Tektronix SPG8000A User manual

SPG8000A
Master Sync / Clock Reference Generator
Declassification and Security
ZZZ
Instructions
xx
www.tek.com
*P077122100*
077-1221-00

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Table of Contents
Preface.............................................................................................................. iii
Clear and sanitize procedures .... .............. .............. .................................... .............. ... 1
Memory devices ............................................................................................... 1
Troubleshooting.................................................................................................... 13
How to clear or sanitize a nonfunctional instrument.................. ...... .............................. 13
How to recover from clearing or removing memory from the instrument ............................. 13
SPG8000A Declassification and Security Instructions i

Table of Contents
ii SPG8000A Declassification and Security Instructions

Preface
This document describes how to clear or sanitize the data storage (memory)
devices in the products listed below. The instructions also describe how to
declassify an instrument that is not functioning. These procedures are useful for
customers with data security concerns.
Products This document applies to the following components of the SPG8000A Master
Sync / Clock Reference Generator:
SPG8000A base generator
Option DPW (second hot-swappable redundant (backup) power supply)
Option GPS (GPS master clock synchronization)
Option PTP (IEEE 1588 Precision Time Protocol support)
Option BG (2 channels of composite NTSC/PAL black or HD tri-level
outputs, plus 2 channels of composite NTSC/PAL test signal outputs)
Option SDI (2 channels of SD/HD SDI test signal generation on 2 outputs
each), includes Option 3G (3G SDI format support) and Option DBT (Dolby E
audio stream generation support)
Option AG (DARS output; 2 AES/EBU channels plus 4 audio tone outputs; 8
AES/EBU channels)
Required documents To perform the procedures in this document, you will need to have access to the
SPG8000A manuals listed below. These manuals are available on the Tektronix
Web site at www.tek.com/downloads.
SPG8000A Installation and Safety Instructions
(Tektronix part number 071-3479-XX; 077-1214-XX, Japanese;
077-1215-XX, Russian)
SPG8000A User Manual
(Tektronix part number 077-1216-XX; 077-1217-XX, Japanese;
077-1218-XX, Russian)
SPG8000A Service Manual
(Tektronix part number 077-1220-XX)
SPG8000A Declassification and Security Instructions iii

Preface
Terms The following termsmaybeusedinthisdocument:
Clear. This removes data on media/memory before reusing it in a secured
area. All reusable memory is cleared to deny access to previously stored
information by standard means of access.
Erase. This is equivalent to clear.
Media storage/data export device. Any of several devices that are used to
store or export data from the instrument, such as a USB port.
Nonvolatile memory. Data is retained when the instrument is powered off.
Power off. Some instruments have a “Standby” mode, in which power is
still supplied to the instrument. For clearing data, putting the instrument in
Standby mode does not qualify as powering off. For these products, you must
either push a rear-panel OFF switch or remove the power source from the
instrument.
Remove. Thisisaphysicalmeanstoclearthedatabyremovingthememory
device from the instrument. Instructions are available in the product Service
Manual.
Sanitize. This eradicates the data from media/memory so that the data cannot
be recovered by other means or technology. This is typically used when
the device is moved (temporarily or permanently) from a secured area to a
nonsecured area.
User-modifiable. The user can write to the memory device during normal
instrument operation, using the instrument interface or remote control.
iv SPG8000A Declassification and Security Instructions

