamentals of storage media and how it is used in embedded systems.
      2. Secure Digital (SD) Card Drivers:

      Provides an in-depth look at Secure Digital (SD) cards and their use in embedded systems. It covers the technology behind SD cards, their driver architecture, and the APIs and functions used to read and write data to these cards. This section also includes a hands-on programming component where you will learn how to implement a bare-metal SD card driver, giving you a practical understanding of how to integrate this technology into your embedded systems projects.
      3. Introduction to file systems: 

      Provides an overview of file systems and their importance in embedded systems. Also covers the basic concepts of file systems, including the definition of file systems, the types of file systems, and the requirements of file systems for embedded systems.
      4. File system design and implementation:

      Focuses on the design and implementation of file systems in embedded systems. It covers the key design considerations that are specific to file systems in embedded devices, and how to optimize the performance of these file systems.
      5. File system allocation: 

      Covers the topic of file system allocation, which is a crucial aspect of file system design and implementation. Begins with an introduction to file system allocation, followed by a discussion of different file system allocation algorithms, including the pros and cons of each method. Then delves into the issue of file system fragmentation, which can impact performance, and the strategies for minimizing it.
      6. The FatFs File system for Embedded Devices:

      This section of the course covers the usage of the FatFs file system. It starts by introducing the FatFs library and its purpose, followed by an overview of its key features and advantages. The section then covers FatFs configuration, including the options for Long File Name (LFN). The section concludes with a discussion on disk and file I/O, including the disk I/O interfaces and the different file system operations such as mount, open, read, write, and close. 

      So, get ready to take your embedded systems development to the next level with this comprehensive and captivating course!

        Early Bird Discount

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        Course Description Video (Must Watch)
        A little about me : Israel Ninsaw Gbati
        Some of you may have taken some of my embedded systems courses from other online platforms. 
        This is my private channel. 

        I have been writing embedded firmware for years, I have built embedded devices like consumer products and robotic arms.
        Till date I have 
        trained over 100,000 students in embedded
         firmware development online till date
        ...including third year undergraduate university students in-person.

        If you have taken any of my courses before you will know I start from the absolute basics, I do not assume that the student has any prior knowledge of the topic under discussion. You will also know that by the end of the course you understand the functions of every register used in developing the particular firmware or driver.

        This method is the same for all of my published embedded systems courses. 

        Our courses have been reviewed by 1000+ students
        Here are some of the reviews

         30 Day Money Back Guarantee

          • Flash Memory and EEPROM Drivers: A Hands-On Guide for Embedded Engineers ($59.78 Value) 
          • ​Embedded Memory Security: Protecting Your System from Tampering and Unauthorized Access ($59.99 Value)
          • ​Mastering FileSystems and SD Card Drivers on Embedded Device ($59.78 Value) 
          Total Value: $179.97
          But today, you're getting all of this...
          For Only $99.76
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          Micrium uC/OS-III RTOS Programming From Ground Up on ARM

          This course teaches you how to build real-time applications using Micrium's uC /OS-III, one of the most popular industry grade real-time operating systems for embedded systems.  

          The course gives a detailed overview of the characteristics of the uC/OS real-time kernel, provides a detailed tutorial of the API's to implement the various features of the uC/OS RTOS and then goes on to build some real-time projects .
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