mlt.hif

CPLD VHDL CODE非常好的参考资料

Version 5.0 Build 148 04/26/2005 SJ Full Version
29
1521
OFF
OFF
OFF
OFF
OFF
FV_OFF
VRSM_ON
VHSM_ON
0
# entity
mlt
# logic_option {
AUTO_RAM_RECOGNITION
ON
}
# case_insensitive
# source_file
mlt.vhd
1127467056
4
# storage
db|mlt.(0).cnf
db|mlt.(0).cnf
# internal_option {
ADD_PASS_THROUGH_LOGIC_TO_INFERRED_RAMS
ON
AUTO_RESOURCE_SHARING
OFF
}
# hierarchies {
|
}
# end
# entity
lpm_mult
# case_insensitive
# source_file
c:|altera|quartus50|libraries|megafunctions|lpm_mult.tdf
1114012452
6
# storage
db|mlt.(1).cnf
db|mlt.(1).cnf
# user_parameter {
AUTO_CARRY_CHAINS
ON
AUTO_CARRY
USR
IGNORE_CARRY_BUFFERS
OFF
IGNORE_CARRY
USR
AUTO_CASCADE_CHAINS
ON
AUTO_CASCADE
USR
IGNORE_CASCADE_BUFFERS
OFF
IGNORE_CASCADE
USR
LPM_WIDTHA
2
PARAMETER_UNKNOWN
USR
LPM_WIDTHB
2
PARAMETER_UNKNOWN
USR
LPM_WIDTHP
4
PARAMETER_UNKNOWN
USR
LPM_WIDTHR
4
PARAMETER_UNKNOWN
USR
LPM_WIDTHS
1
PARAMETER_UNKNOWN
USR
LPM_REPRESENTATION
UNSIGNED
PARAMETER_UNKNOWN
USR
LPM_PIPELINE
0
PARAMETER_UNKNOWN
DEF
LATENCY
0
PARAMETER_UNKNOWN
DEF
INPUT_A_IS_CONSTANT
NO
PARAMETER_UNKNOWN
USR
INPUT_B_IS_CONSTANT
NO
PARAMETER_UNKNOWN
USR
USE_EAB
OFF
PARAMETER_UNKNOWN
DEF
MAXIMIZE_SPEED
5
PARAMETER_UNKNOWN
USR
DEVICE_FAMILY
MAX7000S
PARAMETER_UNKNOWN
USR
CARRY_CHAIN
MANUAL
PARAMETER_UNKNOWN
USR
APEX20K_TECHNOLOGY_MAPPER
Lut
TECH_MAPPER_APEX20K
USR
DEDICATED_MULTIPLIER_CIRCUITRY
AUTO
PARAMETER_UNKNOWN
USR
DEDICATED_MULTIPLIER_MIN_INPUT_WIDTH_FOR_AUTO
0
PARAMETER_UNKNOWN
DEF
DEDICATED_MULTIPLIER_MIN_OUTPUT_WIDTH_FOR_AUTO
0
PARAMETER_UNKNOWN
DEF
CBXI_PARAMETER
NOTHING
PARAMETER_UNKNOWN
DEF
INPUT_A_FIXED_VALUE
Bx
PARAMETER_UNKNOWN
DEF
INPUT_B_FIXED_VALUE
Bx
PARAMETER_UNKNOWN
DEF
}
# used_port {
dataa0
dataa1
datab0
datab1
result0
result1
result2
result3
}
# include_file {
c:|altera|quartus50|libraries|megafunctions|aglobal50.inc
1114012420
c:|altera|quartus50|libraries|megafunctions|lpm_add_sub.inc
1107574408
c:|altera|quartus50|libraries|megafunctions|multcore.inc
1107575210
c:|altera|quartus50|libraries|megafunctions|bypassff.inc
1107573920
c:|altera|quartus50|libraries|megafunctions|altshift.inc
1107573438
}
# end
# entity
multcore
# case_insensitive
# source_file
c:|altera|quartus50|libraries|megafunctions|multcore.tdf
1114012452
6
# storage
db|mlt.(2).cnf
db|mlt.(2).cnf
# user_parameter {
AUTO_CARRY_CHAINS
ON
AUTO_CARRY
USR
IGNORE_CARRY_BUFFERS
OFF
IGNORE_CARRY
USR
AUTO_CASCADE_CHAINS
ON
AUTO_CASCADE
USR
IGNORE_CASCADE_BUFFERS
OFF
IGNORE_CASCADE
USR
widtha
2
PARAMETER_UNKNOWN
USR
widthb
2
PARAMETER_UNKNOWN
USR
LPM_REPRESENTATION
UNSIGNED
PARAMETER_UNKNOWN
USR
LATENCY
1
PARAMETER_UNKNOWN
USR
ONE_INPUT_IS_CONSTANT
NO
PARAMETER_UNKNOWN
USR
USE_EAB
OFF
PARAMETER_UNKNOWN
USR
MAXIMIZE_SPEED
5
PARAMETER_UNKNOWN
USR
OP_MODE
0
PARAMETER_UNKNOWN
USR
DEVICE_FAMILY
MAX7000S
PARAMETER_UNKNOWN
USR
CARRY_CHAIN
MANUAL
PARAMETER_UNKNOWN
USR
DEDICATED_MULTIPLIER_CIRCUITRY
AUTO
PARAMETER_UNKNOWN
USR
SUB_DEDICATED_MULTIPLIER_CIRCUITRY
NO
PARAMETER_UNKNOWN
USR
DSP_BLOCK_BALANCING
Auto
DSP_BLOCK_BALANCING_IMPLEMENTATION
USR
}
# used_port {
dataa0
dataa1
datab0
datab1
result0
result1
result2
result3
}
# include_file {
c:|altera|quartus50|libraries|megafunctions|aglobal50.inc
1114012420
c:|altera|quartus50|libraries|megafunctions|lpm_add_sub.inc
1107574408
c:|altera|quartus50|libraries|megafunctions|csa_add.inc
1107574010
c:|altera|quartus50|libraries|megafunctions|muleabz.inc
1107575194
c:|altera|quartus50|libraries|megafunctions|mpar_add.inc
1107575144
c:|altera|quartus50|libraries|megafunctions|mul_lfrg.inc
1107575178
c:|altera|quartus50|libraries|megafunctions|mul_boothc.inc
1107575160
c:|altera|quartus50|libraries|megafunctions|alt_ded_mult_y.inc
1107572466
c:|altera|quartus50|libraries|megafunctions|alt_ded_mult.inc
1107572450
c:|altera|quartus50|libraries|megafunctions|dffpipe.inc
1107574172
}
# end
# entity
altshift
# case_insensitive
# source_file
c:|altera|quartus50|libraries|megafunctions|altshift.tdf
1114012454
6
# storage
db|mlt.(3).cnf
db|mlt.(3).cnf
# user_parameter {
WIDTH
4
PARAMETER_UNKNOWN
USR
DEPTH
0
PARAMETER_UNKNOWN
USR
}
# used_port {
data0
data1
data2
data3
result0
result1
result2
result3
}
# end
# complete