Technical Overview

Keysight Technologies 89601B/BN-B7T cdma2000®/1xEV-DV Modulation Analysis

89601B/BN-B7W 1xEV-DO Modulation Analysis

89600B Vector Signal Analysis Software

2

Gain a thorough understanding of

your signal’s performance using Op-

tion B7T cdma2000®/1xEV-DV and

Option B7W for 1xEV-DO modulation

analysis.

With Option B7T, you can descramble,

despread and demodulate forward

link and reverse link cdma2000,

spread rate one (SR1) modulated

signals. Optionally, you may also en-

able analysis of forward link 1xEV-DV

signals.

Option B7W allows you to de-

scramble, despread, and demodulate

signals modulated by the 1xEV-DO

Revision 0 standard. This option sup-

ports conigurations in the reverse link (mobile station or access terminal)

and forward link (base station or ac-

cess network) channels.

Both options will automatically iden-

tify all active channels regardless of

the symbol rate or Walsh code length.

Signal analysis capabilities include

composite code domain power,

composite time, and channel speciic analysis. Display up to 20 measure-

ment traces or tables simultaneously,

with up to 20 markers per trace. For

maximum visibility into your signal,

look at pre-demodulated signal data,

CDP and CDE trace data for the

composite signal or a speciied code layer; or error data for a single code

channel, or the composite signal.

cdma2000, 1xEV-DV, and 1xEV-

DO are just some of over 70 signal

standards and modulation types

for which the 89600B vector signal

analysis (VSA) creates a window into

what’s happening inside your com-

plex wireless devices. The 89600B

tools provide views of virtually every

facet of a problem, helping you see

the “why?” behind signal problems.

Whether you’re working with emerg-

ing or established standards, Key-

sight’s industry-leading 89600B VSA

software helps you see through the

complexity.

cdma2000®/1xEV-DV and 1xEV-DO Modulation Analysis

Try before you buy!

Download the 89600B software and use it free for 14 days to make

measurements with your analysis hardware, or use our recorded

demo signals by selecting

File > Recall > Recall Demo > cdma2000/1xEVDO > on the software

toolbar.

Request your free trial license today:

www.keysight.com/ind/89600B_trial

Key Features

– Troubleshoot and evaluate

signals with robust toolset

– Descramble, despread

and demodulate forward

and reverse-link signals

– Quickly analyze signals

with automatic active

channel detection

– Examine CDP and CDE errors

for a single layer or

composite signal

– Get a 20:20 view of the overall

signal using 20 traces,

each with 20 markers

3

cdma2000/1xEVDV/1xEV-DO technology overview

As the wireless industry moved into its

third generation, data services started

to become a larger portion of the

industry’s revenue stream. Short

message service (SMS) and packet

data emerged as the two dominant

types of data services.

SMS systems operate on circuit-

switched networks with great

eficiency. Since SMS message length is limited, data can be sent to a phone

in a single message on the control

channel. However, applications that

require large data packets, such as

internet browsing or streaming video,

require higher throughput than an

SMS system can handle. Packet-data

systems can, however, handle the

throughput requirements of services

such as internet browsing and stream-

ing video, as resources are assigned

only as needed for the data transfer

and may be shared among many users

with real time low control. The 1xEV-DV format is best suited for

SMS systems and maintains back-

ward compatibility, while the 1xEV-DO

standard is optimized for packet data

service. The 1xEV-DO standard can

incorporate these data-only services

into a 3G system by sacriicing voice service parameters to increase packet

data throughput, providing new ca-

pability at the expense of backward

compatibility.

Option B7T supports the following

standard:

– 1xEV-DV: 3GPP2 C.S0003-C

Medium Access Control (MAC)

Standard for cdma2000 Spread

Spectrum Systems version 1.0

Option B7W supports the following

1xEV-DO standards:

– 3GPP2 C.S0024 v2.01 1xEV-DO

High Rate Packet Data Air Inter-

face

– 3GPP2 C.S0032 1xEV-DO

Inter-Operability Speciication (IOS) for CDMA 2000 Access

Network

– 3GPP2 C.P9012 Recommended

Minimum Performance Standards

for 1xEV-DO High Rate Packet

Data Access Terminal

– TIA/EIA/IS-856 1xEV-DO High

Rate Packet Data Air Interface

Speciication

Analysis and Troubleshooting

Gain insight into your signal with 20:20 visibility at the composite or layer level

The 89600B displays up to 20 traces

with 20 markers each, letting you

display CDE and CDP trace data for

a speciic code layer, as well as that layer’s EVM and IQ error traces. You

can also look at a channel’s demodu-

lated symbols and view its associated

EVM errors.

