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FMC ADC 100M 14b 4cha - Testing
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FMC ADC 100M 14b 4cha - Testing
Commits
243cc399
Commit
243cc399
authored
Jan 12, 2012
by
Matthieu Cattin
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New program to test FMC EEPROM formating and writing.
parent
d1c8010c
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78 deletions
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-78
test19_eeprom.py
test/fmcadc100m14b4cha/python/test19_eeprom.py
+129
-0
test19_eeprom_input.xml
test/fmcadc100m14b4cha/python/test19_eeprom_input.xml
+78
-78
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test/fmcadc100m14b4cha/python/test19_eeprom.py
0 → 100755
View file @
243cc399
#! /usr/bin/env python
# coding: utf8
# Copyright CERN, 2011
# Author: Matthieu Cattin <matthieu.cattin@cern.ch>
# Licence: GPL v2 or later.
# Website: http://www.ohwr.org
import
sys
import
rr
import
time
import
datetime
import
os
import
libxml2
import
spec_fmc_adc
import
fmc_adc
"""
test19_eeprom: Test eeprom data formatting
Note: Requires test00.py to run first to load the firmware!
"""
def
main
(
default_directory
=
'.'
):
# Objects declaration
spec
=
rr
.
Gennum
()
# bind to the SPEC board
spec_fmc
=
spec_fmc_adc
.
CSpecFmcAdc100Ms
(
spec
)
fmc
=
fmc_adc
.
CFmcAdc100Ms
(
spec
)
############################################################################
# Append serial number and mfg date to XML file
############################################################################
serial_filename
=
"../../../serial.txt"
f_serial
=
open
(
serial_filename
,
'r+'
)
serial
=
f_serial
.
readline
()
f_serial
.
close
()
serial
=
serial
[:
-
1
]
# remove EOL char
print
"serial number:
%
s"
%
serial
serial
=
'+'
+
serial
+
'.0'
# Calculate number of minutes since 1/1/96
now_date
=
datetime
.
datetime
.
now
()
ref_date
=
datetime
.
datetime
(
1996
,
1
,
1
)
diff_date
=
now_date
-
ref_date
minutes
=
"
%
d"
%
int
(
diff_date
.
total_seconds
()
//
60
)
print
"Mfg date/time:
%
s"
%
minutes
sys
.
exit
()
xml_filename
=
"test19_eeprom_input.xml"
doc
=
libxml2
.
parseFile
(
xml_filename
)
root
=
doc
.
getRootElement
()
area
=
root
.
children
while
area
is
not
None
:
if
area
.
type
==
"element"
:
areaContent
=
area
.
children
while
areaContent
is
not
None
:
if
areaContent
.
type
==
"element"
:
if
areaContent
.
prop
(
'name'
)
==
"Board_serial_number"
:
areaContent
.
setProp
(
'content'
,
serial
)
print
"Board serial number
%
s written to XML file"
%
serial
if
areaContent
.
prop
(
'name'
)
==
"Mfg. Date/Time"
:
areaContent
.
setProp
(
'content'
,
minutes
)
print
"Mfg date/time
%
s written to XML file"
%
minutes
areaContent
=
areaContent
.
next
area
=
area
.
next
f
=
open
(
xml_filename
,
'w'
)
doc
.
saveTo
(
f
)
f
.
close
############################################################################
# Format FMC EEPROM data
############################################################################
print
"Formatting FMC EEPROM data"
os
.
system
(
"python fmc_eeprom_gen.py -i test19_eeprom_input.xml -o test19_formatted_data.txt -r test19_corr_data.txt"
)
############################################################################
# Write data to FMC EEPROM
############################################################################
in_filename
=
"test19_formatted_data.txt"
eeprom_content
=
[]
eeprom_addr
=
[]
f_in
=
open
(
in_filename
,
"r+"
)
for
line
in
f_in
:
addr
,
data
=
line
.
split
()
eeprom_content
.
append
(
int
(
data
,
2
))
eeprom_addr
.
append
(
int
(
addr
,
2
))
if
len
(
eeprom_content
)
==
0
:
print
"[ERROR] Formatted data file is empty"
else
:
byte_to_write
=
len
(
eeprom_content
)
addr
=
0
while
byte_to_write
:
if
byte_to_write
>
32
:
size
=
32
else
:
size
=
byte_to_write
fmc
.