Clear and sanitize procedures
Memory devices
The following tables list the volatile and nonvolatile memory devices in the
modules. Detailed procedures to clear or sanitize these devices are shown
following the tables.
Table 1: Volatile memory devices for the SPG8000A base generator
Type and
minimum
size Function
Type
of
user
data
Backed
up by
battery
Method
of
modification
Data
input
method Location
User
accessible To clear
To
sanitize
Power PC
PPC440EPX
Main
processor
Data
and
settings
No Indirectly UI,
remote,
input
signals
Main / U1 Yes Set power
on preset to
factory, cycle
power
Repeat
clear
process
three
times
MT47H64M16
64Mx16 DDR2
SDRAM
Processor
memory
Data
and
settings
No Indirectly UI,
remote,
input
signals
Main / U33,
U34
Yes Set power
on preset to
factory, cycle
power
Repeat
clear
process
three
times
5M240ZTQFP144
CPLD
Decodes
signals from
the processor
to generate
control lines
for the slots,
front panel,
and devices
on the board.
Registers
control
aspects of
the decoding.
Settings No Indirectly UI,
remote,
input
signals
Main / U220 Yes Set power
on preset to
factory, cycle
power
Repeat
clear
process
three
times
EP4CE6BGA256
FPGA,
270Kbits
embedded
memory
Phase lock
loop control,
DDS Clock
sine wave
gen uses
some of
embedded
volatile
memory.
Settings No Indirectly UI,
remote,
input
signals
Main / U450 No Set power
on preset to
factory, cycle
power
Repeat
clear
process
three
times
88E1116R
gigabit
ethernet
RGMII
transceiver
10/100/1000
Ethernet
PHY control
registers,
integrated
data FIFO
buffer
Data No Indirectly UI,
remote
Main / U58 No Set power
on preset to
factory, cycle
power
Repeat
clear
process
three
times
DAC5571A
8-bit DAC
Display
Contrast
voltage
control
Settings No Indirectly UI or
remote
Main / U43 Yes Set power
on preset to
factory, cycle
power
Repeat
clear
process
three
times
SPG8000A Declassification and Security Instructions 1

Clear and sanitize procedures
Table 1: Volatile memory devices for the SPG8000A base generator (cont.)
Type and
minimum
size Function
Type
of
user
data
Backed
up by
battery
Method
of
modification
Data
input
method Location
User
accessible To clear
To
sanitize
5M240ZTQFP100
CPLD
volatile
keypad
read-back
and LED
drive control
registers
Settings No Indirectly UI or
remote
Front panel /
U1
Yes Set power
on preset to
factory, cycle
power.
Repeat
clear
process
three
times.
Real Time
Clock +
128x8 serial
NV memory
The RTC
function is not
accessible
but the clock
runs and
will show
the elapsed
time since the
board was
built. The
memory is
used to store
user network
parameters.
Data
and
settings
Yes Direct
and
indirect
UI or
remote
Main / U16 Yes Perform
the clear
network
settings
procedure.
There is no
way to clear
the real time
clock.
Remove
part or
battery.
FPGA
EP2C5F256C7N
with internal
registers
Used to store
instrument
settings
Settings No Indirectly UI GPS/Genlock/Black
board, U432
No Restore
factory
settings
Disconnect
inputs
then
Restore
factory
settings
three
times
FPGA
EP2C35F672C6N
with internal
registers
Usedtostore
instrument
settings
Settings No Indirectly UI GPS/Genlock/Black
board, U732
No Restore
factory
settings
Disconnect
inputs
then
Restore
factory
settings
three
times
ACS9521
SoC with
internal FPGA,
Processor
RAM and
ROM 1
Used to
process
all PTP
messages
Settings No Indirectly UI or
remote
PTP board, U3 No Restore
factory
settings
Disconnect
inputs
then
Restore
factory
settings
three
times
7 port Ethernet
Switch
88E6321 1
Used to
process all
PTP Ethernet
traffic
Settings,
data
No Indirectly UI,
remote
or
Ethernet
PTP board, U4 No Restore
factory
settings
Disconnect
inputs
then
Restore
factory
settings
three
times
1Device is installed in all instruments but is operationally enabled only with Option PTP.
2 SPG8000A Declassification and Security Instructions