Note: Unless noted, all measurements

shown are available for both Option B7T

cdma2000®/1xEV-DV modulation analysis and

Option B7W 1xEV-DO modulation analysis. The

actual display contents may vary per format.

CDE and CDP data is shown in a multi-color format that assigns a unique color to each code layer, for

easy visual identiication. Markers on the composite trace help you identify code layers.

4

Analysis and Troubleshooting

Gain insight into your signal with 20:20 visibility at the composite or layer level

The 89600B displays up to 20 traces

with 20 markers each, letting you

display CDE and CDP trace data for

a speciic code layer, as well as that layer’s EVM and IQ error traces. You

can also look at a channel’s demodu-

lated symbols and view its associated

EVM errors.

Note: Unless noted, all measure-

ments shown are available for both

Option B7T cdma2000/1xEV-DV

modulation analysis and Option B7W

1xEV-DO modulation analysis. The

CDE and CDP data is shown in a multi-color format that assigns a unique color to each code layer, for

easy visual identiication. Markers on the composite trace help you identify code layers.Open a window into your signal’s underlying behavior with detailed measurement parameter control

Choose the desired despread channel

and CDP layer for display, as well as

your analysis channel and modulation

type, and provide long code masks

and other format parameters. You

can select active channel detection,

semi-automatic detection, or pre-

deined active channel detection. The 89600B provides you with tools to

handle standard signals, as well as to

set up the analyzer for identiication of failed test causes. Additionally, you

can save your measurement setup for

easy recall at a later time.

Dynamic Help links you to comprehensive help text. Click on the Demod Properties menu to instantly

bring up information on manually adjusting 1xEV parameters on the Channel/Layer tab used to focus

measurements.

5

Use statistical analysis tools to help analyze cdma2000 and 1x signals

CCDF, CDF, and PDF traces provide

useful information for high peak/RMS

ratio signals. Other igures of merit, such as Rho, EVM, and I/Q errors are

available for the composite signal.

Speciic traces for each modulation format, such as Overall 1 and Overall

2 measurements for forward direction

1xEV-DO signals, or slot information

for reverse direction, are also avail-

able.

Comprehensive error data is available, including statistical characterization. Use the new cumulative

history display to identify the density of occurrence for rare events over long time periods—especially

useful on error traces.

6

Save and recall signals for more effective troubleshooting

The 89600B VSA includes signal

capture and playback capabilities.

Use it to capture burst and transient

signals for analysis. Take advantage

of tools like overlap processing for

detailed “slow motion” analysis and

the spectrogram and cumulative his-

tory traces for evaluating the dynamic

frequency and amplitude behavior of

your signal over time.

Save a signal and analyze it using the player window or the restart/stop buttons in the toolbar. You

can also replay the signal in “slow motion” using overlap processing—a helpful diagnostic tool.

Choosing between 89600B VSA software and X-Series measurement applications

89600B VSA is the industry-leading measurement software for evaluating

and troubleshooting wireless signals in R&D. PC-based and supporting

numerous measurement platforms, the 89600B provides the lexibility and sophisticated measurement tools essential to inding and ixing signal problems.

X-Series advanced measurement applications provide embedded format-

speciic, one-button measurements for X-Series analyzers. With fast measurement speed, pass/fail testing and simplicity

of operation, these applications are ideally suited for design veriication and manufacturing.

www.keysight.com/ind/X-Series_Apps.

7

Signal acquisition

Result length 1 to 64 PCGs forward link; 1 and 48 PCGs reverse link maximum. Value hardware-dependent.

Samples per symbol 1

Triggering Single/continuous, external

Measurement region Length and offset adjustable within result length

Signal playback

Result length Adjustable from 1 to 64 PCGs, forward link; 1 to 4 PCGs, reverse link maximum. Value

hardware-dependent.

Capture length (gap-free analysis at 0%

overlap; 2.6 MHz span)

Capture length is dependent on hardware. See hardware speciications for more information.

