Tektronix DSA8200 Series User manual

xx
DSA8200 Digital Serial Analyzer
Declassification and Security
ZZZ
Instructions
*P071217700*
071-2177-00

DSA8200 Digital Serial Analyzer
Declassification and Security
ZZZ
Instructions
xx
www.tektronix.com
071-2177-00

Copyright © Tektronix. All rights reserved. Licensed software products are owned by Tektronix or its subsidiaries
or suppliers, and are protected by national copyright laws and international treaty provisions.
Tektronix products are covered by U.S. and foreign patents, issued and pending. Information in this publication
supersedes that in all previously published material. Specifications and price change privileges reserved.
TEKTRONIX and TEK are registered trademarks of Tektronix, Inc.
Contacting Tektronix
Tektronix, Inc.
14150 SW Karl Braun Drive
P.O. Box 500
Beaverton, OR 97077
USA
For product information, sales, service, and technical support:
In North America, call 1-800-833-9200.
Worldwide, visit www.tektronix.com to find contacts in your area.

Table of Contents
Preface.............................................................................................................. iii
Clear and Sanitize Procedures...................... .............. .............................................. ... 1
Memory Devices............................................................................................... 1
How to Recover from Clearing 80Cxx Module Settings for User Wavelengths and Scales........... 6
Data Export Devices........................................................................................... 8
Built-In Security Features ........................................................................................ 11
Troubleshooting.................................................................................................... 13
How to Clear or Sanitize a Non-Functional Instrument .............. .......... .............. ............ 13
DSA8200 Declassification and Security i

Table of Contents
ii DSA8200 Declassification and Security

Preface
This document helps customers with data security concerns to clear or remove
memory devices from the DSA8200 and modules.
The DSA8200 mainframes contain an open architecture PC with removable hard
drive. All user storable data, such as waveforms, instrument settings, and screen
shots, are stored on the removable hard drive. The hard drive is located on the
rear panel. Remove the hard drive for storage or destruction. Additional hard
drives can be purchased from Tektronix.
These products have data storage (memory) devices and data output devices (USB
ports). These instructions tell how to clear or sanitize the memory devices and
disable the data output devices. The instructions also tell how to declassify an
instrument that is not functioning.
Products The following Tektronix products are covered by this document:
DSA8200 Digital Serial Analyzer Sampling Oscilloscope mainframe
80E01, 80E02, 80E03, 80E04, 80E06, 80E07, 80E08, 80E09, and 80E10
plug-in modules
80A01, 80A02, 82A04, 80A05, and 80A06 plug-in modules
80A03 TekConnect Probe Adapter module
80C01, 80C02, 80C03, 80C04, 80C05, 80C06, 80C07, 80C08, 80C09, 80C10,
80C11, and 80C12 plug-in modules (including all options)
Related Documents DSA8200 Digital Serial Analyzer Service Manual
Terms The following terms may be used in this document:
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 can be 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 the purpose of clearing data, putting the
instrument in Standby mode does not qualify as powering off. For these
products, you will need to either pressarear-panelOFFswitchorremovethe
power source from the instrument.
DSA8200 Declassification and Security iii

Preface
Remove. This is aphysicalmeanstoclearthedatabyremovingthememory
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 will be moved (temporarily or permanently) from a secured area to a
non-secured area.
Scrub. This is equivalent to sanitize.
User-modifiable. The user can write to the memory device during normal
instrument operation, using the instrument interface or remote control.
Volatile memory. Data is lost when the instrument is powered off.
iv DSA8200 Declassification and Security

