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Like the low-end PIC microcontroller architecture, much of the software written for the mid-range chips can be used on the PIC18 architecture Differences include the change in bank register and program memory accessing All the hardware I/O or special function registers (SFRs) in the PIC18 can be accessed directly, without the need for changing bank select bits The multiple, enhanced index registers ease the effort in implementing arrays, data stacks, pointers, and other multibyte data structures The PIC18 has additional instructions over the mid-range with many new capabilities that will make your application development simpler and much easier Despite the differences in the architectures, you will nd that most applications written for the mid-range PIC microcontroller processor architecture will execute without modi cation in the PIC18 There has been a big improvement in the ef ciency of the instruction set used in the PIC18 architecture.

As a superset of the mid-range architecture, there are operations that can be carried out much more ef ciently and much easier in the PIC18 than in the midrange devices While I have noted that the standard PIC microcontroller mid-range is at least 30 percent more ef cient than other 8-bit processor architectures in executing operations at the same instruction cycle speed, the improved instruction set of the PIC18 easily doubles that value (or more) This makes the PIC18 more than twice as ef cient in terms of application instruction size and execution cycles over other 8-bit processors available in the marketplace Coupled with the very fast (four clock cycle per) instruction clock, the PIC18 is capable of remarkably fast and powerful applications without having excessive heat dissipation or current requirements.

For the remainder of this chapter, I will introduce you to the PIC18 and show what can be done to improve the ef ciency of application execution over the earlier PIC microcontroller processor architectures To allow you to learn as much as you can, I suggest that you start up MPLAB IDE, click on Project and then Project Wizard to create the P18InsTempltasm project for the PIC18F2510 with the execution template below This will allow you to quickly try out the different instructions and code snippets that are presented by entering them into the P18InsTempltasm le:.

Turn off your own cell phone! It s especially embarrassing when the speaker s phone goes off. If a cell phone goes off in the audience, say something humorous as a reminder to silence all phones. If it happens a second time, ignore it and move on.

OSC=INTIO67, FCMEN=OFF, IESO=OFF, PWRT=ON, BOREN=OFF, WDT=OFF WDTPS=1, MCLRE=OFF, LPT1OSC=OFF, PBADEN=OFF, CCP2MX=PORTC STVREN=OFF, LVP=OFF, XINST=OFF, DEBUG=OFF CP0=OFF, CP1=OFF, CP2=OFF, CP3=OFF, CPB=OFF WRT0=OFF, WRT1=OFF, WRT2=OFF, WRT3=OFF, WRTB=OFF, WRTC=OFF EBTR0=OFF, EBTR1=OFF, EBTR2=OFF, EBTR3=OFF, EBTRB=OFF 0

Before starting to work on a new PIC microcontroller architecture, I have found the rst thing is to decide where variables are to be placed and how data is to be organized In the mid-range PIC microcontroller devices, placing single and double byte variables in bank 0 cuts down on the number of execution bank changes that have to be made within the application Array variable data is normally placed in bank 1 (or bank 2 or bank 3 is selected using the IRP bit), which can be addressed directly by the FSR register Data for the low-end PIC microcontroller architecture is located similarly with bank 0 being used for single and double byte values and arrays placed in bank 1 or higher In the PIC18 architecture, I follow a similar philosophy for single and double byte variable placement.

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These variables are always located in the rst 128 addresses of bank 0, allowing them to be addressed via the access RAM PIC18 array variables are placed in the upper banks of memory where they can be accessed by the index (FSR) registers, which do not require special bank access In each architecture I have chosen a method that allows me to access basic 1- and 2-byte variables directly without changing the bank register and accessing arrays using the basic capabilities of the FSR register Data can be loaded and stored in the WREG register using the PIC18 movf, movlw, and movwf instructions The important difference between these instructions and the other architecture s analogs is the addition of the access bit in the instruction bit patterns, which allows you to choose between using the bank register for accessing data or reading and writing the basic information directly.