Adjustable parameters

Format

Single button presets Forward, reverse

Direction Forward, reverse

Chip rate Continuously adjustable

Long code mask (reverse) 0

Base code length 64, 128 (forward link only)

Enable 1xEV-DV analysis Off, On

PN offset 0 x 64 to 511 x 64 chips

Wash code QOF 0,1,2,3

Channel/Layer

Walsh code length (Despread channel) Speciies the Despread Channel Walsh Code Length used along with the Despread Channel Walsh Code Number to specify the channel used for many measurement results

Walsh code number (Despread channel) Sets the Walsh Code Number used, along with the Despread Channel Walsh Code Length, to

specify the channel used for many trace data results

IQ Branch Determines which bits (the “I” bits or the “Q” bits) are displayed in the Channel Syms/Errs data

results; reverse link only

Modulation Speciies how the VSA detects the modulation format for the forward link F-PDCH channel (Walsh code length 32); forward link only; enable 1xEV DV analysis ON

Walsh code length (CDP layer) Selects the active code domain layer (Walsh Code Length) for the code domain power CDP

Layer and CDE Layer trace data

Predeined channels

Deined active channels1 Off, On

Walsh code column index1 0,1,2,3

Walsh mask1 0 to 1111111111111 (binary)

F-PDCH0/1 number of channels1 F-PDCH0 + F-PDCH1 ≤ 28

F-PDCH0/1 modulation scheme1 QPSK, 8PSK, 16QAM

Option B7T cdma2000®/1xEV-DV Software Features

1. Value subject to Force Code Group Setting.

8

Time parameters

Measurement interval Speciies the time length of Result Length data that is used for computing and displaying the trace data results

Measurement offset Speciies the number of measurement offsets in PCG (Power Control Groups)

Result length Determines the signal capture length in terms of Power Control Groups (PCGs) or equivalent

PCG time

Gated active channel detection Off, On; forward link only

Gated modulation detection1 Off, On; forward link only; enable 1xEV DV analysis ON

Advanced parameters

Active channel threshold Auto, manual (0 dBc to –120 dBc)

Include IQ offset in EVM Controls whether the Composite IQ Offset is included in the Composite EVM data result

Mirror frequency spectrum Allows correct demodulation of frequency spectrums that are mirrored (lipped) about the center frequency

Normalize IQ traces Affects the CDP, CDE and Code Domain Offsets table data results

Multi-carrier ilter Off, On

Measurement results

Composite All code channels at once or all symbol rates taken together

Code domain power Composite (all symbol rates together); individual symbol rates (9.6, 19.2, 38.4, 76.8, 153.6,

307.2 ksps)

Code domain error Composite (all symbol rates together); individual symbol rates (9.6, 19.2, 38.4, 76.8, 153.6,

307.2 ksps)

I-Q measured Time, spectrum

I-Q reference Time, spectrum (reference computed from detected symbols)

I-Q error versus time Magnitude and phase (IQ measured versus reference)

Error vector Time, spectrum (vector difference between measured and reference symbol point)

Symbol table and error summary EVM, magnitude error, phase error, rho, peak active CDE, peak CDE, trigger,

frequency error, IQ (origin) offset, PCG number

Code domain offset table Timing and phase offset for each active code

Channel Individual code channels

I-Q measured Time

I-Q reference Time (reference computed from detected symbols)

I-Q error versus time Magnitude and phase (IQ measured versus reference symbol)

Error vector Time (vector difference between measured and reference symbol)

Symbol table and error summary EVM, magnitude error, phase error, PCG number, modulation format

Other measurement results

Pre-demodulation Time, spectrum, PDF, CDF, CCDF, correction, raw main time, instantaneous spectrum

Display formats

CDP measurements results I and Q shown separately on same trace

Channel measurement results I and Q shown separately

Code order Hadamard, bit reverse

1. Value subject to Force Code Group Setting.

9

Option B7W 1xEV-DO Software Features

Signal acquisition

Result length

Forward link 1 to 64 slots maximum. Value hardware dependent.

Reverse link 1 to 64 slots maximum. Value hardware dependent.

Samples per symbol 1

Triggering Single/continuous, external

Measurement region (applies to CDP

results)

Interval and offset adjustable within result length

Signal playback

Result length

Forward link 1 to 64 slots maximum. Value hardware dependent.

Reverse link 1 to 64 slots maximum. Value hardware dependent.

Capture length (gap-free analysis at 0%

overlap at 1.5 MHz span)

Capture length is hardware dependent. See hardware speciications for more information.