sys_i2c_eeprom_write
(
addr
,
eeprom_content
[
addr
:(
addr
+
size
)])
byte_to_write
-=
size
addr
+=
size
time
.
sleep
(
0.01
)
# have to wait between writes otherwise the eeprom gives NACK on the i2c bus
print
"Data written to FMC EEPROM"
f_in
.
close
()
############################################################################
# Verify EEPROM data
############################################################################
time
.
sleep
(
0.1
)
if
len
(
eeprom_content
)
!=
0
:
eeprom_content_read
=
fmc
.
sys_i2c_eeprom_read
(
0
,
len
(
eeprom_content
))
error
=
0
for
i
in
range
(
len
(
eeprom_content
)):
if
eeprom_content
[
i
]
!=
eeprom_content_read
[
i
]:
print
"[ERROR] eeprom data corruption @ addr:
%
d expect:0x
%.2
X read:0x
%.2
X"
%
(
i
,
eeprom_content
[
i
],
eeprom_content_read
[
i
])
error
+=
1
if
error
==
0
:
print
"Data verification OK!"
if
__name__
==
'__main__'
:
main
()
test/fmcadc100m14b4cha/python/test19_eeprom_input.xml
View file @
243cc399
<?xml version="1.0" encoding="UTF-8"?>
<FMC_EPROMDATA
memory_size
=
"2000"
>
<area
number
=
"1"
pos_of_len_field =
"2"
>
<field
name=
"Board Area Format version"
type=
"binary"
content=
"00000001"
description=
"Indentifies language used"
has_typelen =
"no"
/>
<field
name=
"Language"
type=
"binary"
content=
"00000001"
description=
"Indentifies language used"
has_typelen =
"no"
/>
<field
name=
"Mfg. Date/Time"
type=
"binary"
content=
"00000010 01010101"
description=
"Num of mins from 00:00hrs 1/1/96 - little endian"
has_typelen =
"no"
/>
<field
name=
"Board_manufacturer"
type=
"ascii"
content=
"CERN"
description=
"the manufacturer of the board"
has_typelen =
"yes"
/>
<field
name=
"Board product name"
type=
"ascii"
content=
"fmc-adc-100m14b4cha"
description=
"name of the board"
has_typelen =
"yes"
/>
<field
name=
"Board_serial_number"
type=
"binary"
content=
"00000000"
description=
"serial number for board"
has_typelen =
"yes"
/>
<field
name=
"Board_part_number"
type=
"ascii"
content=
"Desired input"
description=
"Part number for the board"
has_typelen =
"yes"
/>
<field
name=
"FRU File ID"
type=
"ascii"
content=
"User dependant"
description=
"User desired - identification of EEPROM info source"
has_typelen =
"yes"
/>
<field
name=
"Custom Mfg fields"
type=
"ascii"
content=
"Userdependant"
description=
"Delete if undesired"
has_typelen =
"yes"
/>
<FMC_EPROMDATA
memory_size
=
"2000"
>
<area
number
=
"1"
pos_of_len_field=
"2"
>
<field
name=
"Board Area Format version"
type=
"binary"
content=
"00000001"
description=
"Indentifies language used"
has_typelen=
"no"
/>
<field
name=
"Language"
type=
"binary"
content=
"00000001"
description=
"Indentifies language used"
has_typelen=
"no"
/>
<field
name=
"Mfg. Date/Time"
type=
"binary"
content=
"00000010 01010101"
description=
"Num of mins from 00:00hrs 1/1/96 - little endian"
has_typelen=
"no"
/>
<field
name=
"Board_manufacturer"
type=
"ascii"
content=
"CERN"
description=
"the manufacturer of the board"
has_typelen=
"yes"
/>
<field
name=
"Board product name"
type=
"ascii"
content=
"fmc-adc-100m14b4cha"
description=
"name of the board"
has_typelen=
"yes"
/>
<field
name=
"Board_serial_number"
type=
"signed_short"
content=
"+16.0"
description=
"serial number for board"
has_typelen=
"yes"
/>
<field
name=
"Board_part_number"
type=
"ascii"
content=
"Desired input"
description=
"Part number for the board"
has_typelen=
"yes"
/>
<field
name=
"FRU File ID"
type=
"ascii"
content=
"User dependant"
description=
"User desired - identification of EEPROM info source"
has_typelen=
"yes"
/>
<field
name=
"Custom Mfg fields"
type=
"ascii"
content=
"Userdependant"
description=
"Delete if undesired"
has_typelen=
"yes"
/>
</area>
<area
number
=
"5"
pos_of_len_field =
"0"
>
<multirecord
name=
"DC_LOAD"
multi_record_num =
"1"
>
<field
name=
"DC Load number"
type=
"binary"
content=
"00000001"
description=
"DC load multirecord number"
has_typelen =
"no"
/>
<field
name=
"Nominal Voltage"
type=
