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Formation Freescale Power CPUs - MPC7400/10 implementation

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MPC755 implementation MPC7400/10 implementation MPC744X/5X implementation MPC8610 implementation MPC8641(D) implementation e500mc implementation e5500 implementation e200z7 implementation P101X QorIQ implementation P102X QorIQ implementation P2020 QorIQ implementation P2040 QorIQ implementation P3041 QorIQ implementation P4080 QorIQ implementation P5020 QorIQ implementation MPC5XX implementation MPC55XX implementation eTPU programming MPC5200 implementation MPC5674F implementation MPC8XX implementation MPC824X implementation MPC825X/6X/7X/8X implementation MPC8308 implementation MPC8309 implementation MPC8313E implementation MPC832XE implementation MPC834X implementation MPC8360E implementation MPC837XE implementation MPC854X implementation MPC8560 implementation MPC8572E implementation

FC2 MPC7400/10 implementation

This course covers Freescale G4 Power CPUs

formateur


Objectives
	The course provides coding guidelines based on the knowledge of the instruction pipeline.
	Data flows between SDRAM, L1 caches and L2 cache are highlighted.
	Cache coherency protocol is introduced in increasing depth.
	Vector instructions and new C operators are viewed in detail.
	Data streams parameterizing is emphasized through an example.
	This course covers bus operation, either 60X or MPX mode.
	Through a FFT algorithm, the instructor shows how to vectorize processing and reduce execution time using data streaming.
	The internal performance monitor has been programmed so that different versions of the FFT algorithm implementation can be compared.
A more detailed course description is available on request at info@ac6-training.com


Prerequisites
	Experience of a 32 bit processor or DSP is mandatory.

Outline


MPC7400/10 PIPELINE
	Superscalar out-of-order execution
	Branch Target Instruction Cache
	Static vs dynamic branch prediction
	Coding guidelines
L1 AND L2 CACHES
	Cache basics
	PLRU L1 replacement algorithm, FIFO L2 replacement algorithm
	Hardware data cache flush
	Cache coherency based on snooping, the MEI, MESI and MERSI state machines
INTERNAL DATA FLOWS
	Data and instructions queuing mechanism to decouple bus operation and internal activity
	The Memory Sub System
	The load fold queue and the store miss merging
MPC7400/10 SPECIFIC UNITS
	Power management
	Performance monitor
	JTAG debugger
	Differences between 7400 and 7410
THE UISA LAYER
	User registers
	Branch instructions
	Integer instructions
	IEEE754 floating point standard
	Float instructions
	EABI introduction
THE VEA LAYER
	Cache related instructions
	Little-endian emulation
	PowerPC timers


ALTIVEC IMPLEMENTATION
	Altivec registers
	Vector load / store instructions
	Vector integer instructions
	Vector float instructions
	Vector permut instructions
	ANSI C extensions to support vectors
	Altivec implementation on 7400/10
	Data streams
THE OEA LAYER - MMU
	MMU goals
	Process protection
	Tablesearch, hash value
	MMU implementation in real-time sensitive applications
THE OEA LAYER – EXCEPTION MECHANISM
	Supervisor registers
	Context saving through SRR0/SRR1 registers
	Handler table
	Exception nesting
MPC7400 HARDWARE IMPLEMENTATION
	Auto-check on power up
	Bus features : address pipelining, split transactions
	60X bus cycles
	MPX data only transactions
	Synchronous SRAM technologies
	L2 bus interface

Duration	Cost	Calendar
5 days	2100 €


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Last site update: Mon 21 May 2012 05:28:46 PM CEST