FM4 MPC5200 implementation

This course covers the MPC5200 Freescale MCU


Objectives
	The course explains how to design a MPC5200 board.
	DDR SDRAM operation is described in order to understand the memory controller programming.
	The 603e core is studied in detail, especially the MMU.
	The course provides examples of internal peripherals software drivers.
	Fast Ethernet controller is viewed in detail.
	The training highlights data paths between PCI and DDR SDRAM.
	This course has been delivered several times to companies developing embedded multimedia equipments.
A lot of programming examples have been developed by ACSYS to explain the boot sequence and the operation of complex peripherals, such as BestComm and Fast Ethernet. •They have been developed with Diab Data compiler and are executed under Lauterbach debugger.
A more detailed course description is available on request at info@ac6-training.com


Prerequisites and related courses
	Experience of a 32-bit processor or DSP is mandatory.
	The following courses could be of interest:
		Ethernet and switching, reference N1
		PCI, reference IC1
		USB Full Speed High Speed and USB On-The-Go, reference IP2

Plan


INTRODUCTION TO MPC5200
Overview
	Innovative IO subsystem
	Dual external bus architecture : SDRAM bus and LocalPlus bus
	Bestcomm features
	Memory map, internal register space
PROCESSOR CORE
603e CORE
	603e pipeline
	Branch management : static prediction
	Guarded memory
	603e L1 cache : LRU algorithm, HID0 programming interface
	Software L1 data cache flush
	Cache coherency basics
	JTAG debugger, hardware breakpoint vs software breakpoints
	Branch instructions
	The system call communication path between applications and RTOS
	FPU operation
	The EABI
	Code and data sections, small data areas benefits
	Cache related instructions
	PowerPC timers : TB and DEC
	MMU goals
	The PowerPC address processing
	WIMG attributes definition, page and block access rights definition
	Process protection through VSID selection
	TLB organization, TLB software management
	MMU implementation in real-time sensitive applications
	Exception management
	Requirements to support exception nesting
PLATFORM
SYSTEM INTEGRATION UNIT
	Interrupt Controller routing scheme
	General purpose IO, pin multiplexing
	General purpose Timers
	Slice timers, generation of periodic interrupts
	· Real-Time Clock
HARDWARE IMPLEMENTATION
	Reset configuration
	Clock domains
	Power management
	DDR SDRAM basics
	The DDR SDRAM controller, pinout
	Power-up initialisation, use of the I2C interface
	Initialization of memory controller registers according to a micron DDR SDRAM devices
	External bus interface, modes of operation muxed or non muxed
	Connection to ATA and PCI compliant devices as well as memory-mapped devices
	Chip select programming
	Dynamic bus sizing
	DMA interface
	XLB arbiter, prioritisation, bus grant mechanism
BESTCOMM
	SmartDMA modules, local buffer memory
	Servicing many data streams with individual latency and processing requirements
	Chaining scatter / gather capability
	Task descriptor table
	Function descriptor table


PCI CONTROLLER
	Supported clock ratios
	PCI commands supported as a target and as a master
	XL bus initiator interface
	Endian translation
	XL bus target interface
	Multi-channel DMA transmit interface
	Multi-channel DMA receive interface
	Access to the configuration space
	Programming of inbound and outbound windows
	PCI agent vs PCI host operation mode
INTEGRATED I/Os
USB CONTROLLER
	Data transfer types
	Host Controller interface
	OHCI specification, communication channels
	Root hub partition
CAN CONTROLLER
	The MSCAN controllers, clock system
	Message buffers structure
	ID bit masking
	Arbitration
	Timing and synchronization
	Error management
	Interrupt driven operation
SPI CONTROLLER
	Baud rate selection, transfer delays
	Double-buffered operation
	Transmit and receive sequences
ATA CONTROLLER
	Asynchronous ATA basics, overview of ATA standards
	ATA host controller operation
	Signals and connections
	Sector addressing
	Ultra DMA protocol
FAST ETHERNET CONTROLLER
	MII transfers
	FIFO interface
	Address recognition
	Full and half duplex operation
	Initialization sequence
	MIB block counters
PROGRAMMABLE SERIAL CONTROLLERS
	PSC in UART mode
	PSC in Codec mode
	PSC in AC97 mode
	PSC in Infrared SIR, MIR or FIR mode
	FIFO system
I2C CONTROLLER
	I2C protocol basics
	Transfer timing diagrams, SCL and SDA pins
	Clock synchronization and arbitration
	Transmit and receive sequences

Durée	Prix	Calendrier
5 jours	2100 €