"signed_short"
content=
"+2.50"
description=
"Nominal voltage for Vadj"
has_typelen =
"no"
/>
<field
name=
"min_v"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd min voltage for Vadj"
has_typelen =
"no"
/>
<field
name=
"max_v"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd max voltage for Vadj"
has_typelen =
"no"
/>
<field
name=
"ripple_pk_pk"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd Ripple and noise pk - pk for vadj"
has_typelen =
"no"
/>
<field
name=
"min_current"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd min current load for Vadj"
has_typelen =
"no"
/>
<field
name=
"max_current"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd min current load for Vadj"
has_typelen =
"no"
/>
<area
number
=
"5"
pos_of_len_field=
"0"
>
<multirecord
name=
"DC_LOAD"
multi_record_num=
"1"
>
<field
name=
"DC Load number"
type=
"binary"
content=
"00000001"
description=
"DC load multirecord number"
has_typelen=
"no"
/>
<field
name=
"Nominal Voltage"
type=
"signed_short"
content=
"+2.50"
description=
"Nominal voltage for Vadj"
has_typelen=
"no"
/>
<field
name=
"min_v"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd min voltage for Vadj"
has_typelen=
"no"
/>
<field
name=
"max_v"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd max voltage for Vadj"
has_typelen=
"no"
/>
<field
name=
"ripple_pk_pk"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd Ripple and noise pk - pk for vadj"
has_typelen=
"no"
/>
<field
name=
"min_current"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd min current load for Vadj"
has_typelen=
"no"
/>
<field
name=
"max_current"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd min current load for Vadj"
has_typelen=
"no"
/>
</multirecord>
<multirecord
name=
"DC_LOAD"
multi_record_num =
"2"
>
<field
name=
"DC load number"
type=
"binary"
content=
"00000010"
description=
"DC output multirecord number"
has_typelen =
"no"
/>
<field
name=
"Nominal Voltage"
type=
"signed_short"
content=
"+3.30"
description=
"Nominal voltage for 3P3V"
has_typelen =
"no"
/>
<field
name=
"min_v"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd min voltage for 3P3V"
has_typelen =
"no"
/>
<field
name=
"max_v"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd max voltage for 3P3V"
has_typelen =
"no"
/>
<field
name=
"ripple_pk_pk"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd Ripple and noise pk - pk for 3P3V"
has_typelen =
"no"
/>
<field
name=
"min_current"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd min current load for 3P3V"
has_typelen =
"no"
/>
<field
name=
"max_current"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd min current load for 3P3V"
has_typelen =
"no"
/>
<multirecord
name=
"DC_LOAD"
multi_record_num=
"2"
>
<field
name=
"DC load number"
type=
"binary"
content=
"00000010"
description=
"DC output multirecord number"
has_typelen=
"no"
/>
<field
name=
"Nominal Voltage"
type=
"signed_short"
content=
"+3.30"
description=
"Nominal voltage for 3P3V"
has_typelen=
"no"
/>
<field
name=
"min_v"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd min voltage for 3P3V"
has_typelen=
"no"
/>
<field
name=
"max_v"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd max voltage for 3P3V"
has_typelen=
"no"
/>
<field
name=
"ripple_pk_pk"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd Ripple and noise pk - pk for 3P3V"
has_typelen=
"no"
/>
<field
name=
"min_current"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd min current load for 3P3V"
has_typelen=
"no"
/>
<field
name=
"max_current"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd min current load for 3P3V"
has_typelen=
"no"
/>
</multirecord>
<multirecord
name=
"DC_LOAD"
multi_record_num =
"3"
>
<field
name=
"DC load number"
type=
"binary"
content=
"00000011"
description=
"DC output multirecord number"
has_typelen =
"no"
/>
<field
name=
"Nominal Voltage"
type=
"signed_short"
content=
"+12.00"
description=
"Nominal voltage for 12P0V"
