Keysight NFA Series Betriebsanleitung

ESA-Series Spectrum Analyzers

EMC Analyzers

NFA Series Noise Figure Analyzers

Security Features

Part Number: E4401-90513

Supersedes: E4401-90494

Printed in USA

October 2018

Product Declassification and Security

Product Name: ESA-Series Spectrum Analyzers, EMC Analyzers, and NFA Series Noise Figure Analyzers

Table of Contents

Contacting Agilent Sales and Service Offices………………………...3

Products Covered by this Document…………………………………..4

Terms and Definitions. …………………………………………….….5

Instrument Memory………………………………………………...….7

Memory Clearing, Sanitization and/or Removal Procedures……...….11

Summary of Declassification Procedures……………………………..13

Recovering from Clearing the Instrument’s Memory…………………14

User and Remote Interface Security Measures……….…………….….15

Procedure for Declassifying a Faulty Instrument………………….…..17

Contacting Agilent Sales and Service Offices

Assistance with test and measurements needs and information on finding a local Agilent office is

available on the Internet at, http://www.agilent.com/find/assist.If you do not have access to the

Internet, please contact your field engineer.

Note: In any correspondence or telephone conversation, refer to the instrument by its model

number and full serial number. With this information, the Agilent representative can determine

whether your unit is still within its warranty period.

Product Declassification and Security

Product Name: ESA-Series Spectrum Analyzers, EMC Analyzers, and NFA Series Noise Figure Analyzers

Products Covered by this Document

Model Numbers:

ESA-E Series ESA-L Series EMC Analyzers

E4401B E4403B E7401A

E4402B E4408B E7402A

E4404B E4411B E7403A

E4405B E7404A

E4407B E7405A

These models were sold with either Agilent or Hewlett-Packard branding.

Product Name: ESA-Series Spectrum Analyzers and EMC Analyzers

Product Family Name: ESA-E Series Spectrum Analyzers, ESA-L Series Spectrum

Analyzers, and EMC Analyzers, and NFA Series Noise Figure Analyzers

This document describes instrument security features and the steps to declassify an instrument

through memory sanitization. For additional information, please go to:

http://www.agilent.com/find/security

Note: Be sure that all information stored by the user in the instrument that needs to be saved is properly backed up

before attempting to clear any of the instrument memory. Agilent Technologies cannot be held responsible for any

lost files or data resulting from the clearing of memory. Be sure to read this document entirely before proceeding

with any file deletion or memory clearing.

Product Declassification and Security

Product Name: ESA-Series Spectrum Analyzers, EMC Analyzers, and NFA Series Noise Figure Analyzers

NFA Series

N8972A

N8973A

N8974A

N8975A

Terms and Definitions

Definitions:

Clearing – Clearing is the process of eradicating the data on media before reusing the media so that the data can

no longer be retrieved using the standard interfaces on the instrument. Clearing is typically used when the

instrument is to remain in an environment with an acceptable level of protection.

Sanitization – Sanitization is the process of removing or eradicating stored data so that the data cannot be

recovered using any known technology. Instrument sanitization is typically required when an instrument is moved

from a secure to a non-secure environment such as when it is returned to the factory for calibration. (The instrument

is declassified) Agilent memory sanitization procedures are designed for customers who need to meet the

requirements specified by the US Defense Security Service (DSS). These requirements are outlined in the “Clearing

and Sanitization Matrix” issued by the Cognizant Security Agency (CSA) and referenced in National Industrial

Security Program Operating Manual (NISPOM) DoD 5220.22M ISL 01L-1 section 8-301.

Security erase – Security erase is a term that is used to refer to either the clearing or sanitization features of

Agilent instruments.

Instrument declassification – A term that refers to procedures that must be undertaken before an instrument

can be removed from a secure environment such as is the case when the instrument is returned for calibration.

Declassification procedures will include memory sanitization and or memory removal. Agilent declassification

procedures are designed to meet the requirements specified by the DSS NISPOM security document (DoD

5220.22M chapter 8)

Product Declassification and Security

Product Name: ESA-Series Spectrum Analyzers, EMC Analyzers, and NFA Series Noise Figure Analyzers

Product Declassification and Security

Product Name: ESA-Series Spectrum Analyzers, EMC Analyzers, and NFA Series Noise Figure Analyzers

Instrument Memory

This section contains information on the types of memory available in your instrument. It explains the size of

memory, how it is used, its location, volatility, and the sanitization procedure.

Table 1. Summary of Instrument Memory - Base Instrument

Memory Type

and Size

(Size is in bits)

Writable During

Normal Operation?

Data Retained When

Powered Off?

Purpose/Contents Data Input

Method

Location in

Instrument and

Remarks

Sanitization

Procedure

Main Memory

(Flash)

64 M (w/o Opt

B72)

128 M (w Opt

B72)

Yes Yes Firmware operating system,

installed measurement

personalities (ESA-E only),

option license keys, loaded

user limit lines, loaded user

amplitude correction

factors, user preset data;

also contains user C: drive,

instrument states and

setups, trace data, limit line

files, screen images,

amplitude correction files,

reports (EMC only), signal

lists (EMC only)

Programmed

before installed

and also by

user

A4 Processor

See Table 6

Boot ROM

(Flash)

1 M

No Yes Boot loader for the

instrument’s CPU

Programmed

before installed

A4 Processor

No user data See Table 6

Battery-backed

System

Information

Memory

(SRAM)

256 k

Yes Yes Self alignment data, current

time and date, remote

interface configuration,

printer setup information,

last state settings,

miscellaneous instrument

system information

Firmware

operations and

user

A4 Processor

The battery cannot

easily be removed. See Table 5

Operations

Memory

(DRAM)

128 M (w/o Opt

B72)

256 M (w Opt

B72)

Yes No Firmware operating

memory; also provides

R: drive for user input

Firmware

operations and

user

A4 Processor

Volatile memory.

