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A microcontroller is a small and low-cost microcomputer, which is designed to perform the specific tasks of embedded systems. This Video gives an introduction to MPC5748G of Microcontrollers. Learn more about their evolution and features.

Introduction to MPC5748G Microcontroller

In This Video, Learn About Collaterals and the Available Collaterals. Also, learn how to work on the NXP Platform which is a development Platform.

What are collaterals?

The S32 Design Studio is a complimentary Integrated Development Environment (IDE) for automotive and ultra-reliable Power Architecture(e200 core) and arm-based microcontrollers and processors. In this video, learn more about the Working and Application of s32 Design Studio.

Introduction to S32 Design Studio

A hardware platform is a set of compatible hardware on which software applications can be run. This Video gives an introduction to the hardware platform Devkit .

What is a Hardware Platform?

In This Video, you will learn about the PowerPC Architecture and also learn about Z2 and Z4 Core and the features of Z2 & Z4 Core.

PowerPC Architecture

System Integration refers to the process by which multiple individual subsystems and sub-components are combined into one all-encompassing larger system thereby allowing the subsystems to function together. In this video Learn more about SIUL2 IP and its features.

Introduction to System Integration

In this Video, Do a schematic reading and understand the components in the MPC5748 G DEVKIT. Also Understand the Different hardware and Softwares involved.

The MPC5748G DevKIT

In this Video , learn how an S32 Design Studio Works by working out various Example Programs in the software. Also Understand how to run various examples in the software.

Working of S32 Design Studio 

In this Session Learn Reset Architecture and Boot Architecture of MPC5748G.Also, Learn about the Various Rest Sources and Boot Sources.

Introduction to Reset Architecture

In this Session learn in Detail about Boot Architecture and its Configurations. Also Learn about SSCM, BAF, and Boot Modes.

Introduction to Boot Architecture

A clocking block specifies timing and synchronization for a group of signals. The clocking block specifies the clock event that provides a synchronization reference. In this session, learn in detail about Clocking Architecture.

Introduction To Clocking Architecture

In This Session Runs an Example Program in the S32 Design Studio Software. Also, Understand the process and workflow involved.

 Example Programs In S32 Design Studio Software

Memory Organization is defined as the memory that is organized in the form of a cell, each cell is able to be identified with a unique number called to address. Each cell is able to recognize control signals such as “read” and “write”, generated by the CPU when it wants to read or write the address. In this Session learn about Memory Organization and Memory Addressing in detail.

What is Memory Organization

Interrupt is the method of creating a temporary halt during program execution and allows peripheral devices to access the microprocessor. In this Session learn more about The Interrupt Controller (INTC).

Introduction to INTC

Direct memory access (DMA) is a process that allows specific hardware devices to access system memory independently of the CPU. This enables the device to perform tasks without interrupting the main processor, improving performance. In this Session Learn about Enhanced Direct Memory Access(eDMA).

Introduction to Enhanced Direct Memory Access(eDMA).

In this session, learn how to Run an Example Program to understand how the Enhanced Direct Memory Access process works.

Example Program to understand Enhanced Direct Memory Access (eDMA)

In this Session, Learn about Power Management and also understand the various Modules that help to manage power management. Also, learn about each module in detail.

Power Management

In This Video Learn about the Mode entry Module (ME_MC)  and the uses of the Mode Entry Module. Also, Understand the various Modules that Control the ME_MC .

Introduction to Mode Entry Module

The low-power subsystem operates when the computer system enters the low-power mode. In this Session Learn More about LPU Subsystem and the Modes of operation in LPU.

Working Of low-power subsystem 

A Wakeup Unit Supports 2 Internal And 30 external Sources and these Sources generate interruptions or Wakeup Events. In this Session, learn more about the Wakeup unit and its Features.

Introduction to Wakeup unit

Semaphores are integer variables that are used to solve the critical section problem by using two atomic operations, wait and signal that is used for process synchronization. In this Session Learn more about Semaphores and also understand how it works.

Introduction To Semaphores

Register Protection restricts the Write accesses to Module registers in user Mode.The Specific registers that can be protected are Module specific. In this session learn more about Register Protection(REG_PROT).