has_typelen =
"no"
/>
<field
name=
"min_v"
type=
"signed_short"
content =
"+0.00"
description=
"Spec'd min voltage for 12P0V"
has_typelen =
"no"
/>
<field
name=
"max_v"
type=
"signed_short"
content =
"+0.00"
description=
"Spec'd max voltage for 12P0V"
has_typelen =
"no"
/>
<field
name=
"ripple_pk_pk"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd Ripple and noise pk - pk for 12P0V"
has_typelen =
"no"
/>
<field
name=
"min_current"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd min current load for 12P0V"
has_typelen =
"no"
/>
<field
name=
"max_current"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd min current load for 12P0V"
has_typelen =
"no"
/>
<multirecord
name=
"DC_LOAD"
multi_record_num=
"3"
>
<field
name=
"DC load number"
type=
"binary"
content=
"00000011"
description=
"DC output multirecord number"
has_typelen=
"no"
/>
<field
name=
"Nominal Voltage"
type=
"signed_short"
content=
"+12.00"
description=
"Nominal voltage for 12P0V"
has_typelen=
"no"
/>
<field
name=
"min_v"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd min voltage for 12P0V"
has_typelen=
"no"
/>
<field
name=
"max_v"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd max voltage for 12P0V"
has_typelen=
"no"
/>
<field
name=
"ripple_pk_pk"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd Ripple and noise pk - pk for 12P0V"
has_typelen=
"no"
/>
<field
name=
"min_current"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd min current load for 12P0V"
has_typelen=
"no"
/>
<field
name=
"max_current"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd min current load for 12P0V"
has_typelen=
"no"
/>
</multirecord>
<multirecord
name=
"DC_OUTPUT"
multi_record_num =
"1"
>
<field
name=
"DC Output number"
type=
"binary"
content=
"00000001"
description=
"DC output multirecord number"
has_typelen =
"no"
/>
<field
name=
"Nominal Voltage"
type=
"signed_short"
content=
"+0.00"
description=
"Nominal voltage for VIO_B_M2C"
has_typelen =
"no"
/>
<field
name=
"min_v"
type=
"signed_short"
content =
"+0.00"
description=
"Spec'd min voltage for VIO_B_M2C"
has_typelen =
"no"
/>
<field
name=
"max_v"
type=
"signed_short"
content =
"+0.00"
description=
"Spec'd max voltage for VIO_B_M2C"
has_typelen =
"no"
/>
<field
name=
"ripple_pk_pk"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd Ripple and noise pk - pk for VIO_B_M2C"
has_typelen =
"no"
/>
<field
name=
"min_current"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd min current load for VIO_B_M2C"
has_typelen =
"no"
/>
<field
name=
"max_current"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd min current load for VIO_B_M2C"
has_typelen =
"no"
/>
<multirecord
name=
"DC_OUTPUT"
multi_record_num=
"1"
>
<field
name=
"DC Output number"
type=
"binary"
content=
"00000001"
description=
"DC output multirecord number"
has_typelen=
"no"
/>
<field
name=
"Nominal Voltage"
type=
"signed_short"
content=
"+0.00"
description=
"Nominal voltage for VIO_B_M2C"
has_typelen=
"no"
/>
<field
name=
"min_v"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd min voltage for VIO_B_M2C"
has_typelen=
"no"
/>
<field
name=
"max_v"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd max voltage for VIO_B_M2C"
has_typelen=
"no"
/>
<field
name=
"ripple_pk_pk"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd Ripple and noise pk - pk for VIO_B_M2C"
has_typelen=
"no"
/>
<field
name=
"min_current"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd min current load for VIO_B_M2C"
has_typelen=
"no"
/>
<field
name=
"max_current"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd min current load for VIO_B_M2C"
has_typelen=
"no"
/>
</multirecord>
<multirecord
name=
"DC_OUTPUT"
multi_record_num =
"2"
>
<field
name=
"DC Output number"
type=
"binary"
content=
"00000010"
description=
"DC output multirecord number"
has_typelen =
"no"
/>
<field
name=
"Nominal Voltage"
type=
"signed_short"
content=
"+0.00"
description=