Clear and Sanitize Procedures
Memory Devices
The following tables list the volatile and nonvolatile memory devices in the
standard instrument and listed modules. Detailed procedures to clear or sanitize
these devices, if any, are shown following each table.
Table 1: Volatile Memory Devices
Type and
minimum size Function
User
Modifiable 1Data input method Location To clear To sanitize
DSA8200
SDRAM 64M x 64 Embedded processor
system memory
No Written by
processor
system
Processor
board
Remove power from the
instrument for at least
20 seconds
SDRAM 8 MB Video memory Yes Microsoft
Windows
Bridge
board
Remove power from the
instrument for at least
20 seconds
SDRAM 64M x 64 Windows processor
system memory
Yes Microsoft
Windows
Windows
μATX board
Remove power from the
instrument for at least
20 seconds
SRAM 256 bytes Front keypad
microcontroller
No Written by
processor
system
Front panel
board
Remove power from the
instrument for at least
20 seconds
Channel SRAM 32
each 24 KB
SRAM for Acquisition
system channels
No Written by
processor
system
Acquisition
board
Remove power from the
instrument for at least
20 seconds
SRAM 2 each 352
bytes
Channel group
microprocessor
No Written by
processor
system
Acquisition
board
Remove power from the
instrument for at least
20 seconds
80A03 module
Channel SRAM 2
each 1 KB
Channel
microprocessor
No Written by
processor
system
80A03
interface
control
boards
Remove power from the
instrument for at least
20 seconds
1During normal instrument operation.
Table 2: Nonvolatile Memory Devices
Type and
minimum size Function
User
modifiable 1Data input method Location To clear To sanitize
DSA8200
Removable hard
drive 40 GB
Holds all
user-storable data
(waveforms and
instrument settings)
Yes Application,
Microsoft
Windows
Rear of
DSA8200
Removetheharddriveand
store it in a secure area or
destroy it.
CD RW / DVD
drive 700 MB
Windows CD RW /
DVD peripheral
Yes Microsoft
Windows
Front of
DSA8200
Remove all CDs. Rewritable
CDs can be formatted, stored
in a secure area, or destroyed.
Non-rewritable CDs can either
be stored or destroyed.
DSA8200 Declassification and Security 1

Clear and Sanitize Procedures
Table 2: Nonvolatile Memory Devices (cont.)
Type and
minimum size Function
User
modifiable 1Data input method Location To clear To sanitize
NVRAM 128 kB Instrument
configuration, option
keys, option usage
count
No Programmed at
factory
Processor
board
Not applicable – no user data
Flash ROM
128 kB
GPIB configuration No Programmed at
factory
Processor
board
Not applicable – no user data
Flash ROM
512 kB
Boot ROM No Programmed at
factory
Processor
board
Not applicable – no user data
ROM 22 kB FPGA configuration No Programmed at
factory
Processor
board
Not applicable – no user data
EEPROM 2 each
4bytes
Temperature sensor No Not programmed Processor
board
Not applicable – no user data
Microprocessor
–nodetails
provided by
manufacturer
Touch screen
controller
No Programmed at
manufacturer
Display
adapter
board
Not applicable – no user data
FLASH ROM
128 kB
Display controller No Programmed at
manufacturer
Bridge board Not applicable – no user data
EPROM 8 kB Front keypad
microcontroller
No Programmed at
manufacturer
Front panel
board
Not applicable – no user data
NVRAM 128 kB No Acquisition
board
Not applicable – no user data
OTP EPROM 2
each15kB
Channel group
microprocessor
No Programmed at
factory
Acquisition
board
Not applicable – no user data
EEPROM 2 each
256 bytes
Channel group
microprocessor
No Not used Acquisition
board
Not applicable – no user data
80E01, 80E02, 80E03, 80E04, 80E06, 80E07, 80E08, 80E09, 80E10, 80A01, 82A04, 80A05, 80A06 modules
EEPROM 2 kB Module
configuration
memory
Yes Programmed
at factory;
also stores
calibration and
compensation
data for module
80Exx,
80Axx, 82Axx
main board
Not applicable – no user data
EEPROM 4 bytes
(2 each 80E07,
80E08, 80E09,
80E10)
Temperature sensor No Not used 80Exx,
80Axx, 82Axx
sampler
boards
Not applicable – no user data
80C01, 80C02, 80C03, 80C04, 80C05, 80C06, 80C07, 80C08, 80C09, 80C10, 80C11, 80C12 modules (including all options)
EEPROM 2 kB Module
configuration
memory
Yes Programmed
at factory;
also stores
calibration and
compensation
data for module,
and user wave
lengths and
scales
80Cxx main
board
Use the sanitize procedure
documented below for user
wavelength(s) and scale(s)
EEPROM 4 bytes Temperature sensor No Not used 80Cxx
sampler
boards
Not applicable – no user data
2 DSA8200 Declassification and Security