What is Register Protection.

In this Session Understand and Work with the analog Subsystem Modules and also learn about the various timer interfaces and their usage in real-world Applications.

Working of Analog Subsystem Modules

Analog comparators are amplifiers that compare the magnitude of voltages at two inputs. An analog comparator is an operational amplifier with negative feedback removed, and with no feedback and very high gain, the output voltage goes to one extreme to the other. In this Session Lean more about Analog Comparators.

Introduction to Analog Comparators.

eMOIS Stands For Configurable Enhanced Modular IO System. It can generate and measure a range of timed Events. There are Three eMOIS blocks that are available. In this Session learn more about eMOIS and its Features.

Configurable Enhanced Modular IO System

OPWMFMB Mode generates a Simple Output PWM Signal, in this session learn more about OPWMFMB Mode and also learn about its Features.

OPWMFMB Mode

Periodic Interrupt Timer (PIT) is one of the Simpliest timer that can be used to raise time based interrupts or triggers. In this session, learn more about PIT and its Features.

What is Periodic Interrupt Timer (PIT)

In this Session learn what is LINFlexD Controller and also learn about the Operating Modes in LINFlexD Controller. Also understand Its Features and working.

What is LINFlexD Controller

The FlexCAN controller is a highly configurable, synthesizable core implementing the CAN protocol (ISO 11898-1), CAN with Flexible Data rate (CAN FD), and CAN 2.0 B protocol specifications, built from silicon-proven technology from NXP Semiconductors. In this Session learn more about FlexCAN and its Features.

What is FlexCAN Controller

The DSPI is a fully configurable SPI master/slave device, which allows the user to configure the polarity and phase of serial clock signal SCK. It allows the microcontroller to communicate with serial peripheral devices. It is also capable of interprocessor communications in a multi-master system. In this Session learn more about DSPI and SPI.

Introduction To DSPI

LIN protocol is a serial wired communication protocol for electronic devices which consist of one master and one or more slaves, but it does support multiple slaves. For starting or receiving data to LIN bus, LIN master uses different predefined scheduling tables, and these scheduling tables have different relative timing when the data send time is started.In this session learn more about Local Internet Network Protocol (LIN) and its Features.

Introduction To LIN Protocol

In this Session Learn about MPC5748G Software Kit Development and Also understand the Architecture of S32SDK.

Architecture of S32SDK

A software development kit (SDK) is a set of tools provided by the manufacturer of (usually) a hardware platform, operating system (OS), or programming language.In this Session understand the Software Demonstration of SDK with an Example.

What is a software development kit (SDK)  

In this Session understand the Software Demonstration of SDK with an Example.

Software Demonstration of SDK with an Example.

Ethernet is the traditional technology for connecting devices in a wired local area network (LAN) or wide area network (WAN). It enables devices to communicate with each other via a protocol, which is a set of rules or common network language. In this Session learn more about Ethernet and its Requirement.

What is Ethernet

In this Session Learn about the Software that Supports ENET and also learn about all the Features of IwIP.

ENET Software Support

In this Session, learn about all the Safety and Security Concepts and also understand how it is implemented in the MPC5748G SDK.

 Safety and Security Concepts

The fault collection and control unit (FCCU) offers a redundant hardware channel to collect errors and, as soon as a failure is detected, to lead the device to a safe state in a controlled way. In this Session learn more about FCCU and its Working.

The fault collection and control unit (FCCU)

The security goals include different measures to secure data, like confidentiality, integrity, authentication. In this session, learn about all the Security Goals and the Factors Affecting Security Goals.

security goals

Hardware security module (HSM) is a hardware unit that stores cryptographic keys to keep them private while ensuring they are available to those authorized to use them. In this session, learn more about HSM and the Software Demonstration of HSM.

What is Hardware security module (HSM)

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This video gives an introduction to the world of Embedded systems programming, the process of creating a PowerPC model, helps in understanding the workspace, and also explains different blocks in the library browser.

Introduction to Embedded System Programming on PowerPC Architecture

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