"Nominal voltage for VREF_A_M2C"
has_typelen =
"no"
/>
<field
name=
"min_v"
type=
"signed_short"
content =
"+0.00"
description=
"Spec'd min voltage for VREF_A_M2C"
has_typelen =
"no"
/>
<field
name=
"max_v"
type=
"signed_short"
content =
"+0.00"
description=
"Spec'd max voltage for VREF_A_M2C"
has_typelen =
"no"
/>
<field
name=
"ripple_pk_pk"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd Ripple and noise pk - pk for VREF_A_M2C"
has_typelen =
"no"
/>
<field
name=
"min_current"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd min current load for VREF_A_M2C"
has_typelen =
"no"
/>
<field
name=
"max_current"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd min current load for VREF_A_M2C"
has_typelen =
"no"
/>
<multirecord
name=
"DC_OUTPUT"
multi_record_num=
"2"
>
<field
name=
"DC Output number"
type=
"binary"
content=
"00000010"
description=
"DC output multirecord number"
has_typelen=
"no"
/>
<field
name=
"Nominal Voltage"
type=
"signed_short"
content=
"+0.00"
description=
"Nominal voltage for VREF_A_M2C"
has_typelen=
"no"
/>
<field
name=
"min_v"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd min voltage for VREF_A_M2C"
has_typelen=
"no"
/>
<field
name=
"max_v"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd max voltage for VREF_A_M2C"
has_typelen=
"no"
/>
<field
name=
"ripple_pk_pk"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd Ripple and noise pk - pk for VREF_A_M2C"
has_typelen=
"no"
/>
<field
name=
"min_current"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd min current load for VREF_A_M2C"
has_typelen=
"no"
/>
<field
name=
"max_current"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd min current load for VREF_A_M2C"
has_typelen=
"no"
/>
</multirecord>
<multirecord
name=
"DC_OUTPUT"
multi_record_num =
"3"
>
<field
name=
"DC Output number"
type=
"binary"
content=
"00000011"
description=
"DC output multirecord number"
has_typelen =
"no"
/>
<field
name=
"Nominal Voltage"
type=
"signed_short"
content=
"+0.00"
description=
"Nominal voltage for VREF_A_M2C"
has_typelen =
"no"
/>
<field
name=
"min_v"
type=
"signed_short"
content =
"+0.00"
description=
"Spec'd min voltage for VREF_B_M2C"
has_typelen =
"no"
/>
<field
name=
"max_v"
type=
"signed_short"
content =
"+0.00"
description=
"Spec'd max voltage for VREF_B_M2C"
has_typelen =
"no"
/>
<field
name=
"ripple_pk_pk"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd Ripple and noise pk - pk for VREF_B_M2C"
has_typelen =
"no"
/>
<field
name=
"min_current"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd min current load for VREF_B_M2C"
has_typelen =
"no"
/>
<field
name=
"max_current"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd min current load for VREF_B_M2C"
has_typelen =
"no"
/>
<multirecord
name=
"DC_OUTPUT"
multi_record_num=
"3"
>
<field
name=
"DC Output number"
type=
"binary"
content=
"00000011"
description=
"DC output multirecord number"
has_typelen=
"no"
/>
<field
name=
"Nominal Voltage"
type=
"signed_short"
content=
"+0.00"
description=
"Nominal voltage for VREF_A_M2C"
has_typelen=
"no"
/>
<field
name=
"min_v"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd min voltage for VREF_B_M2C"
has_typelen=
"no"
/>
<field
name=
"max_v"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd max voltage for VREF_B_M2C"
has_typelen=
"no"
/>
<field
name=
"ripple_pk_pk"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd Ripple and noise pk - pk for VREF_B_M2C"
has_typelen=
"no"
/>
<field
name=
"min_current"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd min current load for VREF_B_M2C"
has_typelen=
"no"
/>
<field
name=
"max_current"
type=
"signed_short"
content=
"+0.00"
description=
"Spec'd min current load for VREF_B_M2C"
has_typelen=
"no"
/>
</multirecord>
<multirecord
name=
"OEM_record"
multi_record_num =
"1"
>
<byteField
name
=
"OEM Bytefield 1"
>
<field
name=
"Subtype"
type=
"binary"
content=
"0000"
description=
"0 for main definition type"