Clear and Sanitize Procedures
Table 2: Nonvolatile Memory Devices (cont.)
Type and
minimum size Function
User
modifiable 1Data input method Location To clear To sanitize
80A03
FLASH ROM 2
each 8 kB
Channel
microprocessor
No Programmed at
factory
80A03
interface
control
boards
Not applicable – no user data
EEROM 2 each
512 bytes
Channel
microprocessor
No Programmed at
factory
80A03
interface
control
boards
Not applicable – no user data
1During normal instrument operation.
Nonvolatile Clear or
Sanitize Procedures
Check 80Cxx Modules User Wavelengths and Scales. Use the following procedure
to check if the 80Cxx module User Wavelength(s) and Scale(s) are set to the
factorydefaultsandtorecordinformationforlaterrecovery.
1. Power down the instrument and insert the optical module into the upper left
large slot. Note: the upper right large slot may also be used, adjusting the
channel parameter to CH3.
2. Power up the instrument and wait for the oscilloscope application to become
active.
3. From Table 3 for the applicable module(s), send each of the programmable
interface query commands to the instrument. Note that the 80C10 contains
two pairs of wavelengths and scales.
4. If the user wavelength(s) and user scale(s) returned match the factory default
User Wavelength(s) or User Wavelength Scale(s), no further sanitize actions
are necessary.
5.If either the user wavelength(s) or user scale(s) returned do not match the
factory default User Wavelength(s) or User Wavelength Scale(s), sanitizing
is necessary.
For recovery at a later time, first write down the User Wavelength(s) and
User Wavelength Scale(s), and store in a secure location.
Perform the procedure Sanitize 80Cxx Module to Factory Default Settings
for User Wavelength(s) and Scale(s).
DSA8200 Declassification and Security 3

Clear and Sanitize Procedures
Table 3: Optical Module User Wavelengths (Factory Defaults) – Query Commands
Module type (all
options)
Programmable
interface query
commands
User
wavelength
(factory
default)
User wavelength scale
(factory default)
TEKPHW:CH1:LONG?
“OPTWAVEL”,2
1000
80C01
TEKPHW:CH1:DOUBLE?
“OPTSCALE”,2
18
TEKPHW:CH1:LONG?
“OPTWAVEL”,2
1000
80C02
TEKPHW:CH1 DOUBLE?
“OPTSCALE”,2
18
TEKPHW:CH1:LONG?
“OPTWAVEL”,4
1550
80C07B
TEKPHW:CH1:DOUBLE?
“OPTSCALE”,4
780
TEKPHW:CH1:LONG?
“OPTWAVEL”,4
1550
80C08C
TEKPHW:CH1:DOUBLE?
“OPTSCALE”,4
315
TEKPHW:CH1:LONG?
“OPTWAVEL”,1
1550
TEKPHW:CH1:DOUBLE?
“OPTSCALE”,1
15
TEKPHW:CH1:LONG?
“OPTWAVEL”,3
1310
80C10
TEKPHW:CH1:DOUBLE?
“OPTSCALE”,3
10
TEKPHW:CH1:LONG?
“OPTWAVEL”,2
1550
80C11
TEKPHW:CH1:DOUBLE?
“OPTSCALE”,2
30
TEKPHW:CH1:LONG?
“OPTWAVEL”,3
1550
80C12
TEKPHW:CH1:DOUBLE?
“OPTSCALE”,3
315
Sanitize 80Cxx Modules to Factory Default Settings for User Wavelength(s) and
Scale(s). The following procedure provides instructions on how to sanitize
user wavelength(s) and scale(s) to return them to their factory defaults. It
is recommended that the previous Check 80Cxx Modules User Wavelengths
and Scales procedure be performed first so that the sanitize procedure is only
performed when necessary in order to reduce the risk of accidental corruption
of calibration data in the module. This procedure requires the use of one of
the programmable interfaces to the instrument (such as GPIB) and the use
of programmable interface commands. Connectivity and programmability
information is provided within the online help of the oscilloscope application.
4 DSA8200 Declassification and Security

