muler.rpt

ＶＨＤＬ源程序

Project Information                     e:\temp\1k30_208_vhdl\demo21\muler.rpt

MAX+plus II Compiler Report File
Version 10.2 07/10/2002
Compiled: 06/02/2003 15:01:45

Copyright (C) 1988-2002 Altera Corporation
Any megafunction design, and related net list (encrypted or decrypted),
support information, device programming or simulation file, and any other
associated documentation or information provided by Altera or a partner
under Altera's Megafunction Partnership Program may be used only to
program PLD devices (but not masked PLD devices) from Altera.  Any other
use of such megafunction design, net list, support information, device
programming or simulation file, or any other related documentation or
information is prohibited for any other purpose, including, but not
limited to modification, reverse engineering, de-compiling, or use with
any other silicon devices, unless such use is explicitly licensed under
a separate agreement with Altera or a megafunction partner.  Title to
the intellectual property, including patents, copyrights, trademarks,
trade secrets, or maskworks, embodied in any such megafunction design,
net list, support information, device programming or simulation file, or
any other related documentation or information provided by Altera or a
megafunction partner, remains with Altera, the megafunction partner, or
their respective licensors.  No other licenses, including any licenses
needed under any third party's intellectual property, are provided herein.



***** Project compilation was successful




** DEVICE SUMMARY **

Chip/                     Input Output Bidir  Memory  Memory  			 LCs
POF       Device          Pins  Pins   Pins   Bits % Utilized  LCs  % Utilized

muler     EP1K30QC208-3    20     13     8    4480      18 %    513      29 %

User Pins:                 20     13     8  



Project Information                     e:\temp\1k30_208_vhdl\demo21\muler.rpt

** PROJECT COMPILATION MESSAGES **

Warning: Flipflop '|SCANDISP:38|:23' stuck at VCC
Info: Reserved unused input pin 'SW8' for future use because it has a pin assignment -- pin is tri-stated and must be connected to your board
Info: Reserved unused input pin 'SW6' for future use because it has a pin assignment -- pin is tri-stated and must be connected to your board
Info: Reserved unused input pin 'SW7' for future use because it has a pin assignment -- pin is tri-stated and must be connected to your board
Info: Reserved unused input pin 'SW5' for future use because it has a pin assignment -- pin is tri-stated and must be connected to your board
Info: Reserved unused input pin 'SW3' for future use because it has a pin assignment -- pin is tri-stated and must be connected to your board
Info: Reserved unused input pin 'SW4' for future use because it has a pin assignment -- pin is tri-stated and must be connected to your board
Info: Reserved unused input pin 'SW2' for future use because it has a pin assignment -- pin is tri-stated and must be connected to your board
Info: Reserved unused input pin 'SW1' for future use because it has a pin assignment -- pin is tri-stated and must be connected to your board


Project Information                     e:\temp\1k30_208_vhdl\demo21\muler.rpt

** PIN/LOCATION/CHIP ASSIGNMENTS **

                  Actual                  
    User       Assignments                
Assignments   (if different)     Node Name

muler@86                          A
muler@87                          B
muler@88                          C
muler@78                          CLK1KHZ
muler@80                          CLK8HZ
muler@79                          CLK10KHZ
muler@89                          D
muler@90                          E
muler@92                          F
muler@93                          G
muler@170                         KB0
muler@54                          Q0
muler@55                          Q1
muler@56                          Q2
muler@57                          Q3
muler@58                          Q4
muler@60                          Q5
muler@61                          Q6
muler@62                          Q7
muler@172                         RAM_RD
muler@173                         RAM_WR
muler@85                          RESET
muler@68                          RL0
muler@69                          RL1
muler@70                          RL2
muler@71                          RL3
muler@73                          RL4
muler@74                          RL5
muler@75                          RL6
muler@83                          RL7
muler@174                         SS0
muler@175                         SS1
muler@176                         SS2
muler@39                          SW1
muler@40                          SW2
muler@41                          SW3
muler@44                          SW4
muler@45                          SW5
muler@46                          SW6
muler@47                          SW7
muler@53                          SW8