Data is cleared when

the instrument is

turned off.

Cycle power

Video Memory

(DRAM)

1 M

Yes No Used to store trace

information before

displayed on screen

Firmware

operations

during

instrument

usage

A4 Processor

Press

Instrument

Preset or

cycle power

Product Declassification and Security

Product Name: ESA-Series Spectrum Analyzers, EMC Analyzers, and NFA Series Noise Figure Analyzers

Memory Type

and Size

(Size is in bits)

Writable During

Normal Operation?

Data Retained When

Powered Off?

Purpose/Contents Data Input

Method

Location in

Instrument and

Remarks

Sanitization

Procedure

Configuration

Memory

(EEPROM)

20 k

No Yes Used to identify the

instrument. No user data

Programmed

before installed

or by

calibration

procedure

(factory or

service center)

A7A4 Frequency

Extension

See Table 7

Config & Cal

Memory

(EEPROM)

20 k

No Yes Used to identify the

assembly and store

calibration data. No user

data

Programmed

before installed

or by

calibration

procedure

(factory or

service center)

A8 1.5 GHz RF

See Table 7

Config & Cal

Memory

(EEPROM)

20 k

No Yes Used to identify the

assembly and store

calibration data. No user

data

Programmed

before installed

or by

calibration

procedure

(factory or

service center)

A8A1A2 3 GHz

Front End / LO

See Table 7

Product Declassification and Security

Product Name: ESA-Series Spectrum Analyzers, EMC Analyzers, and NFA Series Noise Figure Analyzers

Table 2. Summary of Additional Instrument Memory - With Option AYX

Memory Type

and Size

(Size is in bits)

Writable during

normal operation?

Data Retained when

powered off?

Purpose/Contents Data Input

Method

Location in

Instrument and

Remarks

Sanitization

Procedure

ADC Capture

Memory

(SRAM)

512 k

Yes No Used to capture ADC data Firmware

operations

A7A5 Fast ADC

(20 MHz Sampler)

Volatile memory.

Data is cleared when

the instrument is

turned off.

Cycle power

Config & Cal

Memory

(EEPROM)

4096

No Yes Used to identify the

assembly and store

calibration data. No user

data

Programmed

before

installed or by

calibration

procedure

(factory or

service center)

A7A5 Fast ADC

(20 MHz Sampler)

See Table 7

Table 3. Summary of Additional Instrument Memory - With Option B7D

Memory Type

and Size

(Size is in bits)

Writable during

normal operation?

Data Retained when

powered off?

Purpose/Contents Data Input

Method

Location in

Instrument and

Remarks

Sanitization

Procedure

DSP Program

Memory

(Flash)

64 M

Yes Yes Stores DSP (digital signal

processing) programs

Firmware

operations

A7A7 Digital Demod

DSP

(40 MHz Sampler)

Contains no user data

See Table 6

ADC Capture

Memory

(SRAM)

16 M

Yes No Used to capture ADC data Firmware

operations

A7A7 Digital Demod

DSP

(40 MHz Sampler)

Volatile memory.

Data is cleared when

the instrument is

turned off.

Cycle power

DSP Boot ROM

(Flash)

1 M

No Yes Boot loader for DSP system Programmed

before

installed

A7A7 Digital Demod

DSP

(40 MHz Sampler)

No user data

See Table 6

Product Declassification and Security

Product Name: ESA-Series Spectrum Analyzers, EMC Analyzers, and NFA Series Noise Figure Analyzers

Table 4. Summary of Additional Instrument Memory - With Option 1DN

Memory Type

and Size

(Size is in bits)

Writable during

normal operation?

Data Retained when

powered off?

Purpose/Contents Data Input

Method

Location in

Instrument and

Remarks

Sanitization

Procedure

Config & Cal

Memory

(EEPROM)

4096

No Yes Used to identify the

assembly and store

calibration data. No user

data

Programmed

before

installed or by

calibration

procedure

(factory or

service center)

A2A1 1.5 GHz

Tracking Generator

Control

See Table 7

Config & Cal

Memory

(EEPROM)

4096

No Yes Used to identify the

assembly and store

calibration data. No user

data

Programmed

before

installed or by

calibration

procedure

(factory or

service center)

A2A1 3 GHz

Tracking Generator

Driver

See Table 7

Config & Cal

Memory

(EEPROM)

4096

No Yes Used to identify the

assembly and store

calibration data. No user

data

Programmed

before

installed or by

calibration

procedure

(factory or

service center)

A2A2 1.5 GHz

Tracking Generator

RF Board

See Table 7

Product Declassification and Security

Product Name: ESA-Series Spectrum Analyzers, EMC Analyzers, and NFA Series Noise Figure Analyzers

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