abstract.txt

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Monitor for Phytec KC167CR Board 

You need under Options - L166 Misc RESERVE:
  8H-0BH, 0ACH-0AFH

For correct using the Monitor:
  connect the PC COM port to P1 connector

Jumper Settings:
 JP3:  (1+2) CS0 --> FLASH
       (3+4) CS1 --> RAM
 JP2:  open  P3.9 freeely available (= default)
 JP8:  open  P3.8 freeely available (= default)
 JP9:  (1+2) DB9-plug P2 for CAN    (= default)
 JP10: (1+2) DB9-plug P2 for CAN    (= default)


BOOTSTRAP MODE
==============

Memory map:
 00:0000h - 00:EFFFh  free RAM
 00:F000h - 00:FFFFh  internal RAM and SFR's
 01:0000h - 0F:E9FFh  free RAM (optional)
 0F:EA00h - 0F:EBFFh  RAM used by Monitor (Data Area)
 0F:EC00h - 0F:FFFFh  RAM used by Monitor (Code Area)
 10:0000h - 1F:FFFFh  optinal free RAM (optional)
 20:0000h - 23:FFFFh  Flash ROM
 24:0000h - ....      Flash ROM (optional)

 S3 - DIP switches:
 1	2	3	4	5	6	7	8
 ON	OFF	OFF	OFF	OFF	OFF	OFF	OFF


NON-BOOTSTRAP MODES:
====================

You will find two ready Monitor programs in this directory:
 - MONITOR.H86 for Target "UART ASC0" and Automatic baudrate detection
 - MONSIM.H86 for Target "Simulated Serial"

 Since the Monitor runs on code address 20:0000 but 
 the flash ROM is located at address 0, the HEX files 
 has to be generated with an offset of -0x200000.  
 Set the Option for Target "UART ASC0" - Output -
 Offset: -0x200000.
 Set the S3.1 DIP switch ON to load the Flash-ROM.
 Now you can load the MONITOR.H86 into the Flash-ROM 
 using the Phytec FLASHT.EXE programming tool.
  
Memory map:
 00:0000h - 00:BDFFh  free RAM for User application
 00:C000h - 00:EFFFh  free RAM, CAN and XRAM area
 00:F000h - 00:FFFFh  On chip RAM and SFR area
 01:0000h - 0F:FDFFh  RAM (optional)
 0F:FE00h - 0F:FFFFh  RAM used by Monitor (Data Area)
 10:0000h - 1F:FFFFh  RAM (optional)
 20:0000h - 23:FFFFh  Flash ROM containing Monitor (Code Area)
 24:0000h - ...       Flash ROM (optional)

 S3 - DIP switches: 
 1	2	3	4	5	6	7	8
 OFF	OFF	OFF	OFF	OFF	OFF	OFF	OFF


Jumper Settings for SIMULATED SERIAL Debug interface:
 JP2:  (2+3) P3.9 as RS232 Debug-Interface
 JP8:  (2+3) P3.8 as RS232 Debug-Interface
 JP9:  (2+3) DB9-plug P2 for Debug-Interface
 JP10: (2+3) DB9-plug P2 for Debug-Interface