Format parameters

Supported format direction Forward (BTS), reverse (AT)

Single-button presets Forward, reverse

Chip rate Continuously adjustable

Analysis channel (forward) Preamble, pilot, MAC, data

N offset (forward) Continuously adjustable from 0x64 to 511x64 chips

Preamble length (forward) Adjustable from 0 to 1,024 chips or auto detection

Data modulation type (forward) QPSK, 8PSK, 16QAM

Long code mask (reverse) Continuously adjustable from 0x0000000000 to 0x3FFFFFFFFF

Long code mask Q (reverse) Speciies the Q channel Long Code Mask

Channel Layer parameters

Despread channel parameters Speciies the code channel and layer used for the reverse link direction channel trace data results

Walsh code length Shows the current Walsh Code Length used for Code Domain Power analysis; reverse link only

Walsh Code number Speciies the code channel for the channel trace data measurement results; reverse direction only

IQ branch option Controls which IQ branch data bits are shown in the Channel Symbol/Errors trace data results;

reverse direction only

CDP Layer parameters Used to specify the active (displayed) code domain layer for the Code Domain Power (CDP)

Layer and Code Domain Error (CDE) Layer trace data

Walsh code length Selects the active code domain layer (Walsh code length) for the code domain power CDP

Layer and CDE Layer trace data results

10

Channel Layer parameters (Continued from previous page)

Active Channel detection

parameters

Speciies how the active code channels are determined for a measurement

Data W16 (0:15) Forward Trafic Data channel, code layer 16, code channels 0 through 16; forward link only

Data W4 (2): Q Data channel for code layer 4, code channel 2; reverse link only

ACK W8 (4): I Acknowledgement channel, code layer 8, code channel 4, the I branch; reverse link only

DRC W16 (8): Q Data Request Channel, code layer 16, code channel 8, the Q branch; reverse link only

Pilot W16 (0): I Pilot channel, code layer 16, code channel 0, the I branch; reverse link only

Detection Mode

Auto When selected, the VSA determines which of the available “Predeined Active Channel” chan-

nels are included in the composite trace data results; reverse link only

Semi-auto When selected, forces the VSA to include the selected Data, ACK, DRC or Pilot channel data in

the composite trace data results; reverse link only

Pre-deined When cleared, the VSA does not include the cleared Data, ACK, DRC or Pilot channel data in

the composite trace data results; reverse link only

Time parameters

Result length Speciies the signal capture length in terms of slots or equivalent slot time

Measurement offset Sets the number of measurement offsets in increments of half (0.5) slots

Measurement interval Speciies the time length of Result Length data that is used for computing and displaying the trace data results

Advanced parameters

Normalize IQ traces Selects the IQ Normalize function

Mirror frequency spectrum Correctly demodulates frequency spectrums that are mirrored (lipped) about the center frequency

Preamble

Auto-detect When selected, the VSA uses the input signal data to determine the forward channel Preamble

Length; forward direction only

Preamble length Allows manual speciication of the forward channel preamble length (in chips); forward direc-

tion only

Include in overall results When selected, preamble data is included in the Overall trace data result; forward direction

only

I/Q combined check box When selected, shows the combined IQ branch CDP trace data; forward direction only

Include IQ offset in EVM When selected, IQ Offset error data is included in the Error Summary trace data results

Combine TDM channels for composite

results

When selected, the composite trace data results will include the combined data from all for-

ward direction TDM channels; forward direction only

Measurement results

Channel overall

Error summary (forward) Overall 1 and overall 2 results for: rho, EVM, magnitude error, phase error, frequency error, slot

number, and IQ offset

11

Composite All code channels at once or all symbol rates taken together

Code domain power All symbols taken together; individual symbol rates (9.6, 19.2, 38.4, 76.8, 153.6, 307.2 ksps)

Code domain error (reverse) All symbols taken together; individual symbol rates (9.6, 19.2, 38.4, 76.8, 153.6, 307.2 ksps)

IQ measured Time, spectrum

IQ reference Time, spectrum

IQ error versus time Magnitude and phase (IQ measured versus reference)

Error vector Time, spectrum (vector difference between measured and reference)

Error summary (forward) EVM, magnitude error, phase error, rho, frequency error, IQ offset, slot number, preamble

length

Error summary (reverse) EVM, magnitude error, phase error, rho, frequency error, IQ offset, slot number, peak CDE,

pilot, RRI, ACK, DRC, data power

Channel

IQ measured Time

IQ reference Time

IQ error versus time Magnitude and phase (IQ measured versus reference)