Clear and sanitize procedures
Table 2: Nonvolatile memory devices for the SPG8000A base generator
Type and
minimum size Function
Type
of user
information
stored
Method of
modification
Data input
method Location
User
Accessible To clear To sanitize
Serial EEPROM
AT24C01B 128x8
Processor boot
configuration data
None None Factory
JTAG
Main / U21 No N/A Remove part
from board
and destroy.
NOR Flash
PC28F512P30
64Mx16
Main storage
for processor.
Contains
Operating system,
application
programs,
MAC address,
instrument family
type, FPGA
programming
files, signal, logo,
text overlay and
picture files.
Both
data and
settings
Directly and
indirectly
Presets are
saved from
UI, files
and presets
are saved
from USB or
ethernet.
Main / U101, U102 Yes Perform the
delete presets
and user files
from memory
procedure.
Remove part
from board
and destroy.
NAND Flash
K9F1G08U0A
128Mx8
Not used. None None None Main / U103 No N/A N/A
Serial MRAM
MR25H256
32Kx8
Oven calibration
data
Settings Indirectly Perform
calibration
Main / U22 Yes Perform
calibration
Remove part
from board
and destroy.
CPLD,
5M240ZTQFP144,
8192 bits flash
Decodes signals
from the processor
to generate control
lines for the slots,
front panel, and
devices on the
board. NV flash is
not used
Settings Indirectly Software
upgrade
Main / U220 No N/A N/A
Serial EEPROM
AT24C01B 128x8
Runtimedata
for power supply
showing time
of use and
temperature / time
related use
Data Indirectly Automatic
over time
U1 on Power
Supply module;
also on Option DPW
secondary Power
Supply module
Yes None Remove
parts from
board and
destroy; can
also remove
supply from
instrument
and leave it
in a secured
area; replace
supply with
one that has
not been in a
secure area
CPLD
5M240ZTQFP100,
8192 bits flash
memory not used
Interfaces with
signals from
the main PLD,
drives LEDs and
reads the buttons.
nonvolatile flash
memory is not
used.
Settings Indirectly Software
upgrade
Front panel / U1 No N/A N/A
SPG8000A Declassification and Security Instructions 3

Clear and sanitize procedures
Table 2: Nonvolatile memory devices for the SPG8000A base generator (cont.)
Type and
minimum size Function
Type
of user
information
stored
Method of
modification
Data input
method Location
User
Accessible To clear To sanitize
Flash memory
4MX8
Configuration of
FPGA
None None Written by
processor
system from
Main board
GPS/Genlock/Black
board, U0331
No None N/A
No customer
information is
stored in this
flash memory
Flash memory
4MX8
Calibration for the
module
Stores leap
second
information
Settings The values
are a
function of
how the user
calibrates
the module
and when
it was last
receiving the
GPS signal
Stored
during
calibration
Stores leap
second
information
obtainedby
satellite
GPS/Genlock/Black
board, U0332
Yes Manually
calibrate the
module back to
the factory default
values
Allow the module
to receive satellite
information for
30 minutes to
update the leap
second field
Remove
and destroy
the memory
device or
destroy the
entire board
Flash memory
4MX8
Unused None None None GPS/Genlock/Black
board, U0741
No None None
ACS9521 vSoC
with internal
FPGA, Processor
RAM and ROM 1
Used to process
all PTP messages,
flash holds the
internal code
image
None Code update UI or remote PTP board, U3 No None N/A, No
Customer
information
is stored in
the SoC flash
-jus
tthe
code to run
the internal
processor
AT2402D 2 K bit
EEPROM 1
Used to store start
up settings for U4
None None Written
onceby
instrument
code
PTP board, U5 No None N/A,No
Customer
information
is stored in
the EEPROM
1Device is installed in all instruments but is operationally enabled only with Option PTP.
Table 3: Nonvolatile memory devices for Option GPS
Type and
minimum size Function
May
contain
user
data 1
Data input
method Location To clear To sanitize
GPS receiver
assembly
Calculates timing
and position
information
Yes if
operated in
fixed mode
Location is
stored when
operated in
fixed mode
Mounts above the main
module board and
connects to J12 with
a ribbon cable, and to the
antenna connector on the
rear panel
Save a position from a
location different from
the one that was last
saved. This will erase
the previous position
and save the new one
Remove and
destroy the
module or
destroy the entire
board
1During normal instrument operation.
4 SPG8000A Declassification and Security Instructions