Project Information                     e:\temp\1k30_208_vhdl\demo21\muler.rpt

** EMBEDDED ARRAYS **


|MULTIPLY:47|lpm_mult:U1|multcore:mult_core|muleabz:multer0|muleabz:lookup_table0|muleabz:multer|IMPL_EAB:multer|altrom:eab|content: MEMORY (
               width        =    8;
               depth        =  256;
               segmentsize  =  256;
               mode         = MEM_READONLY#MEM_INITIALIZED#MEM_REG_DATAOUT_CLK1;
               file         = "muler(1).mif";
         )
         OF SEGMENTS (
               |MULTIPLY:47|lpm_mult:U1|multcore:mult_core|muleabz:multer0|muleabz:lookup_table0|muleabz:multer|IMPL_EAB:multer|altrom:eab|segment0_7,
               |MULTIPLY:47|lpm_mult:U1|multcore:mult_core|muleabz:multer0|muleabz:lookup_table0|muleabz:multer|IMPL_EAB:multer|altrom:eab|segment0_6,
               |MULTIPLY:47|lpm_mult:U1|multcore:mult_core|muleabz:multer0|muleabz:lookup_table0|muleabz:multer|IMPL_EAB:multer|altrom:eab|segment0_5,
               |MULTIPLY:47|lpm_mult:U1|multcore:mult_core|muleabz:multer0|muleabz:lookup_table0|muleabz:multer|IMPL_EAB:multer|altrom:eab|segment0_4,
               |MULTIPLY:47|lpm_mult:U1|multcore:mult_core|muleabz:multer0|muleabz:lookup_table0|muleabz:multer|IMPL_EAB:multer|altrom:eab|segment0_3,
               |MULTIPLY:47|lpm_mult:U1|multcore:mult_core|muleabz:multer0|muleabz:lookup_table0|muleabz:multer|IMPL_EAB:multer|altrom:eab|segment0_2,
               |MULTIPLY:47|lpm_mult:U1|multcore:mult_core|muleabz:multer0|muleabz:lookup_table0|muleabz:multer|IMPL_EAB:multer|altrom:eab|segment0_1,
               |MULTIPLY:47|lpm_mult:U1|multcore:mult_core|muleabz:multer0|muleabz:lookup_table0|muleabz:multer|IMPL_EAB:multer|altrom:eab|segment0_0
);



|MULTIPLY:47|lpm_mult:U1|multcore:mult_core|muleabz:multer0|muleabz:last_lookup_table|muleabz:multer|IMPL_EAB:multer|altrom:eab|content: MEMORY (
               width        =    6;
               depth        =   64;
               segmentsize  =   64;
               mode         = MEM_READONLY#MEM_INITIALIZED#MEM_REG_DATAOUT_CLK1;
               file         = "muler(2).mif";
         )
         OF SEGMENTS (
               |MULTIPLY:47|lpm_mult:U1|multcore:mult_core|muleabz:multer0|muleabz:last_lookup_table|muleabz:multer|IMPL_EAB:multer|altrom:eab|segment0_5,
               |MULTIPLY:47|lpm_mult:U1|multcore:mult_core|muleabz:multer0|muleabz:last_lookup_table|muleabz:multer|IMPL_EAB:multer|altrom:eab|segment0_4,
               |MULTIPLY:47|lpm_mult:U1|multcore:mult_core|muleabz:multer0|muleabz:last_lookup_table|muleabz:multer|IMPL_EAB:multer|altrom:eab|segment0_3,
               |MULTIPLY:47|lpm_mult:U1|multcore:mult_core|muleabz:multer0|muleabz:last_lookup_table|muleabz:multer|IMPL_EAB:multer|altrom:eab|segment0_2,
               |MULTIPLY:47|lpm_mult:U1|multcore:mult_core|muleabz:multer0|muleabz:last_lookup_table|muleabz:multer|IMPL_EAB:multer|altrom:eab|segment0_1,
               |MULTIPLY:47|lpm_mult:U1|multcore:mult_core|muleabz:multer0|muleabz:last_lookup_table|muleabz:multer|IMPL_EAB:multer|altrom:eab|segment0_0
);



|MULTIPLY:47|lpm_mult:U1|multcore:mult_core|muleabz:last_multer|muleabz:multer|IMPL_EAB:multer|altrom:eab|content: MEMORY (
               width        =    8;
               depth        =  256;
               segmentsize  =  256;
               mode         = MEM_READONLY#MEM_INITIALIZED#MEM_REG_DATAOUT_CLK1;
               file         = "muler(3).mif";
         )
         OF SEGMENTS (
               |MULTIPLY:47|lpm_mult:U1|multcore:mult_core|muleabz:last_multer|muleabz:multer|IMPL_EAB:multer|altrom:eab|segment0_7,
               |MULTIPLY:47|lpm_mult:U1|multcore:mult_core|muleabz:last_multer|muleabz:multer|IMPL_EAB:multer|altrom:eab|segment0_6,
               |MULTIPLY:47|lpm_mult:U1|multcore:mult_core|muleabz:last_multer|muleabz:multer|IMPL_EAB:multer|altrom:eab|segment0_5,
               |MULTIPLY:47|lpm_mult:U1|multcore:mult_core|muleabz:last_multer|muleabz:multer|IMPL_EAB:multer|altrom:eab|segment0_4,
               |MULTIPLY:47|lpm_mult:U1|multcore:mult_core|muleabz:last_multer|muleabz:multer|IMPL_EAB:multer|altrom:eab|segment0_3,
               |MULTIPLY:47|lpm_mult:U1|multcore:mult_core|muleabz:last_multer|muleabz:multer|IMPL_EAB:multer|altrom:eab|segment0_2,
               |MULTIPLY:47|lpm_mult:U1|multcore:mult_core|muleabz:last_multer|muleabz:multer|IMPL_EAB:multer|altrom:eab|segment0_1,
               |MULTIPLY:47|lpm_mult:U1|multcore:mult_core|muleabz:last_multer|muleabz:multer|IMPL_EAB:multer|altrom:eab|segment0_0
);