Error vector Time (vector difference between measured and reference)

Symbol table and error summary EVM, magnitude error, phase error, slot number

Other

Pre-demodulation Time, spectrum, PDF, CDF, CCDF, correction, raw main time, instantaneous spectrum

Display formats (characteristic)

CDP measurement results I and Q shown separately on same trace

Channel measurement results (reverse) I and Q shown separately

Code order Hadamard, bit reverse

12

Opt B7T cdma2000®/1xEV-DV Key Speciications1

This technical overview provides nominal performance speciications for the software when making measurements with the speciied platform. Nominal values indicate expected performance, or describe product performance that is useful in the application of the product, but is not covered by the product warranty.

For a complete list of speciications refer to the measurement platform literature.

PXA MXA (Includes Option BBA

as noted)

EXA

Signal playback

Result length Forward link 1 to 64 PCG, Reverse link 1 to 48 PCG

Capture length (Gap free analysis at 0%

overlap; 1.5 MHz span)

>110,000 PCG > 400 PCG > 400 PCG

> 111,200 PCG with Opt BBA

(BBIQ only)

Accuracy Input range ≥ –30 dBm, within 5 dB of total signal power, frequency < 3.6 GHz

Code domain

CDP accuracy

Spread channel power within 20 dB

of total power

±0.3 dB ±0.3 dB1 ±0.3 dB

Symbol power versus time

Spread channel power within 20 dB

of total power averaged over a slot

±0.3 dB ±0.3 dB1 ±0.3 dB

Composite EVM

EVM loor (pilot only) ≤ 1.5% ≤ 1.5%1 ≤ 1.5%

EVM loor (9 active channels) ≤ 1.5% ≤ 1.5% ≤ 1.5%

EVM loor (16 QAM, F-PDCH with 15 codes, 1xEV-DV enabled)

≤ 1.5% ≤ 1.5% ≤ 1.5%

Frequency error

Lock range ±500 Hz ±500 Hz ±500 Hz

Accuracy ±10 Hz ±10 Hz ±10 Hz

X-Series signal analyzers

1. Results apply to MXA with Option BBA.

13

1. For alias protect = false, 5 PCGs with alias protect = true.

PSA ESA

Signal playback

Result length Forward link 1 to 64 PCG Forward link 1 to 24 PCGs1

Reverse link 1 to 48 PCG Reverse link 1 to 24 PCGs1

Capture length (Gap free analysis at 0%

overlap; 1.5 MHz span)

94 PCG 24 PCG1

Accuracy

Conditions Input range ≥ –24 dBm, within 5 dB of total signal power, frequency < 3 GHz

Input range within 5 dB of total signal power,

between 30 MHz and 3 GHz

Code domain

CDP accuracy

Spread channel power within

20 dB of total power

±0.3 dB ±0.3 dB

Symbol power versus time

Spread channel power within

20 dB of total power averaged

over a slot

±0.3 dB ±0.3 dB

Composite EVM

EVM loor (pilot only) ≤ 1.5% ≤ 1.6%

EVM loor (9 active channels) ≤ 1.5% ≤ 1.6%

EVM loor (16 QAM, F-PDCH with 15 codes, 1xEV-DV enabled)

≤ 1.5% ≤ 1.6%

Frequency error

Lock range ±500 Hz ±500 Hz

Accuracy ±10 Hz ±10 Hz

Other analysis platforms

14

Opt B7W 1xEV-DO Key Speciications1

This technical overview provides nominal performance speciications for the software when making measurements with the speciied platform. Nominal values indicate expected performance, or describe product performance that is useful in the application of the product, but is not covered by the product warranty.

For a complete list of speciications refer to the measurement platform literature.

PXA MXA (Includes Option BBA

as noted)

EXA

Signal playback

Result length Forward link 1 to 64 slots Forward link 1 to 64 slots Forward link 1 to 64 slots

Reverse link 1 to 64 slots Reverse link 1 to 64 slots Reverse link 1 to 64 slots

Capture length > 80,000 slots > 300 slots > 300 slots

Gap free analysis at 0% overlap;

1.5 MHz span

> 499,100 slots with Opt.