Clear and Sanitize Procedures
1. Power down the instrument and insert the optical module into the upper left
large slot. Note: the upper right large slot may also be used, adjusting the
channel parameter to CH3.
2. Power up the instrument and wait for the oscilloscope application to become
active.
3. From Table 4 for the applicable module(s), send each of the programmable
interface commands to the instrument. Note that the 80C10 contains two pairs
of wavelengths and scales.
4. After all commands for all applicable modules have been issued to the
instrument, send the command TEKPHW:CH1:EEPROMUPDT to the
instrument. Wait at least 30 seconds before performing any other instrument
command or operation (including powering off the instrument).
Table 4: Optical Module User Wavelengths (Factory Defaults) – Sanitize Commands
Module type (all
options)Programmable interface commands
80C01 TEKPHW:CH1:LONG “OPTWAVEL”,2,1000
TEKPHW:CH1:DOUBLE “OPTSCALE”,2,18
80C02 TEKPHW:CH1:LONG “OPTWAVEL”,2,1000
TEKPHW:CH1:DOUBLE “OPTSCALE”,2,18
80C07B TEKPHW:CH1:LONG “OPTWAVEL”,4,1550
TEKPHW:CH1:DOUBLE “OPTSCALE”,4,780
80C08C TEKPHW:CH1:LONG “OPTWAVEL”,4,1550
TEKPHW:CH1:DOUBLE “OPTSCALE”,4,315
80C10 TEKPHW:CH1:LONG “OPTWAVEL”,1,1550
TEKPHW:CH1:DOUBLE “OPTSCALE”,1,15
TEKPHW:CH1:LONG “OPTWAVEL”,3,1310
TEKPHW:CH1:DOUBLE “OPTSCALE”,3,10
80C11 TEKPHW:CH1:LONG “OPTWAVEL”,2,1550
TEKPHW:CH1:DOUBLE “OPTSCALE”,2,30
80C12 TEKPHW:CH1:LONG “OPTWAVEL”,3,1550
TEKPHW:CH1:DOUBLE “OPTSCALE”,3,315
DSA8200 Declassification and Security 5

Clear and Sanitize Procedures
How to Recover from Clearing 80Cxx Module Settings for User Wavelengths
and Scales
The following procedure provides instructions on how to recover user
wavelength(s) and scale(s) back to prerecorded user settings following a sanitize.
This procedure requires the use of one of the programmable interfaces to the
instrument (such as GPIB) and the use of programmable interface commands.
Connectivity and programmability information is provided within the online
help of the oscilloscope application.
1. Power down the instrument and insert the optical module into the upper left
large slot.
NOTE. The upper right large slot may also be used, adjusting the channel
parameter to CH3.
2. Power up the instrument and wait for the oscilloscope application to become
active.
3. From Table 5 for all modules, send each of the programmable interface
commands to the instrument.
NOTE. The 80C10 contains two pairs of wavelengths and scales.
4. After all commands for all applicablemoduleshavebeenissuedtothe
instrument, send the command TEKPHW:CH1:EEPROMUPDT to the
instrument. Wait at least 30 seconds before performing any other instrument
command or operation (including powering off the instrument).
5. Verify that the values match the pre-recorded values.
Table 5: Optical Module User Wavelengths (Factory Defaults) – Recover Commands
Module type (all
options) Programmable interface commands
80C01 TEKPHW:CH1:LONG “OPTWAVEL”,2,<pre-recorded wavelength value>
TEKPHW:CH1:DOUBLE “OPTSCALE”,2,<pre-recorded scale value>
80C02 TEKPHW:CH1:LONG “OPTWAVEL”,2,<pre-recorded wavelength value>
TEKPHW:CH1:DOUBLE “OPTSCALE”,2,<pre-recorded scale value>
80C07B TEKPHW:CH1:LONG “OPTWAVEL”,4,<pre-recorded wavelength value>
TEKPHW:CH1:DOUBLE “OPTSCALE”,4,<pre-recorded scale value>
80C08C TEKPHW:CH1:LONG “OPTWAVEL”,4,<pre-recorded wavelength value>
TEKPHW:CH1:DOUBLE “OPTSCALE”,4,<pre-recorded scale value>
6 DSA8200 Declassification and Security