has_typelen =
"no"
/>
<field
name=
"Version"
type=
"binary"
content=
"0000"
description=
"0 for current version"
has_typelen =
"no"
/>
<multirecord
name=
"OEM_record"
multi_record_num=
"1"
>
<byteField
name
=
"OEM Bytefield 1"
>
<field
name=
"Subtype"
type=
"binary"
content=
"0000"
description=
"0 for main definition type"
has_typelen=
"no"
/>
<field
name=
"Version"
type=
"binary"
content=
"0000"
description=
"0 for current version"
has_typelen=
"no"
/>
</byteField>
<byteField
name
=
"OEM Bytefield 2"
>
<field
name=
"Module Size"
type=
"binary"
content=
"00"
description=
"Single width = 00, Double = 01"
has_typelen =
"no"
/>
<field
name=
"P1 Connector Size"
type=
"binary"
content=
"01"
description=
"LPC connecter = 00 HPC connecter = 01"
has_typelen =
"no"
/>
<field
name=
"P2 Connector Size"
type=
"binary"
content=
"11"
description=
"Same as above, or Not fitted =11"
has_typelen =
"no"
/>
<field
name=
"Clock Direction"
type=
"binary"
content=
"1"
description=
"Mez to carrier = 0,Carrier to Mez =1"
has_typelen =
"no"
/>
<field
name=
"Reserved"
type=
"binary"
content=
"0"
description=
"Reserved, by FMC standard"
has_typelen =
"no"
/>
<byteField
name
=
"OEM Bytefield 2"
>
<field
name=
"Module Size"
type=
"binary"
content=
"00"
description=
"Single width = 00, Double = 01"
has_typelen=
"no"
/>
<field
name=
"P1 Connector Size"
type=
"binary"
content=
"01"
description=
"LPC connecter = 00 HPC connecter = 01"
has_typelen=
"no"
/>
<field
name=
"P2 Connector Size"
type=
"binary"
content=
"11"
description=
"Same as above, or Not fitted =11"
has_typelen=
"no"
/>
<field
name=
"Clock Direction"
type=
"binary"
content=
"1"
description=
"Mez to carrier = 0,Carrier to Mez =1"
has_typelen=
"no"
/>
<field
name=
"Reserved"
type=
"binary"
content=
"0"
description=
"Reserved, by FMC standard"
has_typelen=
"no"
/>
</byteField>
<field
name=
"P1 Bank A number of signals"
type=
"binary"
content=
"00011110"
description=
"Binary num of size byte"
has_typelen =
"no"
/>
<field
name=
"P1 Bank B number of signals"
type=
"binary"
content=
"00000000"
description=
"Binary num of size byte"
has_typelen =
"no"
/>
<field
name=
"P2 Bank A number of signals"
type=
"binary"
content=
"00000000"
description=
"Binary num of size byte"
has_typelen =
"no"
/>
<field
name=
"P2 Bank B number of signals"
type=
"binary"
content=
"00000000"
description=
"Binary num of size byte"
has_typelen =
"no"
/>
<byteField
name
=
"OEM Bytefield 3"
>
<field
name=
"P1 GBT Number Transsceivers"
type=
"binary"
content=
"0000"
description=
"Binary num of size 4 bits"
has_typelen =
"no"
/>
<field
name=
"P2 GBT Number Transsceivers"
type=
"binary"
content=
"0000"
description=
"Binary num of size 4 bits"
has_typelen =
"no"
/>
<field
name=
"P1 Bank A number of signals"
type=
"binary"
content=
"00011110"
description=
"Binary num of size byte"
has_typelen=
"no"
/>
<field
name=
"P1 Bank B number of signals"
type=
"binary"
content=
"00000000"
description=
"Binary num of size byte"
has_typelen=
"no"
/>
<field
name=
"P2 Bank A number of signals"
type=
"binary"
content=
"00000000"
description=
"Binary num of size byte"
has_typelen=
"no"
/>
<field
name=
"P2 Bank B number of signals"
type=
"binary"
content=
"00000000"
description=
"Binary num of size byte"
has_typelen=
"no"
/>
<byteField
name
=
"OEM Bytefield 3"
>
<field
name=
"P1 GBT Number Transsceivers"
type=
"binary"
content=
"0000"
description=
"Binary num of size 4 bits"
has_typelen=
"no"
/>
<field
name=
"P2 GBT Number Transsceivers"
type=
"binary"
content=
"0000"
description=
"Binary num of size 4 bits"
has_typelen=
"no"
/>
</byteField>
<field
name=
"Max clock for TCK"
type=
"binary"
content=
"00000000"
description=
"Binary num of size byte"
has_typelen =
"no"
/>
<field
name=
"Max clock for TCK"
type=
"binary"
content=
"00000000"
description=
"Binary num of size byte"
has_typelen=
"no"
/>
</multirecord>
</area>
</FMC_EPROMDATA>
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