BBA (BBIQ only)

Accuracy

Conditions Input range ≥ –30 dBm, within 5 dB of total signal power

Code domain

CDP accuracy

Spread channel power within 20

dB of total power

±0.3 dB ±0.3 dB1 ±0.3 dB

Symbol power versus time

Spread channel power within 20

dB of total power

±0.3 dB ±0.3 dB1 ±0.3 dB

Composite EVM

EVM loor ≤ 1.5% ≤ 1.5%1 ≤ 1.5%

Frequency error

Lock range ±500 Hz ±500 Hz ±500 Hz

Accuracy ±5 Hz ±5 Hz ±5 Hz

X-Series signal analyzers

1. Results apply to MXA with Option BBA.

15

1. For alias protect = false, 3 slots for alias protect = true.

PSA ESA

Signal playback

Result length Forward link 1 to 64 slots Forward link 1 to 18 slots1

Reverse link 1 to 64 slots Reverse link 1 to 18 slots1

Capture length Gap free analysis at 0%

overlap; 1.5 MHz span

65 slots 18 slots1

Accuracy

Conditions Input range ≥ –24 dBm, within 5 dB of total signal power

Input range within 5 dB of total signal power,

between 30 MHz and 3 GHz

Code domain

CDP accuracy

Spread channel power within

20 dB of total power

±0.3 dB ±0.3 dB

Symbol power versus time

Spread channel power within

20 dB of total power

±0.3 dB ±0.3 dB

Composite EVM

EVM loor ≤ 1.5% ≤ 1.6%

Frequency error

Lock range ±500 Hz ±500 Hz

Accuracy ±5 Hz ±10 Hz

Other analysis platforms

16

Model-Option Description Notes

PC/Instrument

license

Floating

license

89601B 89601BN 89600B VSA software Required

89601B-B7T 89601BN-B7T cdma2000/1xEV-DV

modulation analysis

Required for

cdma2000 or

1xEV-DV modulation

analysis

89601B-B7W 89601BN-B7W 1xEV-DO modulation

analysis

Required for

1xEV-DO modulation

analysis

89601B-200 89601BN-200 Basic vector signal

analysis

Required

89601B-300 89601BN-300 Hardware connectivity Required

Ordering Information

Software licensing and conigurationChoose from two license types:

– PC/instrument license: Order

89601B if the software license

will reside on a PC/instrument.

The license can be trans ferred

to another PC/instrument at any

time.

– Floating license: Order 89601BN

if the software license will reside

on a server to be accessed by

multiple users, one at a time.

Hardware coniguration

The 89600B software supports over

30 instrument platforms including

spectrum analyzers, oscilloscopes,

logic analyzers and modular instru-

ment systems with its hardware con-

nectivity option (89601B/BN-300).

Additional Resources

Literature

89600B Vector Signal Analysis Software, Brochure,

p/n 5990-6553EN

89600B Vector Signal Analysis Software, Configuration Guide,

p/n 5990-6386EN

89600B Opt 200 Basic VSA and Opt 300 Hardware Connectivity,

Technical Overview, p/n 5990-6405EN

89600 VSA Software for cdma2000 and 1xEV-DV Evaluation and Troubleshoot-

ing, Self-Guided Demonstration, p/n 5989-0681EN

Keysight Forward Link Measurements for 1xEV-DO Access Networks

AN-1398, Application Note, p/n 5988-6125EN

Web

www.keysight.com/ind/89600B www.keysight.com/ind/cellular

Keep your 89600B VSA up-to-date

With rapidly evolving stan-

dards and continuous ad-

vancements in signal analysis,

the 89601BU/BNU software

update and subscription ser-

vice offers you the advantage

of immediate access to the

latest features and enhance-

ments available for the

89600B VSA software.

www.keysight.com/

ind/89600B

You can upgrade!

All 89600B options can

be added after your initial

purchase and are license-key

enabled. For more information

please refer to

www.keysight.com/

ind/89600B_upgrades

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of ownership. The only test and measurement company with three-year

warranty standard on all instruments, worldwide.

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instruments are operating to specification so you can rely on accurate

measurements.

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DEKRA Certified ISO 9001:2008

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breadth, combined with channel partner convenience.

cdma2000 is a US registered certification mark of the Telecommunications

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17 | Keysight | 89601B/BN-BHC RFID Modulation Analysis, 89600B Vector Signal Analysis Software - Technical Overview

This information is subject to change without notice.© Keysight Technologies, 2011-2014Published in USA, August 1, 20145990-6392ENwww.keysight.com