Clear and Sanitize Procedures
Table 5: Optical Module User Wavelengths (Factory Defaults) – Recover Commands
(cont.)
Module type (all
options) Programmable interface commands
80C10 TEKPHW:CH1:LONG “OPTWAVEL”,1,<pre-recorded wavelength value>
TEKPHW:CH1:DOUBLE “OPTSCALE”,1,<pre-recorded scale value>
TEKPHW:CH1:LONG “OPTWAVEL”,3,<pre-recorded wavelength value>
TEKPHW:CH1:DOUBLE “OPTSCALE”,3,<pre-recorded scale value>
80C11 TEKPHW:CH1:LONG “OPTWAVEL”,2,<pre-recorded wavelength value>
TEKPHW:CH1:DOUBLE “OPTSCALE”,2,<pre-recorded scale value>
80C12 TEKPHW:CH1:LONG “OPTWAVEL”,3,<pre-recorded wavelength value>
TEKPHW:CH1:DOUBLE “OPTSCALE”,3,<pre-recorded scale value>
DSA8200 Declassification and Security 7

Clear and Sanitize Procedures
Data Export Devices
The following table lists the data export devices in the standard instrument and
listed modules. Detailed procedures to disable these devices, if any, are shown
following the table.
Table 6: Data Export Devices
Type and
minimum
size Function
User
modifiable 1
Data input
method Location To disable
DSA8200
Removable
hard drive
40 GB
Holds all user-storable data
(waveforms and instrument
settings)
Yes Application;
Microsoft
Windows
Rear of DSA8200.
Additional drives can
be purchased from
Tektro nix.
Remove the hard drive and store it in a
secure area or destroy it.
CD RW /
DVD drive
700 MB
Windows CD RW / DVD
peripheral
Yes Microsoft
Windows
Front of DSA8200 Remove all CDs. Rewritable CDs can
be formatted, stored in a secure area, or
destroyed. Non-rewritable CDs can either
be stored or destroyed.
USB
host port
(supports
removable
USB flash
drive)
User storage of reference
waveforms, screen images,
instrument setups, and any other
data through Windows
Yes User writable
(Windows)
USBhostporton
front of instrument
(1 each) and rear of
instrument (4 each).
Files can be deleted
or over-written on
the oscilloscope
or a PC, or USB
flash drive can
be removed and
destroyed.
The USB host port cannot be disabled.
USB
device port
Supports remote control and data
transfer to a PC.
Yes Not currently
supported 2
USBhostporton
front of instrument
(1 each) and rear of
instrument (4 each)
The USB device port is not currently
supported. but may be in the future
LAN
Ethernet
connector
Transfer data N/A N/A Rear panel N/A
Parallel
port
Windows parallel port N/A N/A Rear panel N/A
Serial port Windows serial port N/A N/A Rear panel N/A
PS/2
Keyboard
and Mouse
Interfaces
(2 each)
Windows serial port N/A N/A Rear panel N/A
Second
monitor out
Windows second monitor port N/A N/A Rear panel N/A
Scope out Scope VGA out N/A N/A Rear panel N/A
External
audio port
Windows line out audio N/A N/A Rear panel N/A
GPIB
connector
Transfer data N/A N/A Rear panel N/A
8 DSA8200 Declassification and Security

Clear and Sanitize Procedures
Table 6: Data Export Devices (cont.)
Type and
minimum
size Function
User
modifiable 1
Data input
method Location To disable
TekProbe
sampling
module
host
interfaces
(6 slots)
Communicates setup and control
with attached sampling modules
No N/A Module slots TekProbe host ports cannot be disabled.
Communications will stop if module is
removed.
TekProbe
real-time
probe host
interfaces
(6 slots, 2
each)
Communicates setup and control
with attached real time probes
No N/A Module slots and
front of electrical
modules
TekProbe host ports cannot be disabled.
Communications will stop if probe is
removed.
80E01, 80E02, 80E03, 80E04, 80E07, 80E08, 80E09, 80E10 modules
TekProbe
real-time
probe host
interfaces
(6 slots, 1
or 2 each)
Communicates setup and control
with attached real-time probes
No N/A Front of specific
electrical modules (2
each, except 80E01,
which is 1 each)
TekProbe host ports cannot be disabled.
Communications will stop if probe is
removed.
1During normal instrument operation.
2Future software releases may support this feature.
DSA8200 Declassification and Security 9

Clear and Sanitize Procedures
10 DSA8200 Declassification and Security

Built-In Security Features
Neither the DSA8200 nor any of the modules covered in this document contain
any built-in security features.
DSA8200 Declassification and Security 11

Built-In Security Features
12 DSA8200